Overview
Aolan HVLS series large ceiling fans adopts efficient and reliable permanent magnet external rotor power design, high-strength aviation aluminum-magnesium alloy blades, and Aolan's unique high temperature resistant tail, which can effectively protect large space environments (workshops, shopping malls, halls, cattle raising Field, etc.) to organize the indoor airflow, improve the ventilation effect, and enhance the comfort of the human body. Large air volume, low rotation speed, the effective coverage space of the 7.3m large ceiling fan reaches more than 1700 square meters (wind speed>1.0m/s). In summer, cooperate with Aolan evaporative air cooler to cool down the area. Through Aolan's self-developed intelligent control system, it can achieve the greatest energy saving effect. It is suitable for installation on the ceiling of cement beam, I-beam and square steel structure.
Features
1. The permanent magnet synchronous motor PMSM used is a substitute for the traditional asynchronous motor + reducer, which is energy-saving and has a low failure rate;
2. The electronic control system has strong compatibility. System group control can be realized according to customer application requirements, and remote monitoring can be carried out through the Internet of Things to realize intelligent operation;
3. Unique safety design: ◆With fault indicator light, ◆With emergency stop button, ◆Electronic control box with tagging and locking function to avoid operation by unrelated personnel.
Safety Performance
Aolan industrial large ceiling fans can meet the safety requirements that the large ceiling fan parts will not fall under the following extreme accidents:
1. The motor shaft fails;
2. The motor bearing is broken and failed;
3. Accidental collision.
Aolan has also optimized the safety performance in the following areas, making it more user-friendly:
● Fault indicator light of large ceiling fan pole and control box;
● Emergency stop button in control box;
● The electric control box with tag-locking function avoids operation by unrelated personnel;
● IP55 motor and control box protection.
Application
Large logistics warehouses and distribution centers: Improve air quality, dehumidify and cool down, and improve working environment.
Large workshops: workshops such as machining and automobile manufacturing can improve ventilation efficiency.
Public buildings: such as shopping malls, auditoriums, airport stations and other places with large crowds, promote air circulation, disperse odors, and create a comfortable public environment.
Large-scale farms: including cattle farms, feedlots, hatcheries, etc. Improve air quality, dehumidify, remove odors, and reduce livestock morbidity.
Installation Method
Specification
Model | AL-HVLS-380-7300 | AL-HVLS-380-5000 |
Blade Diameter (mm) | 7.3 | 5.0 |
Blade Number (pcs) | 6 | 5 |
Input Voltage (V) | 110/220/380 | 110/220/380 |
Rotating Speed (r/min) | 15-55 | 20-80 |
Max Airflow (m³/h) | 15500 | 10000 |
Full Load Power (kW) | 1.5 | 0.75 |
Covered Arer (m²) | 1700 | 750 |
Max Noise (dB(A)) | 38 | 38 |
Total Weight (kg) | 122 | 49 |
For other fan blade diameter requirements, please contact Aolan sales engineer.
Installation Space Requirements
Project Cases
Overview
This product integration in cold type indirect evaporative, packing heat exchange, three dimension variable flow uniform water distribution, water quality real time detection processing and intelligent group control, a number of key technologies such as modular design, with high efficiency and energy saving, stable operation and prevent freezing and low noise characteristics, the fresh air, floor for dry areas public project cold radiation cooling application site, alternative mechanical refrigeration, The energy saving effect is very obvious. It is also very suitable for large data center new and old projects across the country.
Working Principle
Features
1. Compared with mechanical refrigeration equipment, it can save energy by more than 65% under the same cooling capacity, greatly reducing operating costs.
2. The filler is made of organic polymer material, which has good flame retardant and antibacterial properties.
3. The filler adopts a new structure design, which can be quickly disassembled and replaced, effectively reducing the maintenance cost in the later period.
4. Adopts DC brushless EC fan, which has the characteristics of high reliability, high efficiency, long life, low vibration, low noise and uninterrupted operation, and can effectively prevent the intrusion of rain, snow and sand, and keep the water quality clean.
5. The whole machine adopts PLC and touch screen intelligent control, providing a variety of interface types. Real-time detection of water temperature, automatic control of fan speed.
6. The water tank is made of stainless steel, which has good rust and corrosion resistance. There is a quick access port for the water tank, which is convenient for water tank cleaning and component maintenance.
7. The inner-cooled indirect evaporative cooling core is made of high hydrophilic polymer material by special process, and adopts a wide-spaced plate-type structure, which has the advantages of high pressure difference without deformation, high heat exchange efficiency, corrosion resistance and long life. Features.
8. Large aperture three-dimensional water distribution technology, uniform water distribution, not easy to block; patented structure design, more suitable for variable flow operation.
9. The mechanical strength of the box body reaches European standards; the thermal insulation panel adopts new energy-saving materials that are safe and environmentally friendly.
10. The unit has complete protection functions, providing alarm functions such as power phase loss, undervoltage, antifreeze, and abnormal liquid level.
Application
Data centers, hospitals, schools, airports, high-speed rail, shopping malls, libraries, gymnasiums, exhibition halls, etc.
Optional Function (Non-Standard)
1. Intelligent group control function: group control, realize intelligent group control with 40 devices.
2. Water softening system: It can be selected in areas with hard water quality, which can effectively remove calcium and magnesium ions in the water, reduce maintenance workload, and prolong the life of the unit.
3. Built-in board replacement and primary pump system: realize rapid on-site layout and reduce engineering volume.
4. Built-in mechanical refrigeration system: Compensate for insufficient cooling capacity of natural cold source.
5. Circulating water descaling, filtration and sterilization devices: maintain the cleanliness of circulating water.
6. Antifreeze device: avoid freezing of water in the water tank due to low ambient temperature.
7. Lightning protection and surge protection device: avoid the interference and impact of lightning and equipment on the power grid.
Specification
Model | AGS40 (Single module) | AGS50 (Single module) | AGS80 (Single module) | AGS100 (Single module) | AGS150 (Single module) | AGS200 (Single module) |
Maximum Circulating Water Volume (m³/h) | 40 | 50 | 80 | 100 | 150 | 200 |
Supply and Return Water Temperature Difference (℃) | 3/5/10 | 3/5/10 | 3/5/10 | 3/5/10 | 3/5/10 | 3/5/10 |
Max Power (kW) | 18 | 22 | 35 | 41 | 62 | 80 |
Max Noise (dB(A)) | 74 | 75 | 78 | 80 | 82 | 85 |
For specific performance parameters, dimensions and non-standard conditions, please contact the technical department.
Project Cases
Gymnasium canteen application case
Data room ventilation and cooling
Overview
1. Evaporative cooling pad system uses the principle of evaporative cooling of water, absorbs the heat in the air through the evaporation of water, and cools the air with enthalpy.
2. The cooling pad wall is mainly composed of the cooling pad body, the outer frame, the circulating water system, the controller, etc. It is usually used in conjunction with the negative pressure fan. The outdoor dry hot air passes through the wet cooling pad surface under the suction of the negative pressure fan. The evaporation of water in the cooling pad continuously absorbs the heat in the air. The air is cooled by heat absorption and sent to the room, mixed with the hot and humid air in the room, and then exhausted through negative pressure and discharged to the outside. At the same time, the dust in the air will also be adsorbed and discharged by the cooling pad, so as to keep the indoor fresh and cool environment.
Advantages
1. Cooling pad
● 7090 wet film is generally used in agriculture and animal husbandry. Commonly used thicknesses are 100mm and 150mm.
● Adopt imported virgin pulp long fiber material, which has good water absorption performance and high evaporation efficiency.
● Refined without phenol glue, environmentally friendly, no pungent odor, no harm to animals and plants.
● High wet stiffness, firm and not deformed, and long service life.
2. Frame and sink
● There are various options such as aluminum alloy professional profiles, stainless steel, galvanized sheet + spraying for the outer frame.
● Forming sinks of different materials such as aluminum alloy, stainless steel and PVC are optional.
● Stainless steel rodent-proof net to prevent rodents from biting the cooling pad.
3. Circulating water system
● High-quality self-priming circulating water pump to ensure long-term use.
● Outdoor sun-resistant special water pipe, the original water distribution system design, to ensure that the cooling pad is fully wet, and there is no dry area.
● Large filter design to ensure water quality.
● Automatic water replenishment device to ensure a certain water level in the water tank to avoid dry burning of the pump.
Application
It is suitable for supporting use of fresh air and humidification systems such as pig houses and chicken houses in animal husbandry, greenhouses in planting industry, and industrial large-space workshops.
Working Principle
Note: Affected by ambient temperature and humidity in different regions, the cooling effect will be different.
Project Cases
Flower planting greenhouse ventilation
Vegetable and fruit greenhouse ventilation and cooling case
Animal husbandry & Flower planting ventilation and cooling
Cattle farm ventilation and cooling
Chicken farm ventilation and cooling
Overview
This product integrates a number of key technologies such as internal cooling indirect evaporation, external cooling indirect evaporation, filler heat and moisture exchange, three-dimensional variable flow uniform water distribution, real-time water quality detection and processing, and intelligent group control. , low noise and modularity, it can completely replace mechanical refrigeration for applications such as fresh air treatment and floor cooling radiation cooling systems in public construction projects in dry areas, and the energy saving effect is very obvious.
Working Principle
Features
1. Compared with mechanical refrigeration equipment, it can save energy by more than 65% under the same cooling capacity, greatly reducing operating costs.
2. The filler is made of organic polymer material, which has good flame retardant and antibacterial properties.
3. The filler adopts a new structure design, which can be quickly disassembled and replaced, effectively reducing the maintenance cost in the later period.
4. Adopts DC brushless EC fan, which has the characteristics of high reliability, high efficiency, long life, low vibration, low noise and uninterrupted operation, and can effectively prevent the intrusion of rain, snow and sand, and keep the water quality clean.
5. The whole machine adopts PLC and touch screen intelligent control, providing a variety of interface types. Real-time detection of water temperature, automatic control of fan speed.
6. The water tank is made of stainless steel, which has good rust and corrosion resistance. There is a quick access port for the water tank, which is convenient for water tank cleaning and component maintenance.
7. The inner-cooled indirect evaporative cooling core is made of high hydrophilic polymer material by special process, and adopts a wide-spaced plate-type structure, which has the advantages of high pressure difference without deformation, high heat exchange efficiency, corrosion resistance and long life. Features.
8. Large aperture three-dimensional water distribution technology, uniform water distribution, not easy to block; patented structure design, more suitable for variable flow operation.
9. The mechanical strength of the box body reaches European standards; the thermal insulation panel adopts new energy-saving materials that are safe and environmentally friendly.
10. The unit has complete protection functions, providing alarm functions such as power phase loss, undervoltage, antifreeze, and abnormal liquid level.
Application
Data centers, hospitals, schools, airports, high-speed rail, shopping malls, libraries, gymnasiums, exhibition halls, etc.
Optional Function (Non-Standard)
1. Intelligent group control function: group control, realize intelligent group control with 40 devices.
2. Water softening system: It can be selected in areas with hard water quality, which can effectively remove calcium and magnesium ions in the water, reduce maintenance workload, and prolong the life of the unit.
3. Built-in board replacement and primary pump system: realize rapid on-site layout and reduce engineering volume.
4. Built-in mechanical refrigeration system: Compensate for insufficient cooling capacity of natural cold source.
5. Circulating water descaling, filtration and sterilization devices: maintain the cleanliness of circulating water.
6. Antifreeze device: avoid freezing of water in the water tank due to low ambient temperature.
7. Lightning protection and surge protection device: avoid the interference and impact of lightning and equipment on the power grid.
Specification
Model | AGS40 (Single module) | AGS50 (Single module) | AGS80 (Single module) | AGS100 (Single module) | AGS150 (Single module) | AGS200 (Single module) |
Maximum Circulating Water Volume (m³/h) | 40 | 50 | 80 | 100 | 150 | 200 |
Supply and Return Water Temperature Difference (℃) | 3/5/10 | 3/5/10 | 3/5/10 | 3/5/10 | 3/5/10 | 3/5/10 |
Max Power (kW) | 20 | 25 | 38 | 45 | 68 | 85.7 |
Max Noise (dB(A)) | 74 | 75 | 78 | 80 | 82 | 85 |
For specific performance parameters, dimensions and non-standard conditions, please contact the technical department.
Project Cases
Gymnasium Canteen Application Case
Data Room Ventilation and Cooling
Overview
This product integrates multiple key technologies such as indirect evaporation, frequency conversion refrigeration, three-dimensional uniform water distribution, real-time water quality detection and processing, and intelligent group control. It adopts modular design and has the characteristics of high efficiency and energy saving, stable operation, anti-freezing and low noise. It can be used as a The independent cooling solution for new and old projects of the data center can also be used as a supplementary solution for the mechanical cooling of the data center, and the energy saving effect is very obvious. It is also suitable for energy saving and consumption reduction in various computer rooms and power distribution rooms.
Working Principle
Features
1. The inner frame structure has good air tightness and prevents cold bridges.
● High-pressure polyurethane insulation layer is used in the middle of the double-layer panel, and the thermal conductivity is less than 0.0195W/m2℃.
● The full panel is detachable, and there is a maintenance platform, which is convenient and simple to maintain.
● Segment (layer) structure design, no need for super high transportation, can be assembled on site to improve the quality of the whole machine.
2. The water system adopts double descaling, sterilization and purification treatment to ensure stable operation and long life of the unit.
3. The core body adopts a new structure design, which can be quickly disassembled and replaced, effectively reducing the maintenance cost in the later period.
4. The whole machine adopts PLC and touch screen intelligent control, providing a variety of interface types. Real-time detection of ambient temperature and humidity, automatic control of fan speed, the unit has functions such as filter dirty block alarm, automatic fan acceleration and long-life rotation.
5. The unit can adopt three intelligent and efficient operation modes of dry working condition, wet working condition and composite working condition; it can also choose energy-saving mode, water-saving mode, economical mode and dehumidification mode to operate according to actual needs.
6. The unit reserves energy consumption collection interface, which can collect power consumption data in real time.
7. The indirect evaporative cooling core is made of high hydrophilic polymer material by special process, and adopts a wide-pitch plate structure, which is not deformed by high pressure difference, high heat exchange efficiency, corrosion resistance and long life, and self-cleaning Function.
8. Large-aperture three-dimensional water distribution, uniform water distribution, not easy to block, can be cleaned; flexible and precise water spraying, to prevent floating water leakage.
9. The unit adopts high-efficiency components from internationally renowned brands, and both the compressor and EC fan are variable frequency.
10. The unit adopts a power distribution structure in which the compressor supplies power alone, (fan + water pump) uses two circuits of electricity (at least one of which is U power), and two circuits of electricity are used for control (at least one of which is U power) to ensure the safety of data center electricity consumption. .
11. The unit has complete protection functions, providing alarm functions such as power phase loss, undervoltage, high and low voltage, overload, differential pressure, antifreeze, and abnormal liquid level.
Specification
Model | ASK-J600 | ASK-J800 |
Max Airflows (m³/h) | 60000 | 80000 |
Supply/Return Air Emperature (℃) | 25/38 | 25/38 |
Max Power (kW) | 30 | 40 |
Max Residual Pressure (Pa) | 250 | 250 |
Max mechanical supplemental cooling capacity | 80% | 80% |
For specific performance parameters, dimensions and use of non-standard working conditions, please contact the company's technical department.
Project Cases
Overview
The simple wet film humidifying media is a humidification component composed of a wet film, a water distributor, and an outer frame. Wet film humidifiers are the most energy-efficient humidifiers available and can replace electrode or electric heated humidifiers. As a core humidification and cooling component with low cost and low energy consumption, Aolan Wet Film Humidifying Media is widely used in humidification and cooling equipment such as industrial and commercial fields and data centers. It can also be used as air pre-cooling and cooling alone.
Features
1. The wet film made of imported long fiber grade original paddle has a water absorption efficiency of up to 250%, an evaporation efficiency of up to 95%, long life, no peculiar smell, no phenol and other harmful substances to the human body, and meets the requirements of environmental protection ROHS and REACH certification.
2. The outer frame, top cover, side plate and water receiving tray are made of 304 stainless steel with film or hot-dip galvanized material with anti-rust treatment to prolong the service life.
3. The water distribution pipe adopts CNC machine tools and special tooling drilling, with high machining accuracy, no burrs, and uniform aperture size.
4. The water distribution pipe is 100% leak-tight from the factory, and the wet film humidifier is 100% factory-dried to ensure the quality.
5. The wet film humidifier is produced by the countersunk riveting process, the surface has no scratches, is clean and bright.
6.The water distributor adopts copper pagoda head, and the tee, water pipe and plug are all made of high-quality PVC pipes to ensure high quality.
Optional Function (Non-Standard)
1. Intelligent group control function: group control, realize intelligent control of 40 devices with one belt.
2. Water softening system: It can be selected in areas with hard water, which can effectively remove calcium and magnesium ions in the water, reduce maintenance workload and prolong the life of the unit.
3. Circulating water descaling, filtration and sterilization devices: maintain the cleanliness of circulating water.
4. Fire curtain: polymer material or inorganic glass fiber material.
5. Frame material: stainless steel 304, aluminum or hot-dip galvanized material.
Application
The core components of the special refrigeration and humidification equipment for the communication field and data room, and the core components of the special equipment for energy-saving cooling in the scientific research office.
Specification
Model | 5070 (Single Module) | 5090 (Single Module) | 6090 (Single Module) | 7090 (Single Module) |
Humidifying Capacity (kg/h) | ≤160 | ≤160 | ≤160 | ≤160 |
Cooling Pad Width (mm) | ≤1100 | ≤1100 | ≤1100 | ≤1100 |
Cooling Pad Height (mm) | ≤2000 | ≤2000 | ≤2000 | ≤2000 |
Cooling Pad Thickness (mm) | ≤400 | ≤400 | ≤400 | ≤400 |
For specific performance parameters, dimensions and non-standard customization, please contact the company's technical department.
List Of Production
Overview
The fire-resistant and flame-retardant wet curtain produced by Aolan Company is made of imported polymer materials through special processing, does not contain glass fiber, and has the characteristics of high wet stiffness, high evaporation efficiency, low resistance and environmental protection. The core supporting components of evaporation equipment are widely used, especially in the wet film humidifier in the data room, the cooling of power plant equipment and the cooling of subway fresh air and other equipment or fields.
Features
1. Special polymer material, high water absorption, high chemical stability, acid and alkali resistance, strong weather resistance, never rot.
2. Permanent B1 flame retardant, water absorption efficiency up to 250%, evaporation efficiency up to 95%.
3. The use of environmentally friendly glue, no odor, no phenol and other harmful substances to the human body.
4. The main materials and auxiliary materials used are all environmentally friendly materials, which meet the requirements of environmental protection ROHS and REACH certification
5. Each process is carefully manufactured, and quality inspection is strictly implemented to ensure quality.
6. Patented high-precision cutting equipment, small tolerance, no burr, beautiful appearance.
7. Patented formula, antibacterial and mildew proof authoritative certification.
Application
It is used in communication equipment rooms, data centers, and special industrial fields as the core components of humidification and flame retardant.
Specification
Model | 5070 (Single Module) | 5090 (Single Module) | 7090 (Single Module) |
Maximum Humidifying Capacity (kg/h) | ≤160 | ≤160 | ≤160 |
Highest Efficiency | ≤95% | ≤95% | ≤95% |
Max Width (mm) | ≤1000 | ≤1000 | ≤1000 |
Max Height (mm) | ≤1000 | ≤1000 | ≤1000 |
Max Thickness (mm) | ≤300 | ≤300 | ≤300 |
For specific performance parameters, dimensions and non-standard customization, please contact the company's technical department.
List Of Production
Overview
The cooling pads produced by Aolan Company are made of imported long-fiber grade original paddles and processed by special technology. It has the characteristics of high wet stiffness, high evaporation efficiency, low resistance and environmental protection. It is widely used as the core component of evaporative cooling and humidification equipment, especially in evaporative air conditioners, wet film humidifiers in data rooms, and animal husbandry. The wet curtain wall and other fields are the most widely used.
Features
1. The cooling pad made of imported long fiber grade original paddle has a water absorption efficiency of up to 250% and an evaporation efficiency of up to 95%.
2. The use of environmentally friendly glue, no odor, no phenol and other harmful substances to the human body.
3. The main materials and auxiliary materials used are environmentally friendly materials, which meet the requirements of environmental protection ROHS and REACH certification.
4. Each process is carefully manufactured, and quality inspection is strictly implemented to ensure quality.
5. Patented high-precision cutting equipment, with small tolerances, no burrs, and beautiful appearance.
6. Patented formula, antibacterial and mildew proof authoritative certification.
Application
The core component of all evaporative cooling and humidification equipment.
Specification
Model | 5070 (Single Module) | 5090 (Single Module) | 6090 (Single Module) | 7090 (Single Module) |
Maximum Humidifying Capacity (kg/h) | ≤160 | ≤160 | ≤160 | ≤160 |
Highest Efficiency | ≤95% | ≤95% | ≤95% | ≤95% |
Max Width (mm) | ≤1000 | ≤1000 | ≤1000 | ≤1000 |
Max Height (mm) | ≤1000 | ≤1000 | ≤1000 | ≤1000 |
Max Thickness (mm) | ≤400 | ≤400 | ≤400 | ≤400 |
The data is for reference only. For specific performance parameters, dimensions and non-standard customization, please contact the company's technical department.
Overview
Aolan indirect evaporation core is made of nano-scale high hydrophilic film and polymer material by special welding process, which is resistant to high and low temperature, firmly attached, small thermal resistance, and high heat exchange efficiency; The glue filling process has the characteristics of high strength, good sealing performance, high heat exchange efficiency, corrosion resistance and long life. It is mainly used for new return air cooling and heat recovery in dry areas; The core components of indirect evaporative high temperature chillers and fresh air ventilators are used together.
Features
1. The polymer heat exchange plate has high water absorption and good evaporative cooling effect.
2. Strong corrosion resistance and weather resistance, high structural strength and good sealing performance.
3. Washable, long service life.
4. Core size can be customized according to customer requirements.
5. The structure can be modularized, which is convenient for on-site assembly.
6. All materials used are environmentally friendly materials.
Optional Function (Non-Standard)
1. Water spray system: three-dimensional water distribution or sprinkler water.
2. Water softening system: optional in areas with hard water quality, it can effectively remove calcium and magnesium ions in water, reduce maintenance workload and prolong unit life.
3. Frame material: stainless steel 304, aluminum or hot-dip galvanized material.
Application
The core parts of the special equipment for dual-channel cooling and ventilation are adopted.
Specification
Model | L*W*H (Single Module) |
Pitch of Fins (mm) | 4、6、10 |
Max Length (mm) | ≤2000 |
Max Width (mm) | ≤1500 |
Max Height (mm) | ≤1000 |
For specific performance parameters, dimensions and non-standard customization, please contact the company's technical department.
Overview
The extraction fan is to discharge the indoor air at high temperature and turbidity, and use the principle of atmospheric pressure difference to humidify and cool the outdoor air through the water curtain and then send it indoors to provide a comfortable production environment for indoor animals and plants.
FRP Extraction Fan
Advantages
1.Communication Internet of Things access, realize remote control, infinitely variable speed.
2.Customized composite fan blades are lighter, reduce motor load, have more toughness, anti-fatigue, improve ventilation effect, and reduce noise.
3.Equipped with high-performance fan blades, which greatly reduces energy consumption.
Specification
Model | AFY24- L4B740Z | AFY24- L3B740Z | AFY36- L3B1180Z | AFY36- N3B1180Z | AFY36- N5B1180G | AFY36- N6B1180G | AFY51- L3B1480Z | AFY51- N3B1480Z | AFY55- N3B1630Z |
Max Airflows (m³/h) | 11160 | 11110 | 23170 | 24110 | 35290 | 30030 | 46000 | 45270 | 58400 |
Hole of Install (mm) | 740*740 | 740*740 | 1180*1180 | 1180*1180 | 1180*1180 | 1180*1180 | 1480*1480 | 1480*1480 | 1630*1630 |
Blade Size (mm) | 610 | 610 | 920 | 920 | 920 | 920 | 1290 | 1290 | 1390 |
Motor Power (W) | 375 | 375 | 550 | 550 | 2200 | 2200 | 1200 | 1200 | 1500 |
Motor Drive Method | Direct Drive | Direct Drive | Direct Drive | Direct Drive | Direct Drive | Direct Drive | Direct Drive | Direct Drive | Direct Drive |
Sheet Metal Extraction Fan
Advantages
1. Humanized design pull ring, pull the shutter and fix it at 90 degrees, and realize non-electric ventilation through the auxiliary function of the pull ring weight.
2. The pure copper core wire motor has low temperature rise, small noise, stable operation and long life.
3. The U-shaped stamping stainless steel fan blades have high toughness, low noise, stable operation and long service life.
4. The design of the armrest is user-friendly, which is convenient to lift or move.
Specification
Model | AFY28-G6X800P | AFY30-G6X900P | AFY38-G6X1060P | AFY43-G6X1220P | AFY50-G6X1380P | AFY55-G6X1530P |
Hole of Install (mm) | 800*800 | 900*900 | 1060*1060 | 1220*1220 | 1380*1380 | 1530*1530 |
Blade Size (mm) | 710 | 750 | 960 | 1100 | 1250 | 1400 |
Power (W) | 370 | 370 | 550 | 750 | 1100 | 1500 |
Moto Drive Method | Belts | Belts | Belts | Belts | Belts | Belts |
Airflows (m³/h) | 20000 | 22000 | 29000 | 38000 | 44000 | 5580 |
Residual Pressure (Pa) | 70 | 65 | 70 | 73 | 56 | 60 |
Anti-Corrosion Extraction Fan
Advantages
1. The anti-corrosion material of the outer frame does not rust, and the service life is more than 10 years.
2. The motor and the impeller have high concentricity, and the belt is not easy to wear.
3. The motor plate chute is designed for easy adjustment of the belt.
4. The noise is low and the vibration is small, and the air supply is far and concentrated.
5. Easy to disassemble and maintain.
Specification
Model | AFY50-G6S1380P | AFY43-G6S1220P | AFY38-G6S1060P | AFY30-G6S900P |
Power (W) | 1.1 | 0.75 | 0.55 | 0.37 |
Max Airflows (m³/h) | 44500 | 37000 | 32000 | 27000 |
Noise (dB(A)) | ≤65 | ≤63 | ≤60 | ≤56 |
Rated Voltage/Frequency | 380V/50Hz | 380V/50Hz | 380V/50Hz | 380V/50Hz |
Motor Driver Method | Belts | Belts | Belts | Belts |
Blade Speed | 480RPM | 580RPM | 530RPM | 580RPM |
Dimension (mm) | 1380*1380*400 | 1220*1220*400 | 1060*1060*400 | 900*900*400 |
Model | AFY50-G6S1380Z | AFY43-G6S1220Z | AFY38-G6S1060Z | AFY30-G6S900Z |
Power (W) | 1.1 | 0.75 | 0.55 | 0.37 |
Max Airflows (m³/h) | 44500 | 40000 | 34000 | 30000 |
Noise (dB(A)) | ≤70 | ≤68 | ≤65 | ≤60 |
Rated Voltage/Frequency | 380V/50Hz | 380V/50Hz | 380V/50Hz | 380V/50Hz |
Motor Driver Method | Direct Drive | Direct Drive | Direct Drive | Direct Drive |
Blade Speed | 580RPM | 580RPM | 580RPM | 730RPM |
Dimension (mm) | 1380*1380*400 | 1220*1220*400 | 1060*1060*400 | 900*900*400 |
Application
Negative pressure fans are widely used in the new expansion or renovation of animal husbandry, flowers, and vegetable greenhouses.
Overview
This product integrates a number of key technologies such as external cooling indirect evaporation, filler heat and moisture exchange, three-dimensional variable flow uniform water distribution, real-time water quality detection and processing, and intelligent group control. Features such as low noise, can replace mechanical refrigeration for applications such as fresh air treatment of public construction projects in dry areas, floor cold radiation cooling, etc., with obvious energy-saving effect, and it is also very suitable for energy-saving and cooling of large data centers.
Working Principle
Features
1. Compared with mechanical refrigeration equipment, it can save energy by more than 70% under the same cooling capacity and greatly reduce operating costs.
2. The filler is made of organic polymer material, which has good flame retardant and antibacterial properties.
3. The packing adopts a new structure design, which can be quickly disassembled and replaced, effectively reducing the maintenance cost in the later period.
4. It adopts DC brushless EC fan, which has the characteristics of high reliability, high efficiency, long life, low vibration, low noise and uninterrupted operation, and can effectively prevent the intrusion of rain, snow and sand, and keep the water quality clean.
5. The whole machine adopts PLC and touch screen intelligent control, providing a variety of interface types. Real-time detection of water temperature, automatic control of fan speed.
6. The water tank is made of stainless steel, which has good rust and corrosion resistance. There is a quick access port for the water tank, which is convenient for water tank cleaning and component maintenance.
7. The external cooling indirect evaporative pre-cooling coil adopts patented structure design to ensure clean drainage and prevent freezing and cracking in winter.
8. Large aperture three-dimensional water distribution technology, uniform water distribution, not easy to block; patented structure design, more suitable for variable flow operation.
9. The mechanical strength of the box body reaches European standards; the thermal insulation panel adopts new energy-saving materials that are safe and environmentally friendly.
10. The unit has complete protection functions, providing alarm functions such as power phase loss, undervoltage, antifreeze, and abnormal liquid level.
Application
Data centers, hospitals, schools, airports, high-speed rail, shopping malls, libraries, gymnasiums, exhibition halls, etc.
Optional Function (Non-Standard)
1. Intelligent group control function: group control, realize intelligent group control with 40 devices.
2. Water softening system: optional in hard areas, it can reduce the calcium ions in the site, reduce the maintenance workload, and effectively prolong the life of the labor force.
3. Combination plate replacement and one-time pumping system: realize fast on-site and reduce engineering quantity.
4. Combined mechanical refrigeration system: It proves that the cooling capacity of natural cold source is insufficient.
5. Circulating water descaling, filtration and fermentation devices: maintain the cleanliness of circulating water.
6. Antifreeze device: avoid the freezing of water in the water tank caused by the environment.
7. Lightning protection and surge protection device: lightning and equipment will not interfere with the impact of the power grid.
Specification
Model | AGS40 (Single module) | AGS50 (Single module) | AGS80 (Single module) | AGS100 (Single module) | AGS150 (Single module) | AGS200 (Single module) |
Maximum Circulating Water Volume (m³/h) | 40 | 50 | 80 | 100 | 150 | 200 |
Supply and Return Water Temperature Difference (℃) | 3/5/10 | 3/5/10 | 3/5/10 | 3/5/10 | 3/5/10 | 3/5/10 |
Max Power (kW) | 10 | 12 | 18 | 25 | 35 | 50 |
Max Noise (dB(A)) | 72 | 73 | 76 | 78 | 80 | 83 |
For specific performance parameters, dimensions and use of non-standard working conditions, please contact the company's technical department.
Project Cases
Gymnasium Canteen Application Case
Data Room Ventilation and Cooling
Overview
Utilize the inclination of the funnel to defecate directly into the main pipeline, and directly collect it into the septic tank for centralized treatment through the flushing of urine and water. There is no ammonia backflush in the pig house to achieve a comfortable production environment.
Advantages
1. Abandon the original traditional manure tank and manure ditch, replace the original manure scraping equipment, and save floor space.
2. Reduce construction and later manual scraping costs.
3. Fewer urine and feces residues, low ammonia concentration in poultry houses, less mosquitoes, and a comfortable environment conducive to animal growth.
4. Using ionic material, long service life.
Application
It is widely used in the new expansion or renovation of pig houses in the breeding industry, and provides solutions for saving space for the floor breeding industry.
Features
1. Using plastic or glass fiber reinforced plastic chassis, stainless steel and galvanized sheet shell, the overall structure is solid, high strength and corrosion resistance.
2. Using double inlet forward centrifugal fan with large airflow, big air pressure and long drive distance.
3. The centrifugal fan with high efficiency, low noise, flat performance curve and wide high-efficiency area.
4. Using three-phase two-speed or variable frequency speed regulation motor, with good heat dissipation, waterproof, anti-corrosion, low noise and small vibration.
5. Using a unique water distributor, the water flow is even and smooth, and it is not easy to block.
6. Using high efficiency evaporative pads, good cooling effects and easy to clean.
Application
Tall spaces, large factories (automobile factories, machinery factories, logistics and warehousing), public buildings (gymnasiums, libraries, high-speed railway stations, airports), commercial buildings (commercial plazas, large supermarkets, farmers markets).
Specification
Model/Specs | AZL60-LX32D AZL60-LS32D AZL60-LC32D | AZL80-LC32B |
X-down discharge, S-up discharge, C-side discharge | ||
Electrial Source | 380-415/50-60(V/Hz) 3-phase | 380-415/50-60(V/Hz) 3-phase |
Power (kW) | 18.5/6 | 30/15 |
Rated Current (A) | 37/15.7 | 61.7/33.6 |
Airflows (m³/h) | 60000/36000 | 80000/58000 |
Fan Type | Centrifugal | Centrifugal |
Fan Speed | 3-phase, 2-speed | 3-phase, 2-speed |
Pressure (Pa) | 520/242 | 700/480 |
Vent Size (L*W) (mm) | 810*956 | 1355*1042 |
Noise (dB(A)) | ≤83 | ≤91 |
Dimension (L*W*H) (mm) | 2088*2070*1863 (down) 2088*2070*2011 (up) 2172*2070*1863 (side) | 3103*2202*2400 |
Pad Size (L*W*H) (mm) | 1555*860*120 | 3103*2202*2400 |
Aluminum Alloy Shell | Optional | Optional |
Net Weight (±3Kg) | 900 | 1600 |
Operatlon Weight (kg) | 1000 | 1762 |
Controller | Button+Knob Switch | Button+Knob Switch |
QTY/Full (40HQ) | 5 | 3 |
Note: The actual air volume is related to the outlet static pressure (air duct resistance). For details, please consult the company's technical department.
Overview
This product integrates multiple key technologies such as indirect dew point evaporation, three-dimensional uniform water distribution, real-time water quality detection and processing, and intelligent group control. It adopts modular design and has the characteristics of high efficiency and energy saving, stable operation, anti-freezing and low noise, and can be used in dry areas. The fresh air cooling of public construction projects can replace the use of mechanical refrigeration, and the energy saving effect is very obvious. It is also suitable for energy-saving and cooling of various computer rooms and power distribution rooms.
Working Principle
Features
1. Inner air duct type structure, good air tightness, avoid cold bridge.
● The full panel is detachable, with a maintenance platform, which is convenient and simple to maintain.
● Segmented (layer) structure design, no need for ultra-high transportation, can be assembled on site to improve the quality of the whole machine.
2. The core body adopts a new structure design, which can be quickly disassembled and replaced, effectively reducing the maintenance cost in the later period.
3. The whole machine adopts PLC and touch screen intelligent control, provides a variety of interface types, and detects the ambient temperature and humidity in real time.
4. The unit reserves the energy consumption collection interface, which can collect power consumption data in real time.
5. The dew point indirect evaporation core is made of high hydrophilic polymer material and wide-pitch plate structure, and the wet bulb efficiency is as high as 95%.
6. Large-aperture three-dimensional water distribution, uniform water distribution, not easy to block, can be cleaned; flexible water spray, to prevent drift water leakage.
7. The water system adopts double descaling, sterilization and purification treatment to ensure stable operation and long life of the unit.
8. The unit has complete protection functions, and can provide alarms such as power phase loss, undervoltage, overload, differential pressure, antifreeze, and abnormal liquid level.
Application
Data centers, hospitals, schools, airports, high-speed rail, shopping malls, libraries, gymnasiums, exhibition halls, etc.
Optional Function (Non-Standard)
1. Intelligent group control function: group control, realize intelligent control of 40 devices with one belt.
2. Water softening system: It can be selected in areas with hard water, which can effectively remove calcium and magnesium ions in the water, reduce maintenance workload and prolong the life of the unit.
3. Circulating water descaling, filtration and sterilization devices: maintain the cleanliness of circulating water.
4.EC fan or inverter controller.
5. Built-in mechanical refrigeration system: Compensate for insufficient cooling capacity of natural cold source.
6. Optional cold water coil, heating coil, medium efficiency filter, electric air valve and other functional sections.
7. Lightning protection and surge protection device: avoid the interference and impact of lightning and equipment on the power grid.
Specification
Model | AJL100 | AJL150 | AJL200 | AJL300 | AJL400 |
Max Airflows (m³/h) | 10000 | 15000 | 20000 | 30000 | 40000 |
Highest Wet Bulb Efficiency | 120% | 120% | 120% | 120% | 120% |
Max Power (kW) | 7.5 | 11 | 11 | 18.5 | 30 |
Max Residual Pressure (Pa) | 1800 | 2000 | 2000 | 2000 | 2000 |
For specific performance parameters, dimensions and use of non-standard working conditions, please contact the company's technical department.
Project Cases
Power Industry Ventilation and Cooling
Public Medical System Application Case 1
Public Medical System Application Case 2
Gymnasium Canteen Application Case
Overview
This product integrates a number of key technologies such as indirect dew point evaporation, heat and moisture exchange of fillers, three-dimensional variable flow and uniform water distribution, real-time water quality detection and processing, and intelligent group control. Noise and other characteristics, for the application of fresh air treatment of public construction projects in dry areas, floor cold radiation cooling and other applications, it can replace mechanical refrigeration, and the energy saving effect is very obvious.
Working Principle
Features
1. Compared with mechanical refrigeration equipment, it can save energy by more than 85% under the same cooling capacity and greatly reduce operating costs.
2. The filler is made of organic polymer material, which has good flame retardant and antibacterial properties.
3. The packing adopts a new structure design, which can be quickly disassembled and replaced, effectively reducing the maintenance cost in the later period.
4. It adopts DC brushless EC fan, which has the characteristics of high reliability, high efficiency, long life, low vibration, low noise and uninterrupted operation, and can effectively prevent the intrusion of rain, snow and sand, and keep the water quality clean.
5. The whole machine adopts PLC and touch screen intelligent control, providing a variety of interface types. Real-time detection of water temperature, automatic control of fan speed.
6. The water tank is made of stainless steel, which has good rust and corrosion resistance. There is a quick access port for the water tank, which is convenient for water tank cleaning and component maintenance.
7. The dew-point indirect evaporative cooling core is made of high hydrophilic polymer material by special process, and adopts wide-pitch plate structure, which has high strength, high heat exchange efficiency, corrosion resistance and long life, and has self-cleaning function. .
8. Large aperture three-dimensional water distribution technology, uniform water distribution, not easy to block; patented structure design, more suitable for variable flow operation.
9. The mechanical strength of the box body reaches European standards; the thermal insulation panel adopts new energy-saving materials that are safe and environmentally friendly.
10. The unit has complete protection functions, providing alarm functions such as power phase loss, undervoltage, antifreeze, and abnormal liquid level.
Application
Data centers, hospitals, schools, airports, high-speed rail, shopping malls, libraries, gymnasiums, exhibition halls, etc.
Optional Function (Non-Standard)
1. Intelligent group control function: group control, realize intelligent group control with 40 devices.
2. Water softening system: It can be selected in areas with hard water quality, which can effectively remove calcium and magnesium ions in the water, reduce maintenance workload, and prolong the life of the unit.
3. Built-in board replacement and primary pump system: realize rapid on-site layout and reduce engineering volume.
4. Built-in mechanical refrigeration system: Compensate for insufficient cooling capacity of natural cold source.
5. Circulating water descaling, filtration and sterilization devices: maintain the cleanliness of circulating water.
6. Antifreeze device: avoid freezing of water in the water tank due to low ambient temperature.
7. Lightning protection and surge protection device: avoid the interference and impact of lightning and equipment on the power grid.
Specification
Model | AGS20 (Single module) | AGS30 (Single module) | AGS40 (Single module) |
Maximum Circulating Water Volume (m³/h) | 20 | 30 | 40 |
Supply and Return Water Temperature Difference (℃) | 3/5/10 | 3/5/10 | 3/5/10 |
Max Power (kW) | 7.67 | 11.43 | 14.61 |
Max Noise (dB(A)) | 72 | 74 | 76 |
For specific performance parameters, dimensions and use of non-standard working conditions, please contact the company's technical department.
Project Cases
Library Classroom Application Case
Exhibition Hall Application Case
Gymnasium Canteen Application Case
Public Medical System application case 2
Data Room Ventilation and Cooling
Features
1. Using unitary tank, compact structure with high strength.
2. Using double inlet forward centrifugal fan with large airflow, big air pressure and long drive distance.
3. The fan volute is made of plastic one-step injection molding with high efficiency, low noise, light weight and excellent rust resistance.
4. Using high efficiency and energy-saving motor, it can be running longtime even in high humidity.
5. Air inlet by plastic mesh, with little resistance, water and air can contact with each other completely to have high evaporation efficiency.
6. Using high efficiency evaporative pads, good cooling effects and easy to clean.
Application
Tall spaces, large factories (automobile factories, machinery factories, logistics and warehousing), public buildings (gymnasiums, libraries, high-speed rail stations, airports), commercial buildings (commercial plazas, large supermarkets, farmers markets).
Specification
Model/Specs | AZL25-LX31F AZL25-LS31F AZL25-LC31F | AZL30-LX31F AZL30-LS31F AZL30-LC31F | AZL35-LX31F AZL35-LS31F AZL35-LC31F | AZL40-LX31F AZL40-LS31F AZL40-LC31F | AZL50-LX31F AZL50-LS31F AZL50-LC31F |
X-down discharge, S-up discharge, C-side discharge | |||||
Electrial Source | 380-415/50-60(V/Hz) 3-phase | 380-415/50-60(V/Hz) 3-phase | 380-415/50-60(V/Hz) 3-phase | 380-415/50-60(V/Hz) 3-phase | 380-415/50-60(V/Hz) 3-phase |
Power (kW) | 3 | 4 | 5.5 | 7.5 | 15 |
Rated Current (A) | 6.8 | 8.8 | 11.6 | 15.9 | 30.5 |
Airflows (m³/h) | 25000 | 30000 | 35000 | 40000 | 50000 |
Fan Type | Centrifugal | Centrifugal | Centrifugal | Centrifugal | Centrifugal |
Fan Speed | 3-phase, 1-speed | 3-phase, 1-speed | 3-phase, 1-speed | 3-phase, 1-speed | 3-phase, 1-speed |
Pressure (Pa) | 240 | 280 | 300 | 300 | 500 |
Vent Size (L*W) (mm) | 707*648 (down) 772*707 (up/side) | 707*648 (down) 772*707 (up/side) | 803*718 (down) 843*747 (up/side) | 803*718 (down) 843*747 (up/side) | 803*718 (down) 843*747 (up/side) |
Noise (dB(A)) | ≤74 | ≤76 | ≤81 | ≤83 | ≤85 |
Dimension (L*W*H) (mm) | 1385*1515*1400 (down) 1385*1515*1460 (up) 1450*1515*1400 (side) | 1385*1515*1400 (down) 1385*1515*1460 (up) 1450*1515*1400 (side) | 1600*1750*1550 (down) 1600*1750*1585 (up) 1635*1750*1550 (side) | 1600*1750*1550 (down) 1600*1750*1585 (up) 1635*1750*1550 (side) | 1600*1830*1705 (down) 1600*1830*1740 (up) 1635*1830*1705 (side) |
Pad Size (L*W*H) (mm) | 1100*520*100 (down/up/side) 1100*465*120 (down/up/side) | 1100*520*100 (down/up/side) 1100*465*120 (down/up/side) | 1237*634*100 (down/up/side) 1237*573*120 (down/up/side) | 1237*634*100 (down/up/side) 1237*573*120 (down/up/side) | 1363*670*100 (down/up/side) 1363*568*120 (down/up/side) |
Aluminum Alloy Shell | Optional | Optional | Optional | Optional | Optional |
Net Weight (±3Kg) | 315 | 320 | 490 | 505 | 675 |
Operatlon Weight (kg) | 365 | 370 | 550 | 565 | 765 |
Controller | Button+Knob Switch | Button+Knob Switch | Button+Knob Switch | Button+Knob Switch | Button+Knob Switch |
QTY/Full (40HQ) | 8 | 8 | 7 | 7 | 7 |
Note: The actual air volume is related to the outlet static pressure (air duct resistance). For details, please consult the company's technical department.
Project Cases
Food & Beverage Processing Industry Ventilation and Cooling
Automobile, Auto Parts Industry Case Display
Shoe and Clothing Industry Case Show
Packaging & Printing Industry Ventilation and Cooling Cases
Construction, Chemical Industry and Plastic Processing Industry Ventilation and Cooling
Electromechanical & Machinery Manufacturing Industry Ventilation and Cooling
Airport Station & Subway Ventilation and Cooling
Gymnasiums, Exhibition Halls and Libraries Ventilation and Cooling
Supermarket & Market Ventilation and Cooling
Exhibition Hall & Restaurant Ventilation and Cooling
Overview
On the basis of integrating direct evaporative cooling technology and external cooling indirect evaporative cooling technology, this product can add other functions such as medium and high efficiency filtration, mechanical refrigeration section, surface cooling section, heating section, muffler section and humidification section according to actual engineering needs. It adopts modular design and has the characteristics of high efficiency and energy saving, stable operation, anti-freezing and low noise. It can be used for fresh air cooling in public construction projects and industrial workshops in dry areas, and can replace mechanical refrigeration. The energy saving effect is very obvious. It is also suitable for energy-saving cooling in various data centers, computer rooms and power distribution rooms.
Working Principle
Features
1. The direct evaporative cooling technology is adopted, and the outdoor dry air can be fully utilized to reduce the energy consumption of the fresh fan operation, and the energy saving effect is outstanding.
2. The unit adopts anti-cold bridge aluminum alloy frame, seamless socket splicing panel, high-pressure polyurethane insulation board, which has good thermal insulation performance and sealing performance.
3. The filler made of plant long fiber material or polymer material has a flame retardant grade of B1, a water absorption efficiency of up to 250%, an evaporation efficiency of up to 95%, long life, no peculiar smell, and no harmful substances such as phenol. Comply with environmental ROHS and REACH certification requirements.
4. The unit has a built-in water tank, which can be recycled. It adopts advanced water distribution design, low wind speed on the windward side, no floating water, long water exchange cycle, and reduces water consumption and pump energy consumption.
5. The unit can be equipped with primary, medium and high-efficiency filter screens, and the filter grades are optional. The function section is set reasonably, and the heating section, mechanical refrigeration section, etc. can be selected according to the actual use requirements.
6. The ratio of mechanical refrigeration system can be adjusted according to actual requirements, and the energy efficiency ratio is higher.
7. Intelligent control, using a central controller, can realize automatic adjustment of air volume, temperature and humidity control, fault alarm, and group control of multiple units.
Application
Data centers, hospitals, schools, airports, high-speed rail, shopping malls, libraries, gymnasiums, exhibition halls, etc.
Optional Function (Non-Standard)
1. Intelligent group control function: group control, realize intelligent control of 40 devices with one belt.
2. Water softening system: It can be selected in areas with hard water, which can effectively remove calcium and magnesium ions in the water, reduce maintenance workload and prolong the life of the unit.
3. Circulating water descaling, filtration and sterilization devices: maintain the cleanliness of circulating water.
4.EC fan or inverter controller.
5. Built-in mechanical refrigeration system: Compensate for insufficient cooling capacity of natural cold source.
6. Optional cold water coil, heating coil, medium efficiency filter, electric air valve and other functional sections.
Specification
Model | AZK05 | AZK10 | AZK15 | AZK20 | AZK30 | AZK50 | AZK80 | AZK10 |
Max Airflows (m³/h) | 5000 | 1000 | 15000 | 20000 | 30000 | 50000 | 80000 | 100000 |
Max Residual Pressure (Pa) | 400 | 15000 | 600 | 800 | 1000 | 1000 | 1000 | 1000 |
Max Power (kW) | 7.5 | 11 | 15 | 22 | 30 | 45 | 75 | 90 |
Number of Coil (R) | 4/6/8/10 | 4/6/8/10 | 4/6/8/10 | 4/6/8/10 | 4/6/8/10 | 4/6/8/10 | 4/6/8/10 | 4/6/8/10 |
Max Cooling Pad Thickness (mm) | 300 | 300 | 300 | 300 | 300 | 300 | 300 | 300 |
Fan Type | Centrifugal | Centrifugal | Centrifugal | Centrifugal | Centrifugal | Centrifugal | Centrifugal | Centrifugal |
For specific performance parameters, dimensions and use of non-standard working conditions, please contact the company's technical department.
Project Cases
Public Medical System Application Case 1
Public Medical System Application Case 2
Library Classroom Application Case
Exhibition Hall Application Case
Gymnasium Canteen Application Case
High-speed Railway Station Cooling
Data Room Ventilation and Cooling
Features
1. The shell is made of high-strength weather-resistant engineering plastics, anti-aging, anti-UV, anti-corrosion and no deformation, warranty for more than ten years.
2. New side panel, lower hook louver to prevent water drift and water leakage.
3. Equipped with a molded dust filter, easy to disassemble and maintain.
4. The Evaporative pads are made of raw wood pulp paper fiber composite, which is easy to clean and has a significant cooling effect.
5. Using high-quality fully enclosed aluminum shell motor, good heat dissipation, high insulation protection level, waterproof and moisture-proof.
6. Adopt automatic control water system, open water distributor, make the water flow even and smooth, not easy to block.
7. Large air supply, low noise, flat curve, high efficiency and wide working range.
8. Low water level high foot pump, flame retardant shell, built-in thermal protection switch, safe and reliable.
9. There are three types of air outlet, top, down and side to choose from.
Application
Small and medium-sized industrial plants, semi-open venues, outdoor exhibition venues, agricultural and animal husbandry bases, etc.
Specification
Model/Specs | AZL25-ZX32C AZL25-ZS32C AZL25-ZC32C | AZL25-ZX30C AZL25-ZS30C AZL25-ZC30C | AZL30-ZX32C AZL30-ZS32C AZL30-ZC32C | AZL30-ZX30C AZL30-ZS30C AZL30-ZC30C |
X-down discharge, S-up discharge, C-side discharge | ||||
Electrial Source | 380-415/50-60(V/Hz) 3-phase | 380-415/50-60(V/Hz) 3-phase | 380-415/50-60(V/Hz) 3-phase | 380-415/50-60(V/Hz) 3-phase |
Power (kW) | 2.2/0.75 | 2.2 | 3.0/1.0 | 3.0 |
Rated Current (A) | 5.4/0.75 | 5.4 | 7.1/3.5 | 7.1 |
Airflows (m³/h) | 25000/16000 | 25000 | 30000/20000 | 30000 |
Fan Type | Axial | Axial | Axial | Axial |
Fan Speed | 3-phase, 2-speed | Multi-speed, Inverter | 3-phase, 2-speed | Multi-speed, Inverter |
Pressure (Pa) | 300/136 | 306 | 320/160 | 320 |
Vent Size (L*W) (mm) | 765*765 | 765*765 | 765*765 | 765*765 |
Noise (dB(A)) | ≤78 | ≤78 | ≤80 | ≤80 |
Dimension (L*W*H) (mm) | 1350*1350*1310 (down) 1350*1350*1426 (up) 1350*1350*1310 (side) | 1350*1350*1310 (down) 1350*1350*1426 (up) 1350*1350*1310 (side) | 1350*1350*1310 (down) 1350*1350*1426 (up) 1350*1350*1310 (side) | 1350*1350*1310 (down) 1350*1350*1426 (up) 1350*1350*1310 (side) |
Pad Size (L*W*H) (mm) | 970*881*100 | 970*881*100 | 970*881*100 | 970*881*100 |
Net Weight (±3Kg) | 120 (down) 147 (up) 156 (side) | 120 (down) 147 (up) 156 (side) | 125 (down) 152 (up) 161 (side) | 125 (down) 152 (up) 161 (side) |
Operatlon Weight (kg) | 175 (down) 202 (up) 211 (side) | 175 (down) 202 (up) 211 (side) | 180 (down) 207 (up) 216 (side) | 180 (down) 207 (up) 216 (side) |
Controller | LED Control | LED Control | LED Control | LED Control |
Pre-dust Fi;ter | Optional | Optional | Optional | Optional |
Pre-dcooling | Optional | Optional | Optional | Optional |
Group-control | Optional | Optional | Optional | Optional |
Tem&hum Control | Optional | Optional | Optional | Optional |
QTY/Full (40HQ) | 9 | 9 | 9 | 9 |
QTY/SKD (40HQ) | 45 (down)/39 (up)/42 (side) | 45 (down)/39 (up)/42 (side) | 45 (down)/39 (up)/42 (side) | 45 (down)/39 (up)/42 (side) |
Note: The actual airflow is related to the outlet pressure (air duct resistance). Please consult the company's technical department for details.
Project Cases
Food & Beverage Processing Industry Ventilation and Cooling
Automobile, Auto Parts Industry Case Display
Shoe and Clothing Industry Case Show
Packaging & Printing Industry Ventilation and Cooling Cases
Construction, Chemical Industry and Plastic Processing Industry Ventilation and Cooling
Electromechanical & Machinery Manufacturing Industry Ventilation and Cooling
Airport Station & Subway Ventilation and Cooling
Gymnasiums, Exhibition Halls and Libraries Ventilation and Cooling
Club & Outdoor Activity Space Ventilation and Cooling
Supermarket & Market Ventilation and Cooling
Exhibition Hall & Restaurant Ventilation and Cooling
Data Room Ventilation and Cooling
Features
1.Equipped with brushless DC motor, the cooler runs smoothly with low noise. Motor with light-weight, less noise, no excitation sound.
2.Operate on both 50HZ/60HZ. The running voltage is among 200-264V.
3.Motor with high efficiency, running cost is saved 20% for the same running conditions.
4.For centrifugal unit, with motor direct-connected, there is less running parts,easy maintenance.
5. Using intelligent LCD controller, the working status and fault display of the equipment are clear at a glance.
6. Constant power electronic control, automatically sense the resistance to adjust the air pressure and air volume to ensure the air supply volume and air supply distance.
7. The professionally designed forward-leaning multi-blade centrifugal fan is adopted, with high static pressure at the outlet and long air supply distance.
8. The volute and impeller are made of new composite materials, which are light in weight, corrosion-resistant, anti-aging and have good vibration-absorbing effect.
9. There are two ways of air outlet, upper and lower, with stable operation and low noise, especially suitable for commercial places.
10. With air damper to avoid hot air outlet in winter.
Application
Commercial places, industrial plants, communication equipment rooms, home/office places, etc. that have noise requirements.
Specification
Model/Specs | AZL18-ZX10EZ AZL18-ZS10EZ AZL18-ZC10EZ | AZL18-LX10CZ AZL18-LS10CZ |
X-down discharge, S-up discharge, C-side discharge | ||
Electrial Source | 220~240/50~60 | 220~240/50~60 |
Power (kW) | 0.65 | 1.5 |
Motor | DC (220V 3-phase) | DC (220V 3-phase) |
Rated Current (A) | 3 | 7.5 |
Airflows (m³/h) | 18000 | 18000 |
Fan Type | Axial | Axial |
Fan Speed | Multi-speed, Inverter | Multi-speed, Inverter |
Pressure (Pa) | 170 | 183 |
Vent Size (L*W) (mm) | 650*650 (down) 647*647 (up) 650*650 (down) | 650*650 |
Noise (dB(A)) | ≤67 | ≤65 |
Dimension (L*W*H) (mm) | 1150*1150*950 (down) 1150*1150*982 (up) 1210*1150*950 (side) | 1150*1150*950 (down) 1150*1150*982 (up) |
Pad Size (L*W*H) (mm) | 620*825*100 | 620*825*72 620*825*100 |
Net Weight (±3Kg) | 67 (down) 73 (up) 87 (side) | 79 |
Operatlon Weight (kg) | 97 (down) 103 (up) 117 (side) | 107 |
Controller | LED Control | LED Control |
Pre-dust Fi;ter | Optional | Optional |
Pre-dcooling | Optional | Optional |
Group-control | Optional | Optional |
Tem&hum Control | Optional | Optional |
QTY/Full (40HQ) | 40 | 40 |
QTY/SKD (40HQ) | 70 (down)/65 (up)/40 (side) | 45 |
Note: The actual airflow is related to the outlet static pressure (air duct resistance). For details, please consult the company's technical department.
Project Cases
Food & Beverage Processing Industry Ventilation and Cooling
Automobile, Auto Parts Industry Case Display
Shoe and Clothing Industry Case Show
Packaging & Printing Industry Ventilation and Cooling Cases
Construction, Chemical Industry and Plastic Processing Industry Ventilation and Cooling
Electromechanical & Machinery Manufacturing Industry Ventilation and Cooling
Airport Station & Subway Ventilation and Cooling
Gymnasiums, Exhibition Halls and Libraries Ventilation and Cooling
Club & Outdoor Activity Space Ventilation and Cooling
Supermarket & Market Ventilation and Cooling
Office & Home & Dormitory Ventilation and Cooling
Exhibition Hall & Restaurant Ventilation and Cooling
Data Room Ventilation and Cooling
Features
1. Reasonable design with strong structure.
2. Slant water tank with drain valve in lowest place, while drainage, water-flow can wash tank.
3. Integrated water distributor with only one built-in pipe -no risk for water leakage.
4.The installation position of the drain valve adopts a sinking design, which is conducive to cleaning and discharging of dirt.
5. The tank slope design, the drainage is extremely clean and smooth.
6. With air damper to avoid hot air outlet in winter.
7. Easy installation filter, which is easy to clean.
8. Using LCD or standard controller, easy to operate.
9. Materials for casing are anti-UV, anti-corrosion, anti-aging, and no deformation.
10. Fan impeller is special designed to allow large airflow but lower noise.
11. Motor applied is moistureproof, waterproof with tiny temperature rise.
12. Using high efficient cooling pads with large evaporation capacity, good cooling efficiency and easy to clean.
13. With top, down and side discharge, to meet a variety of installation environments.
Application
Small and medium-sized industrial plants, commercial places, communication rooms, semi-open places, outdoor exhibition places, etc.
Specification
Model/Specs | AZL18-ZX10E AZL18-ZS10E AZL18-ZC10E | AZL18-ZX10G AZL18-ZS10G AZL18-ZC10G | AZL18-ZX32E AZL18-ZS32E AZL18-ZC32E |
X-down discharge, S-up discharge, C-side discharge | |||
Electrial Source | 110/60 220/50(V/Hz) 1-phase | 110/60 220/50(V/Hz) 1-phase | 110/60 220/50(V/Hz) 3-phase |
Power (kW) | 1.1 | 1.1 | 1.1 |
Rated Current (A) | 5.6 | 4.8 | 1.1/0.37 |
Airflows (m³/h) | 18000 | 18000 | 18000 |
Fan Type | Axial | Axial | Axial |
Fan Speed | Multi-speed, Silicon Control | Multi-speed, Inverter | 3-phase, 2-speed |
Pressure (Pa) | 170 | 170 | 170/63 |
Vent Size (L*W) (mm) | 650*650 (down) 650*650 (up) 647*647 (side) | 650*650 (down) 650*650 (up) 647*647 (side) | 650*650 (down) 650*650 (up) 647*647 (side) |
Noise (dB(A)) | ≤76 | ≤76 | ≤76 |
Dimension (L*W*H) (mm) | 1150*1150*950 (down) 1150*1150*982 (up) 1210*1150*950 (side) | 1150*1150*950 (down) 1150*1150*982 (up) 1210*1150*950 (side) | 1150*1150*950 (down) 1150*1150*982 (up) 1210*1150*950 (side) |
Pad Size (L*W*H) (mm) | 620*825*100 | 620*825*100 | 620*825*100 |
Net Weight (±3Kg) | 80 (down) 86 (up) 100 (side) | 80 (down) 86 (up) 100 (side) | 80 (down) 86 (up) 100 (side) |
Operatlon Weight (kg) | 110 (down) 116 (up) 130 (side) | 110 (down) 116 (up) 130 (side) | 110 (down) 116 (up) 130 (side) |
Controller | LED Control | LED Control | LED Control |
Pre-dust Fi;ter | Optional | Optional | Optional |
Pre-dcooling | Optional | Optional | Optional |
Group-control | Optional | Optional | Optional |
Tem&hum Control | Optional | Optional | Optional |
QTY/Full (40HQ) | 40 | 40 | 40 |
QTY/SKD (40HQ) | 70 (down)/65 (up)/40 (side) | 70 (down)/65 (up)/40 (side) | 70 (down)/65 (up)/40 (side) |
Note: The actual airflow is related to the outlet static pressure (air duct resistance). For details, please consult the company's technical department.
Project Cases
Food & Beverage Processing Industry Ventilation and Cooling
Automobile, Auto Parts Industry Case Display
Shoe and Clothing Industry Case Show
Packaging & Printing Industry Ventilation and Cooling Cases
Construction, Chemical Industry and Plastic Processing Industry Ventilation and Cooling
Electromechanical & Machinery Manufacturing Industry Ventilation and Cooling
Airport Station & Subway Ventilation and Cooling
Gymnasiums, Exhibition Halls and Libraries Ventilation and Cooling
Club & Outdoor Activity Space Ventilation and Cooling
Supermarket & Market Ventilation and Cooling
Office & Home & Dormitory Ventilation and Cooling
Exhibition Hall & Restaurant Ventilation and Cooling
Data Room Ventilation and Cooling
Features
1. Fan speeds : 1-phase variable-speed, 3-phase 1-spped or 2-speed.
2. Different air discharges (top, down or side) meet different installation requirements.
3. Using LCD or standard controller, easy to operate.
4. Materials for casing are anti-UV, anti-corrosion, anti-aging, and no deformation.
5. Fan impeller is special designed to allow large airflow but lower noise.
6. Motor applied with moisture proof, waterproof and tiny temperature rise.
7. Using automatic control water system and open type water distributor, water can flow smoothly and distributor is not easy to block.
8. Using high efficient evaporative pads with large evaporation capacity, good cooling efficiency and easy to clean.
Application
Small and medium-sized industrial plants, commercial places, communication rooms, semi-open places, outdoor exhibition places, etc.
Specification
Model/Specs | AZL18-ZX10B AZL18-ZS10B AZL18-ZC10B | AZL18-ZX31B AZL18-ZS31B | AZL18-ZX32B AZL18-ZS32B |
X-down discharge, S-up discharge, C-side discharge | |||
Electrial Source | 110/60 220/50(V/Hz) 1-phase | 110/60 220/50(V/Hz) 3-phase | 110/60 220/50(V/Hz) 3-phase |
Power (kW) | 1.1 | 1.1 | 1.1/0.37 |
Rated Current (A) | 5.6 | 2.6 | 2.0/0.85 |
Airflows (m³/h) | 18000 | 18000 | 18000 |
Fan Type | Axial | Axial | Axial |
Fan Speed | Multi-speed, Silicon Control | 3-phase, 1-speed | 3-phase, 2-speed |
Pressure (Pa) | 170 | 170 | 170/88 |
Vent Size (L*W) (mm) | 655*655 (down) 655*655 (up) 676*676 (side) | 655*655 | 655*655 |
Noise (dB(A)) | ≤76 | ≤76 | ≤76 |
Dimension (L*W*H) (mm) | 1170*1170*960 (down) 1170*1170*1052 (up) 1170*1250*960 (side) | 1170*1170*960 (down) 1170*1170*1052 (up) | 1170*1170*960 (down) 1170*1170*1052 (up) |
Pad Size (L*W*H) (mm) | 675*855*100 | 675*855*100 | 675*855*100 |
Net Weight (±3Kg) | 124 (down) 90 (up) 95 (side) | 84 (down) 90 (up) | 84 (down) 90 (up) |
Operatlon Weight (kg) | 124 (down) 130 (up) 135 (side) | 124 (down) 130 (up) | 124 (down) 130 (up) |
Controller | LED Control | LED Control | LED Control |
Pre-dust Fi;ter | Optional | Optional | Optional |
Pre-dcooling | Optional | Optional | Optional |
Group-control | Optional | Optional | Optional |
Tem&hum Control | Optional | Optional | Optional |
QTY/Full (40HQ) | 40 (down/up)36 (side) | 40 | 40 |
QTY/SKD (40HQ) | 70 (down)/55 (up)/64 (side) | 70 (down)/55 (up)/64 (side) | 70 (down)/55 (up)/64 (side) |
Note: The actual airflow is related to the outlet static pressure (air duct resistance). For details, please consult the company's technical department.
Project Cases
Food & Beverage Processing Industry Ventilation and Cooling
Automobile, Auto Parts Industry Case Display
Shoe and Clothing Industry Case Show
Packaging & Printing Industry Ventilation and Cooling Cases
Construction, Chemical Industry and Plastic Processing Industry Ventilation and Cooling
Electromechanical & Machinery Manufacturing Industry Ventilation and Cooling
Airport Station & Subway Ventilation and Cooling
Gymnasiums, Exhibition Halls and Libraries Ventilation and Cooling
Club & Outdoor Activity Space Ventilation and Cooling
Supermarket & Market Ventilation and Cooling
Office & Home & Dormitory Ventilation and Cooling
Exhibition Hall & Restaurant Ventilation and Cooling
Data Room Ventilation and Cooling
Overview
Since the outbreak of the new crown epidemic, the resumption of work and production has been delayed in a large area across the country. In this era of the rampant spread of viruses and germs, in order to create a public indoor environment where people can breathe safely and at ease, Aolan, which has been paying attention to air treatment, has joined hands with Zhejiang University to develop a new virus The disinfection technology has developed two new products for small public spaces such as homes and offices and large public spaces such as banks and offices: 005 household air sterilization purifier (Xiaoman Yao) and 05 commercial air sterilization purifier.
Features
1. The coronavirus killing technology jointly developed by Zhejiang University and Aolan Industry;
2. It has been tested and certified by the Guangdong Provincial Microbiological Analysis and Testing Center, a national authoritative testing agency:
• Coronavirus (HCov-229E, ATCC VR-740) > 99.9% kill rate;
• Influenza A virus (H1N1) > 99.9% kill rate;
• Staphylococcus albus (the main infection of neonatal sepsis) > 99.9% kill rate;
• Escherichia coli (the main infectious bacteria that causes diarrhea and intestinal diseases) > 99.9% kill rate.
Working Principle
1. The use of electrostatic field integrated modules, high-frequency electromagnetic wave modules combined with plasma generators to eliminate particulate pollutants (viruses/bacteria);
2. According to the characteristics of the corona virus, the aerosol with the corona virus in the air is irradiated with high-frequency electromagnetic waves of specific frequency and energy. The electromagnetic waves penetrate the surface of the virus, enter the virus, and destroy the structure of the RNA and DNA fragments inside the corona virus. At the same time, the size of the virus is increased. When the virus is irradiated by electromagnetic waves, it can absorb a sufficient amount of charge when it passes through the composite electric field, and the virus is carbonized, so as to achieve the goal of completely killing the corona virus.
These charged ions are collected by the dust collector under the action of the applied electric field force. At the same time, the plasma generator produces a negative ion concentration of 10 million PCS/cubic centimeter, and a positive ion concentration of 10 million PCS/cubic centimeter. The moment the negative ions and positive ions are neutralized by positive and negative charges, a certain amount of energy is released, which effectively causes it Changes in the structure of the surrounding bacteria or energy conversion, resulting in the death of the bacteria, achieving a sterilization effect, and improving the air purification effect.
Application
Home space, office, school, hospital, hotel, bank, office hall and many other relatively closed or crowded places.
Specification
Model | AKX005-LY13A-1.0 |
Airflows (m³/h) | 300 |
Electrical Source | DC24V |
Power (W) | 22 |
Dimension (L*W*H) (mm) | 340*340*765 |
Dimension of Air Outler (L*W) (mm) | D145 |
Net Weight (±3kg) | 7 |
Noise (dB(A)) | ≤45.5 |
Fan Type | Centrifugal DC Three Speed |
Controller Types | Digital Display |
Function | Ventilation, Filtration and Disinfection |
Applicable Area (m²) | 20-50 |
Features
1.Different fan speeds for choice: 1-phase variable-speed, 3-phase 1-spped or 2-speed.
2.Different air discharges (top, down or side) meet different installation requirements.
3.Using LCD or standard controller, easy to operate.
4.Materials for casing are anti-UV, anti-corrosion, anti-aging, and no deformation.
5.Fan impeller is special designed to allow large airflow but lower noise.
6.Motor applied is moistureproof, waterproof with tiny temperature rise.
7.Using automatic control water system and open type water distributor, water can flow smoothly and distributor is not easy to block.
8.Using high efficient evaporative pads with large evaporation capacity, good cooling efficiency and easy to clean.
Application
Small and medium-sized industrial plants, commercial places, communication rooms, semi-open places, outdoor exhibition places, etc.
Specification
Model/Specs | AZL18-ZX10J AZL18-ZS10J AZL18-ZC10J | AZL18-ZX10JG AZL18-ZS10JG AZL18-ZC10JG | AZL18-ZX31J AZL18-ZS131J AZL18-ZC131J | AZL10-ZX10J AZL10-ZS10J |
X-down discharge, S-up discharge, C-side discharge | ||||
Electrial Source | 110/60 220/50(V/Hz) 1-phase | 110/60 220/50(V/Hz) 1-phase | 110/60 220/50(V/Hz) 3-phase | 110/60 220/50(V/Hz) 3-phase |
Power (kW) | 0.75 | 0.75 | 0.75 | 0.42.8 |
Rated Current (A) | 5.6 | 4.0 | 2.3 | 2.8 |
Airflows (m³/h) | 18000 | 18000 | 18000 | 18000 |
Fan Type | Axial | Axial | Axial | Axial |
Fan Speed | Multi-speed, Silicon Control | Multi-speed, Inverter | 3-phase, 1-speed | Multi-speed, Silicon Control |
Pressure (Pa) | 160 | 160 | 160 | 80 |
Vent Size (L*W) (mm) | 555*555(down) 555*555 (up) 614*614 (side) | 555*555(down) 555*555 (up) 614*614 (side) | 555*555(down) 555*555 (up) 614*614 (side) | 555*555 |
Noise (dB(A)) | ≤65 | ≤65 | ≤65 | ≤65 |
Dimension (L*W*H) (mm) | 1030*1030*883 (down) 1030*1030*968 (up) 1030*1030*883 (side) | 1030*1030*883 (down) 1030*1030*968 (up) 1030*1030*883 (side) | 1030*1030*883 (down) 1030*1030*968 (up) 1030*1030*883 (side) | 1030*1030*883 (down) 1030*1030*968 (up) |
Pad Size (L*W*H) (mm) | 930*738*100 | 930*738*100 | 930*738*100 | 930*738*100 |
Net Weight (±3Kg) | 49 (down) 53 (up) 55 (side) | 49 (down) 53 (up) 55 (side) | 49 (down) 53 (up) 55 (side) | 52 (down) 53 (up) |
Operatlon Weight (kg) | 67 (down) 71 (up) 73 (side) | 67 (down) 71 (up) 73 (side) | 67 (down) 71 (up) 73 (side) | 70 (down) 71 (up) |
Controller | LED Control | LED Control | LED Control | LED Control |
Pre-dust Fi;ter | Optional | Optional | Optional | Optional |
Pre-dcooling | Optional | Optional | Optional | Optional |
Group-control | Optional | Optional | Optional | Optional |
Tem&hum Control | Optional | Optional | Optional | Optional |
QTY/Full (40HQ) | 44 | 44 | 44 | 44 |
QTY/SKD (40HQ) | 80 (down)/75 (up)/70 (side) | 80 (down)/75 (up)/70 (side) | 80 (down)/75 (up)/70 (side) | 80 (down)/75 (up)/70 (side) |
Note: The actual airflow is related to the outlet pressure (air duct resistance). For details, please consult the company's technical department.
Project Cases
Food & Beverage Processing Industry Ventilation and Cooling
Automobile, Auto Parts Industry Case Display
Shoe and Clothing Industry Case Show
Packaging & Printing Industry Ventilation and Cooling Cases
Construction, Chemical Industry and Plastic Processing Industry Ventilation and Cooling
Electromechanical & Machinery Manufacturing Industry Ventilation and Cooling
Airport Station & Subway Ventilation and Cooling
Gymnasiums, Exhibition Halls and Libraries Ventilation and Cooling
Club & Outdoor Activity Space Ventilation and Cooling
Supermarket & Market Ventilation and Cooling
Office & Home & Dormitory Ventilation and Cooling
Exhibition Hall & Restaurant Ventilation and Cooling
Data Room Ventilation and Cooling
Overview
Since the outbreak of the new crown epidemic, the resumption of work and production has been delayed in a large area across the country. In this era of the rampant spread of viruses and germs, in order to create a public indoor environment where people can breathe safely and at ease, Aolan, which has been paying attention to air treatment, has joined hands with Zhejiang University to develop a new virus The disinfection technology has developed two new products for small public spaces such as homes and offices and large public spaces such as banks and offices: 005 household air sterilization purifier (Xiaoman Yao) and 05 commercial air sterilization purifier.
Features
1. The coronavirus killing technology jointly developed by Zhejiang University and Aolan Industry;
2. It has been tested and certified by the Guangdong Provincial Microbiological Analysis and Testing Center, a national authoritative testing agency:
• Coronavirus (HCov-229E, ATCC VR-740) > 99.9% kill rate;
• Influenza A virus (H1N1) > 99.9% kill rate;
• Staphylococcus albus (the main infection of neonatal sepsis) > 99.9% kill rate;
• Escherichia coli (the main infectious bacteria that causes diarrhea and intestinal diseases) > 99.9% kill rate.
Working Principle
1. The use of electrostatic field integrated modules, high-frequency electromagnetic wave modules combined with plasma generators to eliminate particulate pollutants (viruses/bacteria);
2. According to the characteristics of the corona virus, the aerosol with the corona virus in the air is irradiated with high-frequency electromagnetic waves of specific frequency and energy. The electromagnetic waves penetrate the surface of the virus, enter the virus, and destroy the structure of the RNA and DNA fragments inside the corona virus. At the same time, the size of the virus is increased. When the virus is irradiated by electromagnetic waves, it can absorb a sufficient amount of charge when it passes through the composite electric field, and the virus is carbonized, so as to achieve the goal of completely killing the corona virus.
These charged ions are collected by the dust collector under the action of the applied electric field force. At the same time, the plasma generator produces a negative ion concentration of 10 million PCS/cubic centimeter, and a positive ion concentration of 10 million PCS/cubic centimeter. The moment the negative ions and positive ions are neutralized by positive and negative charges, a certain amount of energy is released, which effectively causes it Changes in the structure of the surrounding bacteria or energy conversion, resulting in the death of the bacteria, achieving a sterilization effect, and improving the air purification effect.
Application
Home space, office, school, hospital, hotel, bank, office hall and many other relatively closed or crowded places.
Specification
Model | AKX05-LY13A |
Airflows (m³/h) | 978 |
Electrical Source (V/Hz) | 200/50 |
Power (W) | 230 |
Dimension (L*W*H) (mm) | 550*530*1313 |
Dimension of Air Outler (L*W) (mm) | 340*152 / 340*152 / 480*146 |
Net Weight (±3kg) | 65 |
Noise (dB(A)) | ≤65 |
Fan Type | Centrifugal DC Three Speed |
Controller Types | Digital Display |
Function | Ventilation, Filtration and Disinfection |
Applicable Area (m²) | 80-120 |
Product overview
Aolan wind strength series products mainly use the natural evaporation of water to adiabatic humidification and cooling of air, with cooling, purification, dust removal and other functions. Meet the requirements of use all year round. It is mainly used in all kinds of high-voltage power distribution rooms, data center computer rooms, factory workshops, Internet cafes and other places with air conditioning requirements.
Product characteristics
● Perfect structure design, evaporation area and air volume match reasonably, to ensure a good cooling effect (according to the different climate conditions of the air supply temperature difference up to 5-15°C);
● Selection of high-quality fully closed aluminum motor, good heat dissipation, high protection level, stable temperature rise, waterproof and moisture-proof, attractive and durable;
● High efficiency and environmental protection evaporation wet film, to ensure efficient cooling effect, evaporation efficiency can be more than 80%;
● Self-developed axial flow low noise fan, large air volume, low noise;
● With automatic timing cleaning function, regular decontamination and descaling, to ensure clean water quality;
● The evaporative mesh frame can be disassembled at will, which is more conducive to the cleaning and maintenance of the equipment;
● Self-developed high-quality circulating water pump to ensure stable water supply;
● Water pump protection function to ensure effective protection of water pump under water shortage;
● Independent technology embedded water distribution system to ensure that the water supply system is not blocked; Water will not be sucked into the equipment room by the fan due to aging or rupture of the water pipe.
Product overview
The AOLAN Water curtain new fan is dedicated to the communication base station, the room cooling equipment, the use of external cold air through the first level of insect prevention network, and then through the filter cotton purification treatment, the water curtain cooling into the room, the cold air into the base station, the room after the cold air sinks, the hot air in the base station rises, through the upper base station exhaust outlet, so as to achieve the cooling of the communication base station.
Product characteristics
● Sheet metal shell with special spray treatment, high strength, anti-corrosion, anti-ultraviolet, anti-aging;
● Automatic cotton change, double filtration, long maintenance-free cycle;
● Centrifugal fan, high efficiency, large air volume, low noise;
● The equipment has humidification and cooling function;
● Controller design is more user-friendly, friendly interface, easy to understand operation;
● Electronic control with fault alarm, record query, automatic cleaning, call self-start, password lock screen and other functions.
Product overview
Aolan reel new fan is dedicated for cooling of the communication base station, use the outside cold air through the first-level insect-proof net, and then through the filter cotton purification treatment into the computer room, the cold air into the base station room, the cold air sinks, the hot air in the base station rises, through the upper base station exhaust outlet, so as to achieve the cooling of the communication base station.
Product characteristics
● Sheet metal shell with special spray treatment, high strength, anti-corrosion, anti-ultraviolet, anti-aging;
● Automatic cotton change,Long maintenance-free period;
● Centrifugal fan, high efficiency, large air volume, low noise;
● Controller design is more user-friendly, friendly interface, easy to understand the operation of electronic control with fault alarm, record query, call self-start, password lock screen and other functions.
Product Data Sheets.
Features
1. It adopts energy-saving motor and has the function of frequency conversion and speed regulation.
2. Equipped with multi-stage air conditioning filter device to provide a steady stream of clean cold air for the place of use.
3. It has dust removal warning and one-key dust removal function (the fan blows back and removes dust).
4. The electronically controlled two-way valve controls the water inlet and has the function of chassis flushing.
5. Adopt 150mm thick cooling pad to increase the cooling effect.
6. The tank is made of stainless steel to prevent rust and increase the service life.
7. External electric control, easy maintenance. The filter adopts a detachable structure, which is convenient for cleaning.
8. The water tank has a built-in ultraviolet sterilizer to eliminate bacterial growth in the circulating water and improve the air quality.
9. It can be linked with air conditioners and exhaust fans to realize intelligent control.
Application
Power distribution room, data center room, and other places with clean and quiet needs.
Specification
Model | AZL30-ZS30BT |
Max Airflows (m³/h) | 30000 |
Airflows (m³/h) | 24220 |
External Static Pressure (Pa) | 140 |
Fan Type | Variable Frequency Speed Regulation Axial Flow Fan |
Power (kW) | 3.0 |
Sensible Cooling Capacity (kW) | 43 |
Input Power | 3¢ 80V/50HZ |
Noise (dB(A)) | ≤80 |
Filter Level | Initial effect G4 |
Dimension (L*W*H) (mm) | 1400*1400*1405 |
Outlet Size (L*W) (mm) | 750*750 |
Net Weight (±3kg) | 300 |
Controller Type (kW) | LCD display+ Intelligent Control |
Function (L/h) | Ventilation, Cooling, Filtration |
Features
1. The fuselage is made of high-quality engineering plastics, which is durable, reliable and easy to move.
2. No installation, ready to use, easy to use, easy to maintain, environmentally friendly and energy-saving.
3. Professional appearance design, the whole machine is beautiful and elegant.
4. Adopt LED display controller with water shortage protection function.
5. There are three wind speeds to choose from, the wind is soft, the noise is low, the air volume is large, and the air is fresh and comfortable.
Application
Workshop stations, shops, outdoor leisure places, outdoor jobs, semi-open restaurants, etc.
Specification
Model/Specs | AZL010-LY13A | AZL012-LY13A | AZL045-LY13A | AZL035-LY13F AZL035-LY13G | AZL06-ZY13F AZL06-ZY13G | AZL08-ZY13A |
Electrial Source | 110/60 220/50(V/Hz) 1-phase | 110/60 220/50(V/Hz) 1-phase | 110/60 220/50(V/Hz) 1-phase | 110/60 220/50(V/Hz) 1-phase | 110/60 220/50(V/Hz) 1-phase | 110/60 220/50(V/Hz) 1-phase |
Power (kW) | 0.018/0.01/0.005 | 0.018/0.01/0.005 | 0.05/0.04/0.03 | 0.1/0.075/0.065 | 0.15/0.1/0.075 | 0.15/0.1/0.075 |
Rated Current (A) | 0.3/0.2/0.1 | 0.3/0.2/0.1 | 0.7/0.55/0.4 | 1.1/0.8/0.58 | 1.25/.095/0.8 | 1.25/.095/0.8 |
Airflows (m³/h) | 1000 | 1200 | 4500 | 3500 | 6000 | 8000 |
Fan Type | Centrifugal | Centrifugal | Axial | Centrifugal | Axial | Axial |
Fan Speed | 1-phase, 3-speed | 1-phase, 3-speed | 1-phase, 3-speed | 1-phase, 3-speed | 1-phase, 3-speed | 1-phase, 3-speed |
Pressure (Pa) | 20 | 30 | 45 | 120 | 60 | 80 |
Vent Size (L*W) (mm) | 320*320 | 300*240 | 420*420 | 500*336 | 540*540 | 640*620 |
Noise (dB(A)) | ≤50 | ≤54 | ≤57 | ≤58 | ≤68 | ≤60 |
Dimension (L*W*H) (mm) | 265*280*700 | 385*315*750 | 550*330*990 | 600*430*1380 600*430*1680 | 750*550*1320 795*550*1320 | 800*515*1430 |
Pad Size (L*W*H) (mm) | 195*268*32 | 290*300*40 | 450*600*60 162*600*50 | 433*858*65 | 635*670*100 495*132*50 | 650*690*100 120*60*55 |
Net Weight (±3Kg) | 7 | 8 | 17 | 30 35 | 29 31 | 33 |
Weight Capacity (L) | 6 | 18 | 35 | 40 | 70/120 | 90 |
Controller | LED Remote | LED Remote | LED Remote | LED Remote | LED Remote | LED Remote |
Pre-dust Fi;ter | / | / | / | √ | √ | √ |
QTY/Full (40HQ) | 830 | 510 | 265 | 130 101 | 240 132 | 120 |
Note: The actual airflow is related to the outlet static pressure (air duct resistance). For details, please consult the company's technical department.
Project Cases
Airport Station & Subway Ventilation and Cooling
Gymnasiums, Exhibition Halls and Libraries Ventilation and Cooling
Club & Outdoor Activity Space Ventilation and Cooling
Supermarket & Market Ventilation and Cooling
Office & Home & Dormitory Ventilation and Cooling
Exhibition Hall & Restaurant Ventilation and Cooling
Overview
Fresh air desiccant unit is a new air treatment equipment with solution (lithium bromide, lithium chloride, calcium chloride, etc.) as the working fluid. The unit is driven by a heat pump and adopts advanced solution dehumidification technology. The solution absorbs or releases moisture to the air to adjust the temperature and humidity of the air. It is not an ordinary fresh air ventilator, it is a fresh air treatment equipment integrating cold and heat source, dehumidification section, regeneration section, filter section, air supply section and exhaust section. It has equipment for independent treatment of air temperature, humidity, filtration, deodorization, sterilization and other functions. It is flexible in application, simple in operation and energy saving. It is suitable for air pollution, poison, odor and other harsh environments that need dehumidification and cooling. occasion.
Advantages
1. Save energy and protect the environment
● The working temperature of the dehumidification section is 18-25℃, which avoids the energy waste caused by the need for reheating when the dehumidification temperature is too low, and improves the cooling capacity of the heat pump.
● Dehumidification cooling and solution regeneration are driven by heat pump, and more than 90% of condensation heat is recycled, which greatly improves the cooling efficiency of the system, and does not discharge waste heat to the surrounding.
2. Strong dehumidification ability and wide application range
● The air can be treated with various functions such as cooling and dehumidification, heating and dehumidification, cooling and humidifying, and heating and humidifying, which is suitable for fresh air treatment requirements throughout the year.
● Low-humidity treatment can be performed to meet the fresh air dehumidification needs of tropical and subtropical summer high temperature and high humidity environments.
3. Improve indoor air quality
● High-concentration salt solution can kill most bacteria, viruses and other molds, and the killing rate can reach more than 99%, providing a favorable defense weapon against airborne diseases such as influenza and coronavirus.
● Independent and precise control of temperature and humidity to provide comfortable, healthy and good indoor air.
4. Stable performance
● The salt solution does not decompose, does not volatilize, has stable moisture absorption and regeneration efficiency, is less affected by changes in fresh air and return air parameters, does not decay in dehumidification performance, and has a long service life.
Features
1. The counter-flow air supply design has high gas-liquid heat exchange efficiency. Compared with the cross-flow air supply design, the volume is more compact, and the equipment occupies a smaller area of the equipment room.
2. The super absorbent core is made of polymer fiber material through a series of processes such as compression molding, high temperature carbonization, bonding, curing, etc. It has the advantages of anti-aging, corrosion resistance, mildew resistance, and long service life.
3. Combined with the design of counter-flow air supply, it can effectively solve the common liquid-carrying problem in cross-flow air supply.
4. With advanced solution concentration control technology, the unit has stronger and more accurate dehumidification capability, and the minimum fresh air humidity can be controlled at 4.3g/kg.
5. International standard, reliable operation
● The solution tank is integrally formed, and there is no hidden danger of air leakage and liquid leakage.
● The heat exchanger is made of titanium tube and will never rust.
● Refrigeration components, controller components, water pumps, fans and other main components are all internationally renowned brands, which are stable and reliable.
Working Principle
Application
Painting factory, steel wire tire workshop, battery packaging workshop, high-definition color printing factory, chemical laboratory, etc.
Specification
Model ( N□□) | 03B | 06B | 09B | 12B | 15B |
Power Form | 3PH-380V-50Hz | ||||
Optimum Airflow (m³/h) | 1000 | 2000 | 3000 | 4000 | 5000 |
Max Regenerative Airflow (m³/h) | 1200 | 2400 | 3600 | 4800 | 6000 |
Cooling Capacity (kW) | 9.3 | 18.7 | 28 | 37.3 | 46.7 |
Dehumidify Capacity (kg/h) | 10.9 | 21.8 | 32.8 | 43.7 | 54.6 |
Noise (dB(A)) | 60 | 61 | 62 | 63 | 64 |
Refrigeration System | |||||
Coolant System | R407C | ||||
Type of Supply and Exhaust Fan | Outer rotor centrifugal motor | ||||
Filtration Class | Primary (G4) | ||||
Air Supply Pressure (Pa) | 130 | 280 | 300 | 330 | 350 |
Exhaust Pressure (Pa) | 130 | 240 | 250 | 260 | 270 |
Reference Weight (kg) | 660 | 1050 | 1600 | 1850 | 2200 |
Note:
1. Nominal fresh air condition: dry bulb temperature 30°C, relative humidity 70%; nominal supply air condition: dry bulb temperature 25°C, relative humidity 50%.
2. Please contact our company for different working conditions.
3. City tap water can be used as supplementary water source without softening.
4. The fan of the unit can be specially adapted or configured with a frequency converter according to the customer's residual pressure requirements.
5. For non-standard units, please call our company for consultation.
Project Cases
Overview
Heat recovery fresh air desiccant unit is a new air handling equipment with solution (lithium bromide, lithium chloride, calcium chloride, etc.) as the working fluid. The unit is driven by a heat pump and adopts advanced solution dehumidification. The technology can adjust the temperature and humidity of the air by absorbing or releasing moisture into the air through the solution. The original dual-countercurrent total heat recovery technology can achieve more than 63% total heat recovery, making the system more energy-saving and dehumidifying. It is not an ordinary fresh air ventilator, it is a fresh air treatment equipment integrating cold and heat source, dehumidification section, regeneration section, filter section, full heat recovery section, air supply section and exhaust section. It has equipment for independent treatment of air temperature, humidity, filtration, deodorization, sterilization and other functions. It is flexible in application, simple in operation, energy saving, and suitable for various occasions requiring fresh air.
Advantages
1. Save energy and protect the environment
● The working temperature of the dehumidification section is 18-25℃, which avoids the energy waste caused by the need for reheating when the dehumidification temperature is too low, and improves the cooling capacity of the heat pump.
● Dehumidification cooling and solution regeneration are driven by heat pump, and more than 90% of condensation heat is recycled, which greatly improves the cooling efficiency of the system, and does not discharge waste heat to the surrounding.
● Using countercurrent solution recovery to increase the circulation speed of the heat recovery solution, the total heat recovery efficiency reaches over 63%.
2. Strong dehumidification ability and wide application range
● The air can be treated with various functions such as cooling and dehumidification, heating and dehumidification, cooling and humidifying, and heating and humidifying, which is suitable for fresh air treatment requirements throughout the year.
● Low-humidity treatment can be performed to meet the fresh air dehumidification needs of tropical and subtropical summer high temperature and high humidity environments.
3. Improve indoor air quality
● High-concentration salt solution can kill most bacteria, viruses and other molds, and the killing rate can reach more than 99%, providing a favorable defense weapon against airborne diseases such as influenza and coronavirus.
● Independent and precise control of temperature and humidity to provide comfortable, healthy and good indoor air.
4. Stable performance
● The salt solution does not decompose, does not volatilize, has stable moisture absorption and regeneration efficiency, is less affected by changes in fresh air and return air parameters, does not decay in dehumidification performance, and has a long service life.
Features
1. Flow air supply design, high gas-liquid heat exchange efficiency, more compact volume than cross-flow air supply design, and equipment occupies a smaller area of the equipment room.
2. The super absorbent core is made of polymer fiber material through a series of processes such as compression molding, high temperature carbonization, bonding, curing, etc. It has the advantages of anti-aging, corrosion resistance, mildew resistance, and long service life.
3. With advanced solution concentration control technology, the unit has stronger and more accurate dehumidification capacity, and the minimum fresh air humidity can be controlled at about 3g/kg.
4. The original double countercurrent heat recovery technology, the two-stage pumps operate independently of each other, increase the circulation speed of the heat recovery solution, and recover the waste heat more efficiently, reaching more than 63%.
5. International standard, reliable operation
● The solution tank is integrally formed, and there is no hidden danger of air leakage and liquid leakage.
● The heat exchanger is made of titanium tube and will never rust.
● Refrigeration components, controller components, water pumps, fans and other main components are all internationally renowned brands, which are stable and reliable.
Working Principle
Application
Hospitals, experiments, data centers, museums, theaters, high-end office buildings, pharmaceutical factories, microelectronic chip workshops, etc.
Specification
Model ( N□□) | 02 | 03 | 04 | 05 | 06 | 08 | 10 | 12 |
Power Form | 3PH-380V-50Hz | |||||||
Supply Airflow (m³/h) | 2000 | 3000 | 4000 | 5000 | 6000 | 8000 | 10000 | 12000 |
Exhaust Capacity (m³/h) | 2000 | 3000 | 4000 | 5000 | 6000 | 8000 | 10000 | 12000 |
Cooling Capacity (kW) | 42 | 63 | 81 | 106 | 125 | 166 | 205 | 249 |
Dehumidify Capacity (kg/h) | 41 | 62 | 83 | 103 | 124 | 165 | 206 | 248 |
Heating Capacity (kW) | 27 | 41 | 54 | 68 | 81 | 108 | 135 | 162 |
Humidification Capacity (kg/h) | 16 | 24 | 33 | 41 | 49 | 65 | 82 | 98 |
Noise (dB(A)) | 62 | 63 | 64 | 65 | 66 | 67 | 67 | 68 |
Refrigeration System | ||||||||
Coolant System | R407C | |||||||
Type of Supply and Exhaust Fan | Outer rotor centrifugal motor | |||||||
Filtration Class | Primary (G4) | |||||||
Air Supply Pressure (Pa) | 200 | 250 | 280 | 470 | 450 | 280 | 400 | 420 |
Exhaust Pressure (Pa) | 180 | 170 | 160 | 300 | 250 | 190 | 300 | 280 |
Reference Weight (kg) | 1700 | 2050 | 2200 | 2650 | 3080 | 3580 | 4150 | 4850 |
Note:
1. Nominal cooling and dehumidification conditions: fresh air dry bulb temperature 36°C, relative humidity 65%; nominal return air dry bulb temperature 26°C, relative humidity 60%; nominal supply air dry bulb temperature 18°C,
Relative humidity 59%.
2. Nominal heating and humidifying conditions: fresh air dry bulb temperature -5°C, relative humidity 50%; nominal return air dry bulb temperature 20°C, relative humidity 50%; nominal supply air dry bulb temperature 18°C,
Relative humidity 62%.
3. Under nominal operating conditions, the return air volume is equal to the fresh air volume. In actual operation, the return air volume should not be less than 80% of the fresh air volume.
4. City tap water can be used as supplementary water source without softening.
5. The fan of the unit can be specially adapted or configured with a frequency converter according to the customer's residual pressure requirements.
6. For non-standard units, please call our company for consultation.
Project Cases
Features
1. Compact structure,more durable and reliable.
2. Wall-mounted installation, beautiful and elegant.
3. Large-angle air supply, wide air supply range.
4. There are three wind speeds to choose from.
5. Low noise, soft and comfortable wind.
Application
Dormitories, school cafeteria , shops, restaurants, families, etc.
Specification
Model | AZL06-ZC13B |
Airflows (m³/h) | 6000 |
Pressure(pa) | 60 |
Power (Wtts) | 150 |
Voltage/Frequency | 220V/60Hz |
Rated Currncy(A) | 1.25 |
Maximum Output Power | 0.15KW/h |
Fan Type | Axial Fan 3-Speeds |
Fan Blade Type | 4-Blade Plastic Propeller |
Cabinet Material | 100% virgin PP Plastic |
Air Diffuser | Air Diffuser Automatic Swing |
Water Lack sensor | √ |
Grounding Protection | √ |
Motor | Armored Aluminum Motor |
Anion/Lonizer Function | √ |
Pre-cooling Function Cushions | Sides And Rear Armored(Evaporative Panesl on Side and Rear Taps Anti-Dust Filter Screens on Covers) |
Grid Protector | √ |
Drain Type | Automatic |
Control System | Remote Control LCD Display With Marker for: Temperature, Speed, Lack of Water, Swing and Lonizer |
Net Weight(±2kgs) | 31kgs |
Cushion Dimension Rear (L*H*W) (mm) | 635*670*100 |
Cushion Dimension Side(L*H*W) (mm) | 495*132*50 |
Cabinet Dimension (L*W*H) (mm) | 795*978*937 |
Note: The actual airflow is related to the outlet static pressure (air duct resistance). For details, please contact AOLAN.
Project Cases
Airport Station & Subway Ventilation and Cooling
Gymnasiums, Exhibition Halls and Libraries Ventilation and Cooling
Club & Outdoor Activity Space Ventilation and Cooling
Supermarket & Market Ventilation and Cooling
Office & Home & Dormitory Ventilation and Cooling
Exhibition Hall & Restaurant Ventilation and Cooling
Overview
Fresh air desiccant unit with pre-cooling is a new air treatment equipment with solution (lithium bromide, lithium chloride, calcium chloride, etc.) as the working fluid. The unit is driven by a heat pump and adopts advanced solution dehumidification. The technology can adjust the temperature and humidity of the air by absorbing or releasing moisture into the air through the solution. It is not an ordinary fresh air ventilator, it is a fresh air treatment equipment integrating cold and heat source, pre-cooling section, dehumidification section, regeneration section, filter section, air supply section and exhaust section. hot water. It has equipment for independent treatment of air temperature, humidity, filtration, deodorization, sterilization and other functions. It is flexible in application, simple in operation, energy saving, and suitable for various occasions requiring fresh air.
Advantages
1. Save energy and protect the environment
● The working temperature of the dehumidification section is 18-25℃, which avoids the energy waste caused by the need for reheating when the dehumidification temperature is too low, and improves the cooling capacity of the heat pump.
● Dehumidification cooling and solution regeneration are driven by heat pump, and more than 90% of condensation heat is recycled, which greatly improves the cooling efficiency of the system, and does not discharge waste heat to the surrounding.
● Using countercurrent solution recovery to increase the circulation speed of the heat recovery solution, the total heat recovery efficiency reaches over 63%.
2. Strong dehumidification ability and wide application range
● The air can be treated with various functions such as cooling and dehumidification, heating and dehumidification, cooling and humidification, and heating and humidification, which is suitable for fresh air treatment requirements throughout the year.
● Low-humidity treatment can be performed to meet the fresh air dehumidification needs of tropical and subtropical summer high temperature and high humidity environments.
3. Improve indoor air quality
● High-concentration salt solution can kill most bacteria, viruses and other molds, and the killing rate can reach more than 99%, providing a favorable defense weapon against airborne diseases such as influenza and coronavirus.
● Independent and precise control of temperature and humidity to provide comfortable, healthy and good indoor air.
4. Stable performance
● The salt solution does not decompose, does not volatilize, has stable moisture absorption and regeneration efficiency, is less affected by changes in the parameters of fresh air and return air, does not decay in dehumidification performance, and has a long service life.
Features
1. Flow air supply design, high gas-liquid heat exchange efficiency, more compact volume than cross-flow air supply design, and equipment occupies a smaller area of the equipment room.
2. The super absorbent core is made of polymer fiber material through a series of processes such as compression molding, high temperature carbonization, bonding, curing, etc. It has the advantages of anti-aging, corrosion resistance, mildew resistance, and long service life.
3. Combined with the design of counter-flow air supply, it can effectively solve the common liquid-carrying problem in cross-flow air supply.
4. Advanced solution concentration control technology, the unit has stronger and more accurate dehumidification capability, and the minimum fresh air humidity can be controlled at about 3g/kg.
5. The original double countercurrent heat recovery technology, the two-stage pumps operate independently of each other, increase the circulation speed of the heat recovery solution, and recover the waste heat more efficiently, reaching more than 63%.
6. International standard, reliable operation
● The solution tank is integrally formed, and there is no hidden danger of air leakage and liquid leakage.
● The heat exchanger is made of titanium tube and will never rust.
● Refrigeration components, controller components, water pumps, fans and other main components are all internationally renowned brands, which are stable and reliable.
Working Principle
Application
Hospitals, laboratories, data centers, museums, theaters, office buildings, pharmaceutical factories, microelectronics workshops, etc.
Specification
Model ( N□□) | 02 | 03 | 04 | 05 | 06 | 08 | 10 | 12 |
Power Form | 3PH-380V-50Hz | |||||||
Supply Airflow (m³/h) | 2000 | 3000 | 4000 | 5000 | 6000 | 8000 | 10000 | 12000 |
Exhaust Capacity (m³/h) | 1300 | 2000 | 2600 | 3300 | 3900 | 5200 | 6500 | 7800 |
Cooling Capacity (kW) | 42 | 63 | 84 | 106 | 126 | 168 | 209 | 253 |
Dehumidify Capacity (kg/h) | 41 | 62 | 83 | 103 | 124 | 165 | 206 | 248 |
Heating capacity (kW) | 27 | 41 | 54 | 68 | 81 | 108 | 135 | 162 |
Humidification capacity (kg/h) | 16 | 24 | 33 | 41 | 49 | 65 | 82 | 98 |
Noise (dB(A)) | 60 | 61 | 63 | 65 | 65 | 67 | 69 | 70 |
Refrigeration System | ||||||||
Coolant System | R407C | |||||||
Hot and Cold Coil | ||||||||
Type | Plate-fin heat exchanger | |||||||
Supply Cooling (kW) | 33 | 49 | 63 | 79 | 96 | 130 | 163 | 193 |
Supply Heat (kW) | 27 | 41 | 54 | 68 | 81 | 108 | 135 | 162 |
Cold Water Flow (m³/h) | 5.7 | 8.4 | 10.8 | 13.5 | 16.5 | 22.3 | 28.0 | 33.1 |
Hot Water Flow (m³/h) | 4.6 | 6.9 | 9.3 | 11.6 | 13.9 | 18.5 | 23.1 | 27.8 |
Water Resistance (kPa) | 50 | 50 | 50 | 50 | 50 | 60 | 60 | 60 |
Take Over Size | DN32 | DN40 | DN40 | DN50 | DN50 | DN65 | DN65 | DN80 |
Type of Supply and Exhaust Fan | Outer rotor centrifugal motor | |||||||
Filtration Class | Primary (G4) | |||||||
Air Supply Pressure (Pa) | 200 | 300 | 330 | 520 | 510 | 330 | 450 | 470 |
Exhaust Pressure (Pa) | 200 | 180 | 200 | 280 | 270 | 300 | 270 | 270 |
Reference Weight (kg) | 1550 | 1950 | 2100 | 2500 | 2900 | 3380 | 4150 | 5000 |
Note:
1. Nominal refrigeration and dehumidification conditions: fresh air dry bulb temperature 36°C, relative humidity 65%; nominal supply air dry bulb temperature 18°C, relative humidity 59%.
2. Nominal heating and humidifying conditions: fresh air dry bulb temperature -5°C, relative humidity 50%; nominal supply air dry bulb temperature 18°C, relative humidity 62%.
3. Under nominal operating conditions, the return air volume is equal to the fresh air volume. In actual operation, the return air volume should not be less than 80% of the fresh air volume.
4. City tap water can be used as supplementary water source without softening.
5. The fan of the unit can be specially adapted or configured with a frequency converter according to the customer's residual pressure requirements.
6. For non-standard units, please call our company for consultation.
Project Cases
Overview
Low humidity air desiccant unit is an air handling equipment with solution (lithium bromide, lithium chloride, calcium chloride, etc.) as working fluid. The unit is driven by heat pump and adopts advanced solution dehumidification technology. Release moisture to realize the regulation of air temperature and humidity. It is a dehumidification equipment integrating cold and heat source, dehumidification section, regeneration section, filter section, air supply section and exhaust section. It takes full advantage of the highly efficient hygroscopic properties of the solution, and can treat the air moisture content as low as 2.1g/kg. It is suitable for occasions with low humidity requirements such as battery packaging workshop and high-definition printing workshop.
Advantages
1. Energy saving and environment protection
● The working temperature of the dehumidification section is 10-20℃, which avoids energy waste caused by reheating when the dehumidification temperature is too low, and improves the cooling capacity of the heat pump without the problem of frost in conventional dehumidifiers.
● Dehumidification cooling and solution regeneration are driven by heat pump, and more than 90% of condensation heat is recycled, which greatly improves the cooling efficiency of the system, and does not discharge waste heat to the surrounding.
2. Strong dehumidification ability and wide application range
● The air can be cooled and dehumidified or heated to dehumidify, with a minimum of 2.1g/kg.
3. Improve indoor air quality
● High-concentration salt solution can kill most bacteria, viruses and other molds, and the killing rate can reach more than 99%, which provides a favorable defense weapon against airborne diseases such as influenza and coronavirus.
● Constant temperature and humidity, humidity deviation ±1%.
4. Stable performance
● The salt solution does not decompose or volatilize, the moisture absorption and regeneration efficiency are stable, and it is less affected by the changes of fresh air and return air parameters, the dehumidification performance is not attenuated, and the service life is long.
Features
1. The counter-flow air supply design has high gas-liquid heat exchange efficiency. Compared with the cross-flow air supply design, the volume is more compact, and the equipment occupies a smaller area of the equipment room.
2. The super absorbent core is made of polymer fiber material through a series of processes such as compression molding, high temperature carbonization, bonding, curing, etc. It has the advantages of anti-aging, corrosion resistance, mildew resistance, and long service life.
3. Combined with the design of counter-flow air supply, it can effectively solve the common liquid-carrying problem in cross-flow air supply.
4. Advanced solution concentration control technology, the unit has stronger and more accurate dehumidification capability, and the minimum fresh air humidity can be controlled at 2.1g/kg.
5. International standard, reliable operation
● The solution tank is integrally formed, and there is no hidden danger of air leakage and liquid leakage.
● The heat exchanger is made of titanium tube, which will never rust.
● Refrigeration components, controller components, water pumps, fans and other main components are of international famous brands, which are stable and reliable.
Working Principle
Application
Painting factory, steel wire tire workshop, battery packaging workshop, high-definition color printing factory, chemical laboratory, etc.
Specification
Model ( N□□) | 03B | 06B | 09B | 12B | 15B |
Power Form | 3PH-380V-50Hz | ||||
Optimum Airflow (m³/h) | 1000 | 2000 | 3000 | 4000 | 5000 |
Max Regenerative Airflow (m³/h) | 1200 | 2400 | 3600 | 4800 | 6000 |
Cooling Capacity (kW) | 7.2 | 14.4 | 21.6 | 28.8 | 36 |
Dehumidify Capacity (kg/h) | 5.4 | 10.8 | 16.2 | 21.6 | 27 |
Noise (dB(A)) | 60 | 61 | 62 | 63 | 64 |
Refrigeration System | |||||
Coolant System | R407C | ||||
Type of Supply and Exhaust Fan | Outer rotor centrifugal motor | ||||
Filtration Class | Primary (G4) | ||||
Air Supply Pressure (Pa) | 130 | 280 | 300 | 330 | 350 |
Exhaust Pressure (Pa) | 130 | 240 | 250 | 260 | 270 |
Reference Weight (kg) | 660 | 1050 | 1600 | 1850 | 2200 |
Note:
1. Nominal fresh air condition: dry bulb temperature 36°C, relative humidity 65%; nominal return air condition: dry bulb temperature 26°C, relative humidity 40%.
2. Nominal air supply conditions: dry bulb temperature 16°C, relative humidity 35%.
3. Please contact our company for different working conditions.
4. City tap water can be used as supplementary water source without softening.
5. The fan of the unit can be specially adapted or configured with a frequency converter according to the customer's residual pressure requirements.
6. For non-standard units, please call our company for consultation.
Project Cases
1、loT Control
Features
Monitor equipment, pass and mobile phone performance, remotely realize real-time product operation information analysis, etc.
Advantages
1. By configuring the HUB amplifier, it supports the group control function and realizes the network control of up to 40 air conditioners at the same time.
2. It also has the functions of automatic control, timing switch machine, startup cleaning, shutdown cleaning, shutdown ventilation, power failure memory and other functions.
2、PC Centralized Control System
Features
1. There is no need for a controller, through the MODBUS protocol, the group control or single control of the air conditioner by the computer can be realized.
2. Green software, no need to install, support WIN XP, WIN 7, WIN 10 operating system.
3. Using 485 communication, strong anti-interference ability.
4. Through RS485 repeaters and RS485 hubs, the network topology is flexible.
Advantages
1. The interface is friendly and the operation is simple. It can control up to 127 air conditioners at the same time, and the group control is flexible and convenient.
2. Centralized and unified control, easy to manage, with fault warning and display, the operating status of the air conditioner is clear at a glance.
3、PLC Touch Screen Centralized Control System
Features
1. Friendly man-machine interface, easy to use and easy to operate.
2. With group control and single control functions.
3. With emergency stop function, in emergency state, press the emergency stop button to turn off all air conditioners.
4. With a fire linkage interface, when the external fire detection equipment has signal input and a fire alarm is detected, all air conditioners can be turned off.
5. With sound and light alarm function, when the air conditioner has water shortage, communication failure and other faults, sound and light alarm.
Advantages
1. High reliability and strong anti-interference ability.
2. Complete supporting facilities, complete functions and strong applicability.
3. Easy to learn and use, popular with operators.
4. The design and maintenance of the system are convenient and easy to transform.
Overview
IoT control system connected to the fans, temperature probe sensor and other electrical appliances of the breeding house through the intelligent environmental control system. With the change of the indoor temperature, the related equipment is automatically turned on and off according to the set instructions, and remote control is realized to achieve the benefits of indoor animals and plants. The purpose of growing in a comfortable environment.
Application
Cow shed, chicken house in animal husbandry, greenhouse in planting industry, factory with large space, etc.
VP-TM8 Environmental Controller
VP-1211 Environmental Controller
Overview
Liquid type cental air conditioner with heat recovery unit is a kind of air handling equipment with solution (lithium bromide, lithium chloride, calcium chloride, etc.) as working fluid. The unit is driven by heat pump and adopts advanced solution dehumidification technology. The solution absorbs or releases moisture to the air to adjust the temperature and humidity of the air. The fresh air after cooling and dehumidification is mixed with the indoor return air, and the air is supplied to the room when it reaches the air supply state. It is an air treatment equipment integrating cold and heat source, dehumidification section, regeneration section, filter section, air mixing section, air supply section and exhaust section. It has equipment for independent treatment of air temperature, humidity, filtration, deodorization, sterilization and other functions. It is flexible in application, simple in operation and energy saving, and is suitable for various large-scale building air treatment occasions.
Advantages
1. Save energy and protect the environment
● The working temperature of the fresh air dehumidification section is 18-25℃, which avoids the waste of energy caused by the need for reheating when the dehumidification temperature is too low, and improves the cooling capacity of the heat pump.
● Dehumidification cooling and solution regeneration are driven by heat pump, and more than 90% of condensation heat is recycled, which greatly improves the cooling efficiency of the system, and does not discharge waste heat to the surrounding area.
● The use of countercurrent solution recovery increases the circulation speed of the heat recovery solution, and the total heat recovery efficiency reaches over 63%.
2. Strong dehumidification ability and wide application range
● The air can be treated with various functions such as cooling and dehumidification, heating and dehumidification, cooling and humidifying, heating and humidifying, and air mixing, which is suitable for all air treatment requirements.
● Low-humidity treatment can be performed to meet the fresh air dehumidification needs of tropical and subtropical summer high temperature and high humidity environments.
3. Improve indoor air quality
● High-concentration salt solution can kill most bacteria, viruses and other molds, and the killing rate can reach more than 99%, which provides a favorable defense weapon against airborne diseases such as influenza and coronavirus.
● Independent and precise control of temperature and humidity to provide comfortable, healthy and good indoor air.
4. Stable performance
● The salt solution does not decompose or volatilize, the moisture absorption and regeneration efficiency are stable, and it is less affected by the changes of fresh air and return air parameters, the dehumidification performance is not attenuated, and the service life is long.
Features
1. Flow air supply design, high gas-liquid heat exchange efficiency, more compact volume than cross-flow air supply design, and the equipment occupies a smaller area of the equipment room.
2. The super absorbent core is made of polymer fiber material through a series of processes such as compression molding, high temperature carbonization, bonding, curing, etc. It has the advantages of anti-aging, corrosion resistance, mildew resistance, and long service life.
Combined with the design of counter-flow air supply, it can effectively solve the common problem of liquid carrying in cross-flow air supply.
3. With advanced solution concentration control technology, the unit has stronger and more accurate dehumidification capacity, and the minimum fresh air humidity can be controlled at about 3g/kg.
4. The original double countercurrent heat recovery technology, the two-stage pumps operate independently of each other, increase the circulation speed of the heat recovery solution, and recover the waste heat more efficiently, reaching more than 63%.
5. International standard, reliable operation
● The solution tank is integrally formed, and there is no hidden danger of air leakage and liquid leakage;
● The heat exchanger is made of titanium tube, which will never rust.
● Refrigeration components, controller components, water pumps, fans and other main components are of international famous brands, which are stable and reliable.
Working Principle
Application
Shopping malls, exhibition halls, gymnasiums, train stations, bus stations, airports and other large public buildings.
Specification
Model ( N□□) | 10(03) | 12(036) | 15(045) | 20(06) | 25(075) | 30(09) | 40(12) |
Power Form | 3PH-380V-50Hz | ||||||
Supply Airflow (m³/h) | 10000 | 12000 | 15000 | 20000 | 25000 | 3000 | 40000 |
Return Airflow (m³/h) | 7000 | 8400 | 10500 | 14000 | 17500 | 21000 | 28000 |
Fresh Airflow (m³/h)) | 3000 | 3600 | 4500 | 6000 | 7500 | 9000 | 12000 |
Cooling Capacity (kW) | 87 | 104 | 132 | 174 | 216 | 266 | 347 |
Dehumidify Capacity (kg/h) | 64 | 77 | 96 | 128 | 160 | 192 | 256 |
Heating Capacity (kW) | 92 | 111 | 139 | 185 | 231 | 277 | 370 |
Humidification Capacity (kg/h) | 24 | 29 | 37 | 49 | 61 | 93 | 98 |
Fresh Air Section | |||||||
Fresh Airflow (m³/h)) | 3000 | 3600 | 4500 | 6000 | 7500 | 9000 | 12000 |
Cooling Capacity (kW) | 3000 | 3600 | 4500 | 6000 | 7500 | 9000 | 12000 |
Filtration Class | 63 | 75 | 96 | 125 | 156 | 193 | 250 |
Dehumidify Capacity (kg/h) | 62 | 74 | 93 | 124 | 155 | 186 | 248 |
Heating Capacity (kW) | 41 | 49 | 61 | 81 | 101 | 122 | 162 |
Humidification Capacity (kg/h) | 24 | 29 | 37 | 49 | 61 | 73 | 98 |
Note:
1. Nominal cooling and dehumidification conditions: fresh air dry bulb temperature 36°C, relative humidity 65%; return air dry bulb temperature 26°C, relative humidity 60%; supply air dry bulb temperature 17°C, wet bulb temperature 16.0°C (relative humidity 90%, Moisture content 11g/kg); cold water supply and return water temperature 14/19℃.
2. Nominal heating and humidifying conditions: fresh air dry bulb temperature -5°C, relative humidity 50%; return air dry bulb temperature 20°C, relative humidity 50%; supply air dry bulb temperature 35°C, wet bulb temperature 19.1°C (relative humidity 21°C) %, moisture content 7.4g/kg); hot water supply and return water temperature 50/45°C.
3. The configuration of the above functional sections is for reference only, and the actual application should be adjusted according to the engineering design requirements, or configured by the customer.
Project Cases
Characteristics
1.Galvanized sheet body, long-time life
2.LCD and Remote control, easy for operation
3.Brussless DC motor, Continuously Variable speeds, soft wind, low noise, large air flow, fresh and comfortable air and function of water lack protection.
4.Using high efficiency evaporative cooling pads with best cooling effects, the evaporation efficiency reaches to 82%
5.Using auto-control water system with open-type water distribution, water flow is smooth and not easy to block.
6.Compared to conventional compressed central air cons, less investment, lower energy consumption.
7.Compared to conventional air cons, cool air enters with hot air exhausted which allows fresh cool air inside all the time.
Specification
DC24V | AC | ||||
Model/Specs | AZL03-ZC10AZ | AZL06-ZC10BD AZL06-ZC10BDA | AZL06-ZY10GD AZL06-ZY10GDA | AZL06-ZC13A | AZL06-ZC13B |
Electrial Source | DC | DC only DC and AC | DC only DC and AC | 110/60 220/50(V/Hz) 1-phase | 110/60 220/50(V/Hz) 1-phase |
Power (kW) | 0.3 | 0.2 | 0.2 | 0.15/0.09/0.06 | 0.15/0.09/0.06 |
Rated Current (A) | 5.5 | 7 | 7 | 1.25/0.95/0.8 | 1.25/0.95/0.8 |
Airflows (m³/h) | 3000 | 6000 | 6000 | 6000 | 6000 |
Fan Type | Axial | Axial | Axial | Axial | Axial |
Fan Speed | Continuosly Variable | Continuosly Variable | Continuosly Variable | 1-phase, 3-speed | 1-phase, 3-speed |
Pressure (Pa) | 67 | 60 | 60 | 60 | 60 |
Vent Size (L*W) (mm) | 433*304 | 489*400 | 540*540 | 489*400 | 489*400 |
Noise (dB(A)) | ≤59.1 | ≤68 | ≤68 | ≤68 | ≤68 |
Dimension (L*W*H) (mm) | 600*810*625 | 795*978*937 | 795*978*937 | 750*978*937 | 795*978*937 |
Pad Size (L*W*H) (mm) | 240*420*80 | 635*670*100 495*132*50 | 635*670*937 495*132*50 | 635*670*100 | 635*670*100 495*132*50 |
Net Weight (±3Kg) | 80 | 29 | 29 | 29 | 31 |
Operatlon Weight (kg) | 63 | 69 | 99 | 69 | 71 |
Controller | LED Remote | LED Remote | LED Remote | LED Remote | LED Remote |
Pre-dust Fi;ter | √ | √ | √ | √ | √ |
Pre-dcooling | Optional | Optional | Optional | Optional | Optional |
QTY/Full (40HQ) | 170 | 116 | 132 | 129 | 116 |
This project is located at a certain paper manufacturing company in Shandong Province. This enterprise focuses on importing raw wood pulp materials and mainly produces high-end household paper products. With the continuous expansion of production capacity, the demand for environmental optimization in the fifth production workshop has become increasingly urgent. The production equipment in the workshop is densely arranged, and the equipment generates a high amount of heat. Coupled with the feature of a sealed space, the working environment of the workers presents a phenomenon of high temperature and low air circulation. Due to long-term exposure to such an environment, occupational heatstroke incidents among employees occur frequently, which not only poses a threat to the health of the workers but also indirectly leads to a decline in the workers' labor efficiency. In response to this, the enterprise plans to implement a ventilation and cooling system renovation project for the fifth production workshop to improve the production working conditions.
Operating mode
The design employs 33 units of the Aolan Wind Domination series evaporative air coolers. The equipment is installed outside the workshop and adopts a method of overall cooling in different areas. The cooled and chilled air after evaporation is sent into the workshop through the ducts, and the air outlets are evenly arranged according to the on-site conditions. This system continuously provides cool and low-temperature fresh air, fulfilling the functions of indoor cooling and increasing air circulation. It significantly improves the air quality in the workshop and enhances the satisfaction of workers.
Effect demonstration
This project will be put into operation in 2024. After being debugged, it is operating in a good condition. The temperature inside the workshop has decreased by 5~8℃ compared to before the renovation, significantly improving the working environment for the employees and enhancing overall comfort, achieving the expected results.
Project Overview
Located in Zhejiang Province, this project focuses on rubber product and automotive tire manufacturing, with core equipment installed in the vulcanization workshop. The workshop houses 9 vulcanization production lines, where operators work on both sides of the vulcanizing equipment at fixed workstations. Characterized by persistent high temperatures, the workshop can reach 40–50°C under extreme conditions, accompanied by strong odors and severe air stagnation, exposing workers to a harsh, polluted environment. Traditional compression refrigeration air conditioners struggle with low cooling efficiency, high energy consumption, and substantial maintenance costs. In contrast, evaporative cooling technology excels at managing complex heat loads, enabling significant energy savings and efficient environmental control, making it the optimal solution for improving working conditions.
Operational Configuration
The design integrates 90 Aolan multi-series evaporative air coolers, adopting a precise spot-cooling mode. These air coolers are evenly installed on the roof, with air ducts laid along the factory building at a height of approximately 3 meters from the ground. Each duct section is equipped with dual outlets for directional air supply. For the 9 vulcanization production lines, every two lines are grouped and centrally controlled by dedicated air coolers. The corresponding control panels are integrated to enable efficient and convenient intelligent management and regulation.
Performance Highlights
The system integrates workplace fresh air supply, cooling, and efficient ventilation functions. It ensures uninterrupted operational efficiency of production lines while effectively tackling high temperatures and odors in the workshop, significantly enhancing the working environment quality. By creating a comfortable production space for employees, it strongly drives productivity improvement. Since its commissioning in 2024, the equipment has demonstrated stable and reliable operation with outstanding performance, successfully overcoming the constraints of traditional high-temperature environments. The temperature in the workshop operational zone has been drastically reduced from over 40°C previously to a comfortable supply air temperature of around 29°C, marking a qualitative leap in environmental control.
Project Overview
As a pivotal digital infrastructure project in Hunan Province and the Central-South China region, this data center is China Mobile’s largest facility in the Central-South region. It serves as one of China Mobile’s 13 national public cloud nodes, a BSN blockchain public network node under China’s National Information Center, and Hunan’s national internet backbone direct-connect hub, providing robust computing power to drive regional digital economy growth.
l Total Land Area: 279 mu (approximately 46 acres; some sources cite 130 mu).
l Infrastructure: 8 data center buildings and auxiliary facilities.
l Total Floor Area: ~160,000 m².
l Total Investment: ~4 billion CNY.
l Function: A comprehensive cloud computing platform integrating IaaS, PaaS, SaaS, and NaaS services.
The project designs indirect evaporative cooling water chillers that are green and energy-efficient. In winter, they serve as the direct cooling source for the data center, and in summer, they serve as the cooling source for the water-cooled chillers equipped in the data center. The requirements are as follows:
Equipment Specifications | Indirect Evaporation Cooling Water Chiller | |
Condition 1 | Summer Rated Operation | Wet-bulb temperature: 28°C Inlet/outlet water temperature: 38°C/32°C |
Condition 2 | Winter Rated Operation | Wet-bulb temperature: 16°C Inlet/outlet water temperature: 23°C/17°C |
System Configuration
3 sets of Aolan AGS1160-ZLB indirect evaporative chillers, each comprising 12 modules (3 independent systems total).
l Summer: High-temperature/humidity conditions – chillers act as cooling towers to supply chilled water (38°C/32°C) for water-cooled chillers.
l Transitional Seasons & Winter: Chillers directly provide chilled water (23°C/17°C) to terminal equipment, optimizing energy efficiency.
Operation Modes
l Summer (Condition 1)
Aolan chillers supply 38°C/32°C chilled water as cooling water for water-cooled chillers.
System Configuration: Indirect evaporative chillers + water-cooled chillers + terminal chilled-water precision air conditioners.
l Winter (Condition 2)
Aolan chillers supply 23°C/17°C chilled water as the direct cooling source via plate heat exchangers.
System Configuration: Indirect evaporative chillers + plate heat exchangers + terminal chilled-water precision air conditioners.
Technical Highlights
l Energy Efficiency: Utilizes polymer fiber indirect pre-cooling cores to maximize natural cooling, reducing energy consumption by up to 40%.
l Project Management: Achieved industry-leading efficiency with a 90-day equipment installation cycle through optimized workflows and precision management.
Strategic & Economic Impact
l Computing power network layout: As one of the "2+X" core data centers of Hunan Mobile, it, together with Changsha and Xiangtan, forms the largest data center cluster in the province, supporting the "East Computing West Storage" strategy and the "Three Forces" (electricity, computing power, and power) planning of Hunan Province.
l Economic benefits: It is expected to attract over a thousand enterprises in the fields of internet, connected vehicles, and big data to settle here, creating a 10-billion-yuan industrial chain and becoming the "new foundation" for the development of digital economy in Hunan Province.
Notes:
BSN Blockchain: A national blockchain infrastructure under China’s National Information Center.
PUE (Power Usage Effectiveness): Key metric for data center energy efficiency (lower = better).
Project Overview
Traditional computer rooms often rely on high-energy-consuming air-cooled precision air conditioning systems, with PUE values typically exceeding 1.6. Driven by China’s "Dual Carbon" strategy, the industry is accelerating innovations in natural cooling and refrigeration technologies to address energy efficiency challenges posed by expanding data center demands. Evaporative cooling technology, renowned for its efficient use of natural cold sources, has gained widespread adoption. Among these solutions, Aolan modular cooling unit systems have emerged as a mainstream energy-saving retrofit solution due to their significant efficiency improvements.
This retrofit project focuses on upgrading water-curtain fresh air systems for two floors: the 2F large computer room and the 3F government cloud computer room.
2F Large Computer Room: Area: 228 m², IT power load: 96.66 kW.Equipped with 3 precision air conditioners (30 kW cooling capacity each, total 90 kW). Neatly arranged server racks.
3F Government Cloud Computer Room: Area: 228 m², IT power load: 40.52 kW.Contains 2 closed cold/hot aisle DC pods (1 unused).Each pod equipped with 6 row-based air conditioners (25 kW cooling capacity each, total 150 kW per pod).
Retrofit Plan
2F Large Computer Room
Design temperature: 28°C, air supply/return temperature difference: 12°C → Water-curtain fresh air handling units must provide outlet air below 16°C. Based on Ganzi’s annual hourly meteorological data, water-curtain systems can operate year-round.
Configuration:
l 5 water-curtain fresh air handling units.
l G4 external filters installed on four-sided air inlets.
l Units suspended above the north corridor; supply ducts penetrate walls into the room.
3F Government Cloud Computer Room
Hot aisle design temperature: 32°C, air supply/return temperature difference: 12°C → Water-curtain fresh air handling units must provide outlet air below 20°C. Year-round operation feasible per Ganzi’s climate data.
Configuration:
l 2 water-curtain fresh air handling units.
l G4 external filters on four-sided air inlets.
l Units suspended above the north corridor; supply ducts penetrate walls into the room.
Performance Results
Pre-retrofit annual energy consumption: 244,176 kWh.
Post-retrofit annual energy consumption: 68,715 kWh.
Annual energy savings: ~175,000 kWh (71.9% reduction).
Key Advantages
1. The most direct utilization of natural cold sources, especially suitable for communication machine rooms and other places with year-round cooling demands, is currently the best way to reduce the PUE value for communication machine rooms.
2. Low power consumption. In winter, the power consumption can be as low as 20% of that of a precision air conditioner. The drier the outdoor air and the lower the temperature, the more energy savings are achieved.
3. It has its own dehumidification capability, eliminating the need for an additional humidifier and saving electricity during the dehumidification process.
4. Energy-saving and power-saving, reducing carbon emissions; without chlorofluorocarbons, it does not damage the ozone layer, environmentally friendly.
Notes:
PUE (Power Usage Effectiveness): A metric for data center energy efficiency (lower values = higher efficiency).
"Dual Carbon" Strategy: China’s national initiative to peak carbon emissions by 2030 and achieve carbon neutrality by 2060.
Ventilation and Cooling Project for New Material Production Workshop
Project Overview
This project targets a production workshop for 3D perforated nonwoven fabric and hot-air nonwoven fabric, housed in a closed cleanroom environment. Due to heat generated by operational equipment and inadequate ventilation, the workshop suffers from persistently high temperatures. Traditional compressor-based cooling systems are prone to clogging from raw material debris, resulting in poor cooling efficiency, high energy consumption, and elevated maintenance costs. In contrast, evaporative cooling technology effectively addresses complex heat load challenges, achieving efficient temperature reduction while significantly lowering energy consumption, making it the ideal solution.
Operational Design
The design incorporates 57 Aolan Fengchi-series evaporative air coolers installed across the 1st to 5th floors of the production workshop. Based on the distribution of production equipment and the specific needs of employee workstations, each unit employs direct airflow cooling to ensure precise coverage of all operational areas and equipment zones. This optimized approach enables effective temperature control, ensuring a comfortable and stable production environment, thereby enhancing operational efficiency and achieving targeted cooling outcomes.
Performance Highlights
The project features a sealed workshop design, with operational settings tailored to seasonal variations: evaporative cooling in wet mode during spring, summer, and autumn, and shutdowns in winter. Since its 2024 launch, after thorough commissioning and fine-tuning, the system has maintained stable operation and delivered outstanding results. Measured data confirms that the air coolers' outlet temperatures consistently stay within 29–30°C, while the working zones experience an 8–10°C drop. These outcomes fully meet project expectations, showcasing remarkable energy efficiency.
Beverage Production Workshop Cooling and Ventilation Project
Project Overview
This project addresses cooling challenges in a beverage packaging workshop by proposing a high-efficiency, energy-saving solution. The semi-open workshop features a large, decentralized layout that impedes natural ventilation. Primary heat sources include thermal radiation from equipment such as filling and sterilization systems, combined with heat generated by worker activity, creating an uneven high-temperature environment. Traditional air conditioning systems perform poorly in such settings due to inefficiency and high energy consumption. Evaporative cooling technology, however, effectively resolves complex heat load issues while drastically reducing energy usage, making it the ideal cooling solution.
Operational Design
The system employs 49 Aolan Duo-series evaporative air coolers installed across the 1st to 4th floors, covering the packaging workshop, palletizing workshop, and air compressor room. Cooling strategies are tailored to each area based on operational characteristics and heat output:
· Packaging Workshop: Full-space cooling.
· Palletizing Workshop: Targeted cooling for specific workstations.
· Air Compressor Room: Zonal ventilation cooling.
Each cooling zone utilizes positive-pressure air supply from the coolers, paired with negative-pressure exhaust fans to rapidly expel heat, ensuring efficient thermal management.
Performance Results
The semi-open workshop design incorporates seasonal operational optimization: evaporative cooling (wet mode) is activated in spring, summer, and autumn, while the system remains idle during winter. Since its commissioning in 2024, the equipment has demonstrated stable operation and exceptional performance following system debugging and optimization. Field measurements confirm that the air outlet temperature of the coolers is consistently maintained at 26–30°C, with an 8–10°C temperature reduction in operational areas. All indicators meet predefined targets, achieving significant energy savings and operational efficiency.
Tungsten-Molybdenum Production Workshop Ventilation and Cooling Project
Project Overview
This project is designed for a tungsten-molybdenum production workshop, classified as a semi-open industrial facility. The workshop features extensive horizontal space but limited vertical height, with a building structure that significantly restricts natural airflow. The operational area involves multiple heat sources: high-intensity thermal energy emitted continuously by metal smelting equipment and additional heat generated by densely distributed workers during dynamic operations, collectively creating a complex high-temperature environment. Traditional compressed refrigeration air conditioning systems face challenges in such conditions due to high energy consumption. Therefore, evaporative cooling technology has been adopted as an ideal solution, effectively addressing the complex heat load while significantly reducing energy consumption.
Operational Design
The system employs 76 Aolan Duo-series evaporative air coolers installed across the 2nd to 5th floors of the workshop. Based on equipment layout and worker movement analysis, each cooler is equipped with a directional air supply duct system to implement targeted cooling for specific workstations. Additionally, six negative-pressure fans are deployed in each operational unit to create forced convective airflow, efficiently expelling hot air and enhancing the synergistic performance of the ventilation and cooling system.
Performance Results
The semi-open workshop design incorporates seasonal optimization: evaporative cooling (wet mode) is activated in spring, summer, and autumn, while the system remains idle during winter. Since its commissioning in 2024, the equipment has demonstrated stable operation and excellent performance post-system debugging and optimization. Field measurements confirm that the air outlet temperature of the coolers is consistently maintained at 29–30°C, with an 8–10°C temperature reduction in work areas. All indicators meet energy-saving retrofit targets, achieving significant energy efficiency outcomes.
Project Overview
This project is located in the urban corridor and waiting area on the exit level of a high-speed railway station in Henan. It is a semi-open space. During peak passenger traffic periods, dense crowds and poor air circulation can easily lead to the accumulation of odors. Traditional mechanical refrigeration and air conditioning uses high energy consumption and poor cooling effect in semi-open spaces. Evaporative air coolers have the advantages of efficient cooling and low energy consumption. They use large air volume and cool airflow to effectively exchange air and eliminate odors, thereby providing passengers with a more comfortable and fresh environment.
Operating mode
The design adopts 31 units of Aolan direct evaporative air cooler Wind superior series products with large air volume and high pressure. Every 1-3 units of the equipment are combined units and installed in each equipment room. By connecting the air ducts to the top of the urban corridor and parking lot waiting area, and by rationally arranging the air supply outlets, all-round ventilation and cooling are achieved. The equipment has large air volume, high air pressure, variable frequency adjustment, and cool air, which effectively improves the comfort in the area.
Effect display
This project is a semi-open space, and the equipment only operates in the wet evaporative cooling mode in summer; it does not operate in winter. After debugging, the operation is in good condition. The outlet temperature of air cooler can be reduced to below 26°C, and the temperature in the area can be reduced by 8-12°C, achieving the expected energy-saving transformation goal.
Project Overview
As a crucial node in implementing China's "Eastern Data, Western Computing" national strategy, this project serves as a key intelligent computing hub within the Chengdu-Chongqing Cluster—one of China's four major AI computing hubs. It will become the core base for high-performance computing power in the Chengdu-Chongqing Economic Circle. Covering 73 mu (approximately 12.1 acres) with a total floor area of 75,000 m², the facility will provide 10,000 standard server racks and a 100,000-unit high-performance server cluster. Future operations will support high-computing scenarios such as AI training, autonomous driving, and smart manufacturing.
Operation Mode
The project adopts energy-efficient indirect evaporative cooling chillers:
l Winter: Direct cooling source for data centers
l Summer: Cooling water source for water-cooled chillers
Equipment Specifications | Indirect Evaporation Cooling Water Chiller | |
Condition 1 | Summer Rated Operation | Wet-bulb temperature: 28°C Inlet/outlet water temperature: 35°C/29°C |
Condition 2 | Winter Rated Operation | Wet-bulb temperature: 18°C Inlet/outlet water temperature: 21.5°C/16.5°C |
System Configuration
Total 16 units Aolan indirect evaporative chillers (8 units per system, 2 systems total).
l Summer: Function as cooling towers to lower water temperatures for water-cooled chillers in high-heat/humidity conditions.
l Winter/Transitional Seasons: Directly provide chilled water to terminal equipment, ensuring energy efficiency.
Technical Highlights
As an advanced cooling solution, Aolan indirect evaporative cooling chillers offer an innovative approach to data center thermal management. By reducing energy consumption and environmental impact, they establish a sustainable operational model. This technology is poised to play a vital role in advancing energy-efficient practices within the data center industry.
(Note: "Mu" is a Chinese unit of area, 1 mu ≈ 666.67 m². Metric conversions are approximate.)
project overview
This project is located in Zhanghe New District of Jingmen City, covering a total area of 19.8 mu and having a total construction area of approximately 20,400 square meters. The planned total rack positions are 2,300. It is responsible for the scheduling center of the northwest trunk network of Hubei Mobile, optimizing the regional communication network. It provides a computing infrastructure for the brain of Jingmen Smart City, supporting the "1+1+N" smart city framework (1 big data center, 1 support platform, N application systems), enhancing the city's "computing power + connection" capabilities. It meets the cloud storage needs of local enterprises and promotes the digitalization and industrial digitalization of the industry. The project designs indirect evaporative cooling water chillers that are environmentally friendly and energy-efficient. In winter, they serve as the direct cooling source for the data center, and in summer, they serve as the cooling source for the water-cooled chillers equipped in the data center. The requirements are as follows:
This project employs two sets of Aolan indirect evaporation water chillers, AGS570-ZLB, with each set consisting of 14 modules, forming a system. There are a total of 2 systems. During hot and humid summer weather, the indirect evaporation water chillers are used as cooling towers to provide cooling water for the water-cooled water chillers to achieve cooling. In transitional spring and autumn seasons, as well as winter, the indirect evaporation chillers directly serve as the cold source to provide chilled water to the end devices, thereby achieving energy conservation and consumption reduction of the system.
Operating mode
Summer: Operating mode 1. The Aolan indirect evaporation chiller supplies 36/30℃ chilled water for the inlet and outlet, which serves as the cooling water for the water-cooled chiller. In this mode, the indirect evaporation cooling chiller + water-cooled chiller + terminal chilled water precision air conditioner are operated.
Winter: Operating mode 2. The Aolan indirect evaporation chiller supplies 23/17℃ chilled water for inlet and outlet. The chilled water serves as the direct cooling source and is transferred through the plate heat exchanger to provide chilled water for the terminal air conditioning units of the precision type. In this mode, the indirect evaporation cooling chiller + plate heat exchanger + terminal chilled water type precision air conditioning units are operated.
Technical Highlights
Green energy conservation: Utilizing the Aolan indirect evaporative cooling unit, which fully exploits natural cooling sources, this system can save 35% of electricity compared to conventional solutions. The power utilization efficiency (PUE) is ≤ 1.25, meeting national energy-saving standards.
Social benefits
This project has become the largest data center in Jingmen City, serving the digital government, the smart city brain, and local enterprises. It significantly enhanced the regional computing power and data storage capabilities, and contributed to the scientific management of the city and the upgrading of industries. With the continuous expansion of the data center's scale and the increasingly prominent issue of energy consumption, indirect evaporative cooling technology, with its low energy consumption, high reliability, and flexible operation mode, has become an important solution in the field of data center cooling. The successful implementation of this project not only provided strong technical support for the smart city construction in Jingmen City, but also offered a reference model for the green and intelligent development of data centers across the country.
Project Overview
This project is a large cooling equipment room of Qinghai Telecom. The design uses two Aolan indirect evaporative cooling units, models ASK200(60)-JCBL and ASK330(100)-JCBL. This project carries out personalized energy-saving renovation of the computer room, mainly to improve the energy efficiency of the original air conditioning system in the computer room and solve the problem of low energy saving rate. According to the actual situation of the project, a wet film cooling device was added to the air inlet surface of the outdoor condenser of the original three air-cooled air conditioners in the computer room to reduce the inlet air temperature of the condenser, thus improving the overall performance of the air-cooled air conditioner. The indirect evaporative cooling tower group adopts split type and is installed with independent exhaust section. The wind passes through the outdoor fresh air in the dry channel and wet channel of the core body for heat exchange and breathing. At the same time, diversion and disturbance air supply are set up to increase end disturbance and balance the temperature in multiple indoor areas.
Operating mode
This project uses a deep evaporative cooling structural group combined with the original precision air conditioning of the computer room. The deep evaporative cooling structural group is operated in the low-temperature winter and transition seasons, and the original precision air-conditioning system is operated in the high-temperature and high-humidity summer; making full use of the full capacity of the northwest region The heat dissipation cooling fan group operates in dry mode and wet mode. The original precision air conditioner operates in mechanical refrigeration mode and automatically switches by sensing the indoor and outdoor temperature and humidity conditions through indoor and outdoor temperature and humidity sensors.
Effect display
This project underwent on-site acceptance in accordance with the acceptance documents/standards/terms agreed upon by both parties. The acceptance results met the design requirements. Through long-term transportation tracking records, when the outdoor wet bulb temperature is ≤9℃, the air supply of the indirect evaporative cooling air cooler unit The temperature can be maintained at around 19°C without turning on the precision air conditioner in the original computer room. The test results are as follows:
Equipment 1 (60kW): outdoor dry bulb temperature is 14.1℃, wet bulb temperature is 9.1℃, supply air temperature is 18.1℃, relative humidity is 39.1%;
Equipment 2 (100kW): Outdoor dry bulb temperature is 14.2°C, wet bulb temperature is 9.0°C, supply air temperature is 18.0°C, and relative humidity is 39.3%.
project overview
This project constitutes a mission-critical digital infrastructure development within Enshi Tujia and Miao Autonomous Prefecture, Hubei Province, with strategic importance for accelerating regional digital economy growth.
The total land area is 12,000 square meters, and the total construction area is approximately 9,889.22 square meters. It is planned as a national top-level Class A computer room. After completion, it will provide a capacity of 2,528 racks and can accommodate 6,800 standard servers. Its main functions include cloud computing centers, data centers, and energy centers, aiming to provide efficient and secure data processing and storage services for Enshi Prefecture and the surrounding areas. The project designs indirect evaporative cooling water chillers that are environmentally friendly and energy-efficient. In winter, they serve as the direct cooling source for the data center, and in summer, they serve as the cooling source for the water-cooled chillers equipped in the data center.
The requirements are as follows:
This project employs two sets of Aolan indirect evaporation water chillers, AGS455-ZLB, with each set consisting of 12 modules, forming a system. There are a total of 2 systems. During hot and humid summer weather, the indirect evaporation water chillers are used as cooling towers to provide cooling water for the water-cooled water chillers to achieve cooling. During transitional spring and autumn seasons, and winter, the indirect evaporation chillers directly serve as the cold source to provide chilled water to the end devices, thereby achieving energy conservation and consumption reduction of the system.
Operation mode
In summer: Mode 1 of the operating conditions, the Aolan indirect evaporative chiller provides 36/30℃ inlet and outlet chilled water, serving as the cooling water for the water-cooled chiller. Under this mode, the indirect evaporative cooling chiller + water-cooled chiller + terminal chilled water type precision air conditioner are operated.
In winter: The operation mode is No. 2. The indirect evaporative chiller from Aolan provides cold water at 23/17℃. The cold water serves as the direct cold source and, through the plate heat exchanger, supplies cold water to the terminal precision air conditioners of the chilled water type. Under this mode, the indirect evaporative cooling chiller, the plate heat exchanger and the terminal precision air conditioners of the chilled water type are in operation.
Technical highlights
Green and energy-saving: The adoption of the Aolan indirect evaporative chiller fully utilizes natural cold sources, saving 35% of electricity compared to conventional solutions. The power usage effectiveness (PUE) is ≤ 1.25, meeting national energy-saving standards.
Rapid delivery: With Aolan's technological accumulation in the field of data center temperature control and energy, as well as its industry-leading refrigeration solutions, projects can be delivered rapidly.
Project Overview
This project is located in Yantai City, Shandong Province and is mainly used for the production workshop of copper and aluminum foil. Aolan solution dehumidification fresh air unit plays a vital role in maintaining the stability of the humidity in the production workshop. The unit can effectively prevent the accumulation of dust and harmful gases, and ensure the ductility and processing performance of materials by accurately controlling temperature and humidity fluctuations. Achieve optimal conditions to ensure the quality of the final product.
Renovation plan
The project is designed to use multiple Aolan counter-flow heat pump solution dehumidification fresh air units. The equipment is arranged in the indoor air-conditioning machine room and roof platform. This project is a deep dehumidification renovation project for the air-conditioning system, which mainly solves the problem of insufficient dehumidification capacity of the original combined air-conditioning supply system in high-temperature and high-humidity weather. According to the actual situation of the project, a recycling model is adopted. The solution dehumidification fresh air unit is installed at the back end of the original fresh air unit. The high-humidity outdoor fresh air is pre-cooled and pre-dehumidified by the original fresh air unit and then enters the solution dehumidification unit for deep dehumidification, resulting in lower humidity fresh air. The air and heat pump solution dehumidification fresh air unit bears the fresh air humidity load and part of the indoor humidity load to maintain the indoor environment with low relative humidity requirements.
Effect display
This project underwent on-site acceptance in accordance with the acceptance documents/standards/terms agreed upon by both parties. The acceptance results met the design requirements. Through long-term transportation tracking records, it can be seen that the system can maintain the indoor dry bulb temperature around 35°C and the relative humidity below 40%. .
The actual operating conditions are as follows:
(1) Equipment 1: indoor return air, that is, regenerated fresh air temperature, is 34.5°C, and relative humidity is 36.8%;
(2) Equipment 2: The indoor return air, that is, the regenerated fresh air temperature is 35.3°C and the relative humidity is 36.6%;
(3) Equipment 3: The indoor return air, that is, the regenerated fresh air temperature is 32.1°C and the relative humidity is 37.7%;
(4) Equipment 4: The temperature of the indoor return air, that is, the regenerated fresh air, is 30.8°C, and the relative humidity is 38.4%.
Project Overview
The analytical laboratory is located in Qingdao City, Shandong Province, with an area of approximately 680 square meters on the first floor, approximately 1,160 square meters on the second floor, and approximately 1,225 square meters on the third floor, with a floor height of 5.7 meters. The analytical laboratory part of this project adopts a micro-negative pressure design to prevent harmful gases from escaping during experiments, while other non-laboratories maintain a micro-positive pressure to avoid inhalation of dust. Maintain the positive and negative pressure requirements in each room through effective adjustment of fresh air volume and exhaust air volume. The solution humidity-controlled fresh air unit performs humidification treatment on the outdoor fresh air to obtain fresh air that meets the design requirements and sends it to different functional rooms respectively to ensure that the indoor temperature, humidity, and air flow pressure meet the requirements.
Renovation plan
The air conditioning system of this project adopts independent control of temperature and humidity. The variable frequency multi-connected air conditioning system handles the indoor cooling and heating load, and the solution humidity-controlled fresh air unit handles the fresh air and humidity load. In summer, the solution humidification fresh air unit system operates in refrigeration and dehumidification mode to supply dry fresh air indoors; in winter, the solution humidification unit operates in heating and humidification mode to provide humidified fresh air indoors. The laboratory is also equipped with a variable frequency multi-link air conditioner. System indoor unit to maintain indoor temperature stability.
Effect display
This project underwent on-site acceptance in accordance with the acceptance documents/standards/terms agreed upon by both parties. The acceptance results met the design requirements. Through long-term transportation tracking records, it can be seen that the fluctuation value of the air supply outlet of the unit meets the winter dry bulb temperature of 20℃±1℃, which is relatively Humidity 50%±2%; summer dry bulb temperature 20℃±2℃, relative humidity 50%±3%. The test results are as follows:
(1) Winter:
Equipment 1: temperature 29.9°C, relative humidity 49.7%;
Equipment 2: Temperature 29.6℃, relative humidity 50.2%;
Equipment 3: Temperature 30.3°C, relative humidity 51.9%.
(1) Summer:
Equipment 1: Temperature 19.62℃, relative humidity 51.0%;
Equipment 2: Temperature 21.88℃, relative humidity 49.45%;
Equipment 3: Temperature 20.15℃, relative humidity 50.39%.
Project Overview
The first phase of a high-speed rail station in Guangdong will be completed and put into use in September 2024. The outbound floor is located on the second underground floor and is a semi-open space. The urban corridor is 175 meters long and 25 meters wide, running east-west as a whole. Because it is located on the second underground floor, there is a dense flow of people and a serious accumulation of odor in the air. Natural ventilation alone cannot provide a comfortable environment for passengers.
Plan application
In order to improve the environment and enhance passenger travel experience, China Railway Construction Group decided to adopt a new ventilation and cooling solution with evaporative cooling, and designed a total of 17 unit AOLAN evaporative air coolers, including 14 dual-centrifugal media models and 3 Wind Emperor models. 14 media machines are evenly distributed in the advertising rooms on the north and south sides of the city corridor on the outbound floor. Double-layer electric louver air vents are used to supply air to the center of the flow of people to maximize the air-conditioning coverage area. 3 Wind Emperor are installed in the air-conditioned machine room and supply air to the rapid transfer hall through air ducts.
Effect display
Actual measurement data shows that in hot summers, the air conditioner outlet temperature can stably drop below 28°C. The use of air conditioners has significantly reduced the temperature of the exit corridor and rapid transfer hall, improved indoor air quality, and effectively It has alleviated the troubles caused by high temperature and odor to passengers, greatly improved the high-speed rail station environment, and enhanced overall comfort, achieving the expected results.
Project Overview
The ancient books room is located in Suzhou City, Jiangsu Province, with a total area of about 45 square meters and a floor height of 2 to 3 meters. It is mainly used to store ancient books. Because books are extremely sensitive to changes in humidity, excessive humidity can cause mold and fungi to multiply rapidly, causing damage to ancient books. Therefore, dehumidification equipment is indispensable in this ancient book room.
Scheme application
The ancient book room is equipped with one AOLAN counterflow heat pump solution dehumidification unit, which is installed in the indoor air conditioning room and connected to the ancient book room through a return air duct system. The indoor air is slightly supplied and the airflow is evenly distributed, ensuring extremely low fluctuations in temperature and humidity throughout the room. Most of the time, full return air circulation is used to ensure stable indoor airflow. When personnel enter and exit the ancient book room, the fresh air valve can be opened to provide necessary fresh air, and the equipment operates under mixed air conditions.
Effect display
This project underwent on-site acceptance in accordance with the acceptance documents/standards/terms agreed upon by both parties. The acceptance results met the design requirements. Through long-term transportation tracking records, it can be seen that the indoor environment can basically be maintained at an indoor dry bulb temperature of 21 to 24°C. When the relative humidity is between 50% and 55%, the instantaneous power consumption is always much lower than the design power consumption.
Indoor formaldehyde, PM2.5, TOVC, carbon dioxide and other measured values are better than the requirements of the 《Chinese Museum Industry Standard》 JGJ66-2015.
Project Overview
The maintenance hangar workshop of a railway bureau is 232.8 meters long and 100 meters wide. The building is a steel structure workshop. The factory relies only on natural ventilation. In the hot weather in summer, the temperature in the workshop remains high, especially during assembly and welding, fine grinding of welds and complex mechanical processing. Due to the lack of effective cooling measures and forced air convection schemes, indoor dust The accumulation of odor and odor is serious, the air is turbid, and the ventilation effect is poor. This harsh environment has seriously affected employees work efficiency and physical and mental health, and has become an urgent problem that needs to be solved.
Solution application
In order to improve the working environment and improve employee labor efficiency, the railway bureau decided to adopt a new air cooling system solution for evaporative cooling. A total of 65 unit AOLAN evaporative air cooler s were designed, including 49 high-volume Wind Domination model and 16 unit Wind Supremo. Through the combination of comprehensive cooling and post air supply, all-round and multi-level air conditioning is achieved. The precision-designed pneumatic air supply outlet has an air supply distance of up to 25 meters, and the angle of the air outlet is flexibly adjustable to ensure that the air flow evenly covers all corners of the workshop; the forced disturbance of the supply and exhaust air flow ensures that the indoor air is clean, fresh, and odor-free.
Effectiveness display
Measured data shows that in hot summers, the air cooler outlet temperature can stably drop below 28°C. The use of air coolers has significantly reduced the workshop temperature, improved indoor air quality, and effectively alleviated high temperatures, dust and odors. It has greatly improved the working environment and employee comfort, achieving the expected results. Aolan evaporative air coolers have won wide recognition in the market with their excellent performance. It not only performs well in public spaces with extremely high requirements for air quality and comfort, such as subway stations, high-speed rail stations, and airports, but also shows strong adaptability and practicality in various industrial plants and commercial spaces, making it a popular choice in these places. An important cooling tool. This successful application in the maintenance hangar once again proves that Aolan evaporative air coolers have excellent capabilities in optimizing the working
Project Overview
There are 78 elevated stations on 17 lines under the jurisdiction of Beijing Metro Company. The ground platform ventilation mainly relies on natural ventilation. In the hot summer, the temperature on the platform is high and the ventilation is poor, making passengers extremely hot while waiting. In the past, measures such as installing oscillating fans and setting up air-conditioned waiting rooms were usually used to cool down. However, the effect was not good or the energy consumption was too high.
In order to further improve the passenger waiting experience, Beijing Metro Corporation launched a scientific research pilot last year. Beijing Metro Operation Company, Rail Transit Design Institute, Jinhaoyuan and other units jointly developed and produced an evaporator suitable for rail transit with Aolan (Fujian) Industrial Co., Ltd. Type air conditioner product, this equipment uses evaporative cooling technology for cooling. By installing jet nozzles, the air supply distance is up to 8-12 meters. The angle of the air outlet is adjustable and the air flow covers a wide range, which can ensure the comfort of the passenger activity area and reduce the cost of passengers. Body temperature.
Aolan evaporative air cooler
1. Product introduction Aolan evaporative air cooler is a device that uses the evaporation principle to cool down. The air to be treated is fully contacted with water through the cooling pad, and the evaporation and heat absorption of water is used to reduce the air temperature.
2. Working principle Aolan evaporative air cooler integrates modern high technology into basic scientific principles, uses water instead of Freon as the refrigerant, and adopts efficient direct evaporation; refrigeration technology. The water pump continuously pumps out the water in the water pan and distributes it evenly on the evaporation cooling pad layer through the open water distributor; the hot air passes through the evaporation cooling pad layer and fully contacts the water, absorbing the air due to the rapid evaporation of the water. The heat cools the air, creating clean, cool air.
Effect Demonstration:
After on-site measurement, the temperature at the air outlet of the Aolan evaporative air cooler dropped below 26°C, which significantly improved the riding environment and greatly enhanced passenger comfort, achieving the expected results. After the commissioning is completed, it is planned to be fully put into use at 16 stations including Sunhe, Guozhan, Hualikan and Houshayu on Line 15.
Old computer rooms generally use air-cooled precision air conditioning cooling systems. Due to the high energy consumption of air-cooled precision air conditioning, the PUE (energy efficiency index) of data rooms is usually as high as 1.6 or more.
With the rapid growth of data center scale and quantity, especially the promotion of dual carbon targets, reducing energy consumption in data centers has become an urgent challenge. In order to address this issue, the data center industry has begun actively exploring the use of natural cooling sources and the introduction of new technologies to optimize energy efficiency, thereby reducing energy consumption and improving overall system energy efficiency. In particular, evaporative cooling technology can fully utilize natural cooling sources and improve the energy efficiency of traditional refrigeration equipment. In recent years, it has been widely applied, and the use of Australian Blue ultra efficient unit air conditioning cooling system is currently the most mainstream energy-saving renovation solution.
Project Overview
The project is located in Garze Prefecture, Sichuan Province. The computer room building consists of 4 floors. The energy-saving renovation mainly involves the computer room area inside the building, covering an area of 1089.4 square meters. There are a total of 249 cabinets in the computer room, with an average power consumption of 0.64kW per cabinet. The electrical composition of the machine building is quite complex. In addition to the necessary electrical load of the machine room, there are also connected machine rooms, office electricity, etc. To ensure accurate PUE calculation, it is necessary to calculate the electrical power consumption of the machine room in this building.
Renovation plan
2nd floor: Two new 33kW fresh air conditioners have been added to the large computer room on the 2nd floor, and one new 9.9kW fresh air conditioner has been added to the small computer room, which will be put into use in winter; The fresh air conditioning and precision air conditioning in the large computer room share one static pressure box and adopt a precise air supply form of duct air supply.
3rd floor: 2 new 33kW fresh air conditioners have been added to the large data center on the 3rd floor, and 1 new 9.9kW fresh air conditioner has been added to the small data center, which will be put into use in winter; The cooling load of the small computer room is relatively small, so the original 20kW air conditioner has been moved to the large computer room as the main use, and one 12kW air conditioner on the 4th floor has been moved to the small computer room; The fresh air conditioning and precision air conditioning in the large computer room share one static pressure box, using a precise air supply form of duct air supply; The small computer room adopts hood air supply.
4th floor: The 4th floor large computer room utilizes old equipment to form 4 in use and 1 backup. Among them, 2 newer 30kW air conditioners have been retrofitted with fluorine pumps, and 2 new 33kW fresh air conditioners have been added for winter use; The cooling load of the small computer room is relatively small, and the original 20kW and 30kW precision air conditioners are one in use and one backup; The fresh air conditioning and precision air conditioning in the large computer room share one static pressure box, using a precise air supply form of duct air supply; The small computer room also uses air ducts for air supply.
2nd floor: The sealing and shading treatment of the external windows of the computer room reduces the load on the building structure enclosure and reduces the working pressure of the air conditioning system; After the renovation, the computer room will use fresh air conditioning to regulate indoor air in winter, and turn off ordinary air conditioning to reduce air conditioning energy consumption; The face-to-face arrangement of cabinets and the precise air supply method of air ducts have increased the return air temperature of the computer room air conditioning, reducing energy consumption; After the renovation, the PUE of this floor is 1.342, with 44 additional cabinet spaces reserved for the future.
3rd floor: The sealing and shading treatment of the external windows of the computer room reduces the load on the building structure enclosure and reduces the working pressure of the air conditioning system; After the renovation, the computer room will use fresh air conditioning to regulate indoor air in winter, and turn off some ordinary air conditioning to reduce air conditioning energy consumption; The face-to-face arrangement of cabinets and the precise air supply method of air ducts have increased the return air temperature of the computer room air conditioning, reducing energy consumption; Passive devices are centrally placed on the left side of the computer room, which does not require air conditioning to prevent excessive duct extension; After the renovation, the PUE of this floor is 1.287, with 45 additional cabinet spaces reserved for the future.
4th floor:The external windows of the computer room are blocked and shading reduces the building structure envelope load and reduces the air conditioning working pressure; after the transformation, the computer room uses fresh air air conditioners to regulate the indoor air in winter, and turns off some ordinary air conditioners to reduce air conditioning energy consumption; after the cabinet cutover, it is used The air conditioners are arranged face to face and use air ducts for precise air supply, which increases the return air temperature of the computer room air conditioners and reduces energy consumption. After the renovation, the PUE of this floor is 1.428, and 25 new cabinets are reserved for the future.
Since the implementation of the first energy-saving renovation case in 2009, the Australian Blue ultra efficient unit air conditioning cooling system has been widely adopted due to its excellent energy-saving effect. Major communication operators have adopted this transformation plan and achieved significant energy efficiency improvements in actual operations.
Small and medium-sized data centers usually include IDC rooms and comprehensive rooms, with high cabinet density and generating a large amount of heat. They generally use air-cooled precision air conditioning and air-cooled chilled water air conditioning cooling systems. Room level or row to row level air conditioning end devices are used indoors. The PUE (energy efficiency index) of these old rooms is usually as high as 1.6 or more.
With the rapid growth of data center scale and quantity, especially the promotion of dual carbon targets, reducing energy consumption in data centers has become an urgent challenge. In order to deal with this problem, the data center industry has begun actively exploring the use of natural cooling sources and introducing new technologies to optimize energy efficiency, thereby reducing energy consumption and improving overall system energy efficiency. In particular, evaporative cooling technology can fully utilize natural cooling sources and improve the energy efficiency of traditional refrigeration equipment, and has been widely applied in recent years. For old computer rooms that use air-cooled chilled water air conditioning cooling systems, energy-saving renovations using the integrated cooling station with Aolan's unique patented technology can effectively improve natural utilization time and system energy efficiency.
Project Overview
The data center is located in Nanning City, Guangxi Province, in a single 27 story building with an area of approximately 270m ². The cabinets, air conditioning equipment, cable trays, and cables in the computer room are densely arranged and generate a large amount of heat. There are 6 columns of cabinets arranged in the computer room, of which 4 columns of cabinets have been isolated by cold and hot aisle sealing, using inter column level air conditioning for cooling. The other 2 columns of cabinets are placed separately and cooled using a combination of room level and inter column level air conditioning. The total load of IT equipment in the computer room is 82.81 kW, and the heat generated by the power distribution equipment is 7.35kW; The original air conditioning system in the computer room consisted of air-cooled modular chillers and indoor room level chilled water precision air conditioners. The air-cooled modular chillers were installed on the roof equipment layer and transported chilled water to the end of the computer room through a water pump.
Renovation plan
In order to reduce the PUE of the computer room and make full use of outdoor low-temperature natural cooling, a dedicated indirect evaporation integrated cooling station for the Aolan data computer room is used to replace the original air-cooled modular chiller to provide a cold water source for the terminal air cooler in the computer room. The indoor terminal precision air conditioner remains unchanged. The integrated cold station includes an evaporative cooling cold water cooling system, an auxiliary compressor supplementary cooling system, a circulating water pump and a detachable plate heat exchanger for primary and secondary side heat exchange, etc., which directly provides cold water to indoor terminal precision air conditioning equipment. The terminal cold water supply and return water temperature is 18℃/24℃. The integrated cold station can provide low-temperature cold water for year-round operation, and the original air-cooled chiller is only used as a backup during equipment maintenance.
The effect shows that the indirect evaporation integrated cold station serves as a cooling source for air conditioning in the data center, making full use of natural cooling. It can freely set the mode switching temperature according to the project design requirements to meet the requirements for year-round cooling use. Based on the local meteorological conditions throughout the year, the low-temperature pure natural cooling energy-saving mode, the medium-temperature mixed refrigeration mode, and the high-temperature auxiliary mechanical compressor deep cooling mode are adopted. Compared with the original air-cooled chiller, the cold source part can save about 50% of energy. Aolan integrated cold station integrates indirect evaporative cooling technology, AI intelligent switching technology, frequency conversion control technology and remote energy consumption collection and analysis technology, providing another efficient and energy-saving solution for the communications industry.
Pharmaceutical clean factory building temperature and humidity control case
Industry overview
During the production process, pharmaceutical factory workshops have very strict requirements on environmental temperature and humidity. Excessive air humidity is very detrimental to the production quality and storage safety of pharmaceuticals. A large amount of waste heat is emitted during the pharmaceutical production process. How to efficiently recycle and utilize this waste heat has become an important task for pharmaceutical companies to control costs and protect the environment. With the continuous development of domestic pharmaceutical GMP certification, higher requirements are placed on the environment of pharmaceutical manufacturing enterprises, and the standards for their air conditioning and ventilation systems have been improved accordingly. How to control energy conservation and environmental protection to reduce air temperature and humidity has important economic and social value for pharmaceutical factories. .
Project Overview
This project is applied to MERCK Pharmaceuticals in Singapore. The Aolan heat pump counterflow solution depth dehumidification unit AHLD-N09B is used for cooling and dehumidification. The solution dehumidification equipment bears the humidity load of fresh air and indoors, and also bears part of the heat load, which is handled by other indoor refrigeration equipment. Mostly sensible heat. This project was put into operation in the spring of 2013. After adaptive debugging, it is currently in good condition and can meet the indoor temperature and humidity requirements.
Machine manufacturing workshop temperature and humidity control case
Industry overview
Machine processing workshops requires temperature and humidity control to ensure processing accuracy, normal operation of equipment, improvement of production efficiency, and stability of product quality. Through reasonable temperature and humidity control measures and equipment maintenance, a stable and comfortable working environment can be created to improve the competitiveness and production efficiency of the machine shop. During the machining process, by controlling the temperature and humidity, it can reduce the dimensional changes of the material and improve the processing accuracy; it can reduce the wear and corrosion of the equipment and extend the service life of the equipment; and changes in temperature and humidity will affect the physical properties of the processed materials, thereby affecting the quality of the product.
Project Overview
The project has an area of 680m2. It uses the Aolan heat-pump liquid type central air conditiner with pre-cooling( AHLD-PAH26 (05) for cooling and dehumidification. The equipment uses high-temperature cold water pre-cooling, and the supply and return water temperature is 15℃/20℃. , there is no condensation water discharge problem, and the supply air temperature and humidity can be accurately adjusted by adjusting the primary and secondary air mixing ratio to meet the requirements for stable indoor temperature and humidity. This project will be put into trial operation in early 2021 and it running in good condition. The fluctuation value of indoor temperature and humidity meets the setting requirements.
Temperature and humidity control of cultural museum exhibition hall case
Industry overview
Museums are the preservers of civilization and contain rich and diverse collections of precious cultural relics. However, these historical relics are always extremely sensitive to changes in humidity, and may be damaged when the ambient humidity is too high. Therefore, maintaining appropriate humidity level is crucial for the preservation of historical relics. Excessive humidity can cause the reproduction of mold and fungi, causing damage to historical relics. Dehumidification plays an important role in the protection of historical relics in museums. They regulate air humidity to prevent damage to historical relics caused by too high or too low humidity, control air quality, reduce chemical pollution, and are energy-saving and environmentally friendly. In a museum environment, dehumidifiers are indispensable equipment, providing a stable humidity environment for the preservation and display of historical relics. Their existence provides a reliable guarantee for us to appreciate and study rich and diverse cultural heritage.
Project Overview
The project uses an area of110m2. It uses Aolan Heat pump counter-current type deeply air Desiccant unit( AHLD-N04B) for cooling and dehumidification. The equipment adopts Aolan's latest double counter-flow structure design and lithium chloride solution. The fresh air and primary return air can adjust each other according to changes in indoor load to meet the requirements of indoor temperature, humidity and temperature. This project will be put into trial operation in the summer of 202 and it running in good condition, it can meet the indoor temperature and humidity requirements.
Flour Production Workshop Ventilation and Cooling Project for Grain & Oil Enterprise
Project Overview
This project focuses on a flour production workshop in a Fujian-based grain and oil enterprise, comprising blending and cleaning rooms with a single-floor area of approximately 2,000 square meters, constructed with a reinforced concrete frame structure. The workshop houses densely arranged equipment operating continuously, generating persistent process waste heat. Due to the large east-west and north-south span of the facility, natural ventilation airflow is disorganized, resulting in inefficient heat and humidity exchange during summer and creating a chronically hot, stuffy environment.
The environment poses three critical risks:
· Safety Risks: Dry conditions accelerate the suspension and dispersion of micron-level flour particles. When dust concentration reaches the lower explosive limit (LEL), combustion and explosion hazards arise.
· Quality Risks: High temperatures cause thermal degradation of flour components, affecting starch gelatinization properties and gluten protein functionality, leading to deviations in finished product quality standards.
· Health Risks: Elevated temperatures reduce worker efficiency and trigger occupational heat stress reactions.
Addressing these issues from perspectives of safety, quality control, and occupational health, thermal environment regulation has become a critical priority. Aolan’s evaporative cooling technology effectively lowers workshop temperatures, improves air quality, mitigates heat and dust impacts on workers, and significantly enhances workplace comfort.
Operational Design
The design deploys 64 Aolan Duo-series evaporative air coolers evenly distributed on the north and south sides of the 1st, 2nd, 5th, and 8th floors. These units deliver direct indoor air supply through ducts to achieve holistic cooling and humidification. A centralized PC-based control system allows real-time monitoring of all coolers via an operation platform in the 2nd-floor control room. Clients can flexibly activate or deactivate individual or multiple coolers based on operational needs, enabling efficient and user-friendly management.
Performance Results
Field measurements confirm that during peak summer, the air outlet temperature of the coolers remains consistently below 28°C. The implementation of these units has significantly reduced workshop temperatures, improved indoor air quality, alleviated heat and dust impacts on workers, and enhanced overall comfort. By maintaining positive air pressure through continuous airflow, the system also minimizes external dust ingress. The project has successfully achieved its goals of temperature reduction, dust suppression, and workplace environment optimization.
Industry overview
The temperature rises in summer, and the ventilation and air permeability inside the warehouse is poor. There are many shelves and in higher, and few people, The sports equipment on the shelves is complex. These sports equipment to be easily deformed may cause the stored , aged or damaged by heat, under long-term high temperature environment , and plastic products are also easily volatile and toxic, and gas is harmful to human health.
Project Overview
This project is located in Minhou County, Fuzhou City. The entire warehouse is a concrete structure. The warehouse is 90m length and 36m width. There are a large number of shelves and few people. Due to the closed warehouse, the air is not circulated, the air is turbid and dusty.
The 2nd floor install 9 unit of AOLAN air coolers on one side to supply fresh air and cool down areas, and 4unit extract fans on the opposite side for exhaust. The results are good at the moment since the workshop does not generate much heat.
The 3rd Floor install 10 unit of Aolan air coolers on two sides to supply fresh air for cooling in some areas, and 4unit extract fans on another two sides for exhaust. Since the worker are distributed in the workshop both side, Currently, 5unit of air coolers correspond to 2 unit of extract fans in a group, and a total of 2 groups are installed, which basically improved the problem of stuffy heat in summer.
Chemical plant ventilation and cooling case 2
Industry overview
Summer is hot and the temperature is high. Inflammable, explosive and volatile raw materials volatilize faster in chemical production areas, and can easily reach their ignition point and explosion limits in places with relatively high concentrations. Chemical, plastic and other production workshops produce toxic gases and odors during the production process. It can easily irritate people's eyes and respiratory tract, cause eye and respiratory system diseases, and endanger human health.
Project Overview
This project is in two workshops with an area of more than 10,000 square meters. There are concentrated fine sand and plastic bottle sorting equipment. These equipments will generate large amounts of heat and noise. The air circulation is poor and the oxygen content is low, which will make the workshop long-term in a harsh environment with high temperatures above 38-42℃. In summer, workshop workers are often sweaty and shirtless, which seriously affects the image of the workshop, work efficiency and product quality.
The workshop adopts a local comprehensive cooling mode. The air cooler is installed on one side of the workshop. Galvanized pipes are used to obtain long-distance air supply. Each air outlet adopts the air supply form on the left and right sides and the bottom. The wind speed at the air outlet of the fine sand workshop is about 2.0m/s, while the wind speed at the air outlet of the plastic bottle sorting workshop is about 4.0m/s. After using our products, fresh air is added, which effectively solves the problems of high temperature, workshop humidification and odor in the workshop, improves the working environment of workers, increases the oxygen content in the workshop, the work efficiency of production workers and product quality, and also improves the workshop in summer. The average temperature of inside local workplaces is maintained at around 32-34°C.
Capsule powder filling workshop temperature and humidity adjustment case
Industry overview
During the production process, pharmaceutical factory workshops have very strict requirements on environmental temperature and humidity. Excessive air humidity is very detrimental to the production quality and storage safety of pharmaceuticals. A large amount of waste heat is emitted during the pharmaceutical production process. How to efficiently recycle and utilize this waste heat has become an important task for pharmaceutical companies to control costs and protect the environment. With the continuous development of domestic pharmaceutical GMP certification, higher requirements are placed on the environment of pharmaceutical manufacturing enterprises, and the standards for their air conditioning and ventilation systems have been improved accordingly. How to control energy conservation and environmental protection to reduce air temperature and humidity has important economic and social value for pharmaceutical factories.
Project Overview
This project is applied to the pharmaceutical packaging workshop, using the Aolan heat pump solution depth dehumidification unit AHLD-DD01 for cooling and dehumidification. The equipment adopts Aolan's latest double counter-flow structure design, lithium chloride solution. The return air is deeply dehumidified, and the solution dehumidification equipment bears the heat and moisture load to achieve cooling and dehumidification. This project has been in operation for more than 8 years since 2015, with more than 15,000 operating hours. The equipment operates stably, all components are normal, and there is no maintenance record.
Chemical plant ventilation and cooling case 1
Industry overview
Summer is hot and the temperature is high. Inflammable, explosive and volatile raw materials volatilize faster in chemical production areas, and can easily reach their ignition point and explosion limits in places with relatively high concentrations. Chemical, plastic and other production workshops produce toxic gases and odors during the production process. It can easily irritate people's eyes and respiratory tract, cause eye and respiratory system diseases, and endanger human health.
Project Overview
This project is located in Hongshan Industrial Zone, Shishi City, Quanzhou City, Fujian Province. It is a reflective material manufacturing enterprise with a total of 2 workshops. The first is a reinforced concrete building with total of 6 floors (the 2nd floor is production workshop of about 400 square meters); the other workshop is Steel frame structure building with a total floor area of 1,000 square meters. The production equipment in both workshops is big and high. In summer, the workshop temperature is around 38°C. It is not only hot, but also has a strong smell of chemical raw materials, which seriously affects the physical and mental health of employees.
There are 16 unit of Aolan air coolers were designed and installed in the steel frame structure workshops on the 2nd and 1st floors respectively. Since the assembly line equipment in the two workshops is big and high, all the air coolers use direct blowing mode for air supply and cooling. After the air cooler was installed, the temperature is reach about 30°C and the wind speed is 6m/s. The ventilation and cooling effect is good, and the odor removal is significantly improved, achieving the expected effect of Party A’s customers.
Industry/project summary
This project is a national heavyweight project and an important part of the national big data strategy of "counting in the East and counting in the west". The big data center has a physical space of a dedicated building, computing resources with strong processing capacity (including dynamic allocation of computing resources), sufficient network resources (including dynamic flow regulation), and strong basic operation and maintenance capabilities. Indirect evaporative chiller units are required to be installed on the steel platform on the roof of the data room and serve as a direct cooling source for the data center in winter. as the data center equipped with water cooling chiller cooling cold source in summer,The requirements are as follows.
This project uses a total of 40 AOLAN indirect evaporation chiller AGS205-ZLAB(S), one system for every 10 units, a total of 4 systems, 3 used and 1 standby. In the summer weather of high temperature and humidity, the indirect evaporation chiller is used as a cooling tower to provide cooling water cooling service for the water-cooled chiller. In the transition of spring, autumn and winter, the indirect evaporation unit directly acts as a cold source to provide cold water for the end to achieve energy saving and consumption reduction of the system.
operational mode
Summer: Operating condition one mode, the AOLAN indirect evaporation chiller provides 37/32℃ inlet and outlet cold water, as the cooling water of the water-cooled chiller. In this mode, the indirect evaporative cooling chiller + water-cooled chiller + open-end chilled water type precision air conditioner is operated.
Winter: Operating condition two mode, the AOLAN indirect evaporation chiller provides 20/14℃ in and out of cold water, cold water as a direct cold source, through the plate heat exchanger, cold water for the end of the chilled water type precision air conditioning. In this mode, the indirect evaporative cooling chiller + plate heat exchanger + terminal chilled water type precision air conditioner is operated.
The in-situ testing results
This project has been tested by the third party with CMA/CNAS qualification in the field operation condition, which meets and exceeds the original design requirements. The project has been successfully completed and accepted, and the test results are as follows:
Actual operating conditions in summer: wet bulb temperature 25.91℃, inlet temperature 35.81℃, outlet temperature 29.23℃(approaching 3.32℃, meeting and better than bidding requirements) Actual operating conditions in winter: wet bulb temperature 11.22℃, inlet temperature 19.05℃, outlet temperature 11.24℃(approaching 0.02℃, meeting bidding requirements).
Industry Overview
Big data centers generally include IDC, comprehensive date room, etc., with high cabinet density and great heat generation. Chilled water air-conditioning systems are mostly used, and room-level or row-to-column-level air conditioners are used indoors, and hot and cold aisles are isolated or closed. The date room is airtight, and the refrigeration cycle runs throughout the year, which consumes a lot of energy. At present, the PUE is more than 1.6.
With the geometric growth of the size and number of data centers, as well as the intensive introduction of national energy strategic policies, the implementation of the carbon peaking and carbon neutrality goal and the mandatory restrictions on the PUE value of data centers. Making full use of natural cold sources, introducing new technologies, reducing energy consumption, and improving system energy efficiency have become urgent issues for data centers.
Aolan Energy Saving Solution Advantages
Aolan evaporative cooling technology adopts different schemes according to different regional meteorological conditions, different building scales and different application scenarios.
1. In the cold and dry areas in the north, the indirect evaporative high temperature chiller + terminal scheme, or the indirect evaporative AHU scheme, or the direct evaporative scheme (in areas with better air quality), most of the PUE can be lower than 1.2.
2. In other medium-humidity areas in the north, the indirect evaporative high temperature chiller + terminal + mechanical refrigeration scheme, or the indirect evaporative AHU + mechanical refrigeration scheme, or the evaporative + mechanical refrigeration scheme (in areas with better air quality), most of the PUE can be lower than 1.25.
3. In the southern region,evaporative + indirect evaporative cooling tower + traditional air conditioning is adopted, and most of the PUE can be lower than 1.3.
Project Introduction (1)
1. Cambridge University Data Center: The cold source of this project: Aolan evaporative air cooler is used as a cold source in spring and autumn and winter to maximize the use of natural cold source; in high temperature and high humidity weather, traditional air conditioners are turned on to assist in cooling, which minimizes system energy. consumption, the PUE of this project is as low as 1.13.
Project Introduction (2)
2. Data center of a telecommunications company in London: The cold source of this project: Aolan evaporative air cooler is used as the cold source in spring and autumn and winter to maximize the use of natural cold source; in high temperature and high humidity weather, the air conditioner is turned on to assist in cooling, to minimize the System energy consumption. The PUE of this project is as low as 1.15.
Project Introduction (3)
3. A data center in Guangdong: The cold source of this project adopts Aolan multi-stage indirect evaporative cooling chiller + air-cooled chiller + cold storage tank, multi-stage indirect evaporative cooling chiller as the cold source in spring and autumn, winter, and cold storage in some periods cold source, realize the efficient conversion of natural cold source. In high temperature and high humidity weather, the air-cooled chiller is turned on to assist in cooling, and through the synergy and complementation of the natural cold source and the mechanical cold source, the stable utilization and cascade utilization of the natural cold source are realized under the condition of fluctuation, and the energy consumption of the system is minimized. The PUE of this project is less than 1.3 and the CLF is less than 0.2.
Project Introduction (4)
4.A data center in Fujian: This project adopts the indirect evaporative AHU+mechanical cooling scheme design. It operates under evaporative cooling conditions in spring and autumn and winter. In high temperature and high humidity weather, the mechanical refrigeration system is turned on to supplement cooling to minimize system energy consumption. The PUE of this project can be as low as 1.3.
Industry Overview
In spraying plants, printing plants, glue debugging workshops and other places, a low-humidity environment is required in the process. However, due to factors such as strong odor, dust, and strong pollution in the working environment, it is impossible to recover heat from the exhaust air. The traditional Refrigeration dehumidifying method requires reheating after dehumidifying to reach the point of air supply. This method consumes a lot of energy. How to reduce the energy consumption of dehumidifying equipment and low-energy dehumidifying solutions have become the main factors in the industry to control costs.
Case Introduction
The spraying workshop of a small shipyard in Indonesia is located on a small island in the Pacific Ocean, with heavy rainfall, high temperature and high humidity. The workshop area is about 1000m2. Outdoor working conditions: 35℃DB/60%RH, indoor working conditions: 26℃DB/60%RH, Air treatment type: Fresh Air Unit, using Low Humidity Air Desiccant Unit.
Model: AHLD-DF03
Airflow: 3000m³/h
Dehumidifying capacity: 40kg/h
Equipment power: 9kw
Quantity: 4
Operating conditions: This project was installed and used in May 2015, and the system has been operating in good condition. Compared with the previous Refrigeration dehumidifying system, it saves more than 50% of electricity, which saves a lot of energy consumption for users and reduces the operation and maintenance cost of the spraying workshop.
Industry Overview
In the large-scale communication equipment room and core equipment room, the area is about 100-400m2, the cabinet density is high, and the heat generation is large. Generally, multiple direct-expansion air-cooled large-cabinet-type precision air conditioners with large cooling capacity are installed. A certain number of air outlets are arranged through the air duct. Generally, the direction of the cooling air flow of the cabinet is also considered. However, due to the placement of the equipment, there are socket flow in the channel of the cabinet, and high temperature alarms occur from time to time, which affects the normal operation of the cabinet. The date room is airtight, and the compressor operates uninterruptedly throughout the year for refrigeration, with high failure rate, large power consumption, and high operation and maintenance costs. Making full use of natural cold sources, reducing or canceling the running time of mechanical compressor air conditioners, reducing energy consumption, lowering PUE value, and reducing maintenance costs for air conditioner failures have become the main direction of energy-saving renovation of communication equipment rooms.
Aolan Energy Saving Solution Advantages
In terms of ventilation and cooling in the data room, Aolan recommends the use of evaporative air cooling system according to the actual situation.
Evaporative air cooling system solution: Under the conditions that can be connected to the water source, the evaporative air cooling system can be used. Make full use of the dry air energy with low wet bulb temperature in winter and transitional seasons, the outdoor fresh air is sent into the room after being filtered and purified, evaporative cooling, absorbs the heat of the indoor IT equipment into high-temperature air, and then is discharged outdoors through the forced exhaust fan. The system is equipped with a special intelligent control system, which can realize the linkage control of multiple evaporative air coolers and multiple air conditioners to ensure the normal operation of the computer room under the proper temperature and humidity conditions. Save energy and reduce consumption, reduce operation and maintenance costs, and reduce the PUE of the computer room to below 1.10.
Project Introduction (1)
This project is an evaporative air cooler renovation system for a value-added computer room of China Unicom in Fujian. It adopts Aolan special evaporative air coolers and special intelligent control system for the computer room. The evaporative air cooling system is operated in spring, autumn and winter, and the original compressor air conditioning system is operated in high temperature and high humidity weather such as summer. The project was put into use in 2019. It can run for more than 4,500 hours a year, and the annual power saving rate can reach 45%.
Project Introduction (2)
This project is an evaporative cooling renovation system for a core computer room of China Unicom Inner Mongolia. It adopts Aolan special evaporative air coolers and special intelligent control system for the computer room. The evaporative cooling system is operated in spring, autumn and winter, and the original compressor air conditioning system is operated in high temperature and high humidity weather such as summer. The project was put into use in 2019. It can run for more than 8,000 hours a year, and the annual power saving rate can reach 78%.
Project Introduction(3)
This project is an evaporative cooling renovation system for a core computer room of China Unicom in Hebei. It adopts Aolan special evaporative air cooler and special intelligent control system for the computer room. The evaporative cooling system is operated in spring, autumn and winter, and the original compressor air conditioning system is operated in high temperature and high humidity weather such as summer. The project will be put into use in 2021. It can run for more than 6,000 hours a year, and the annual power saving rate can reach 55%.
Industry Overview
Generally, 1-2 computer room air conditioners or ordinary split air conditioners are installed in communication base stations and small aggregation equipment rooms. The air conditioners are placed directly on the side wall of the room, regardless of the direction of the cooling airflow of the cabinets. There is a nest flow in the cabinet channel, and high temperature alarms. Such phenomena occur from time to time, affecting the normal operation of the cabinet. The computer room is airtight, and the compressor operates uninterruptedly throughout the year for refrigeration, with high failure rate, large power consumption, and high operation and maintenance costs. Making full use of natural cold sources, reducing or canceling the running time of mechanical compressor air conditioners, reducing energy consumption, lowering PUE value, and reducing maintenance costs for air conditioner failures have become the main direction of energy-saving renovation of base stations and small computer rooms.
Aolan Energy Saving Solution Advantages
In terms of ventilation and cooling of communication base stations, Aolan recommends the use of intelligent fresh air system according to the actual situation of the base station.
Intelligent fresh air system solution: In the case of remote base stations and small aggregation equipment rooms far away from towns, where there are no resident personnel on duty, or no access to water sources, Aolan Reeled Fresh air unit can be used. The outdoor fresh air of suitable temperature is directly sent into the room after being filtered and purified, absorbs the heat of the indoor IT equipment to become high temperature air, and is discharged to the outside through the forced exhaust fan. Ensure that the cabinet operates normally under suitable temperature and humidity conditions. The PUE of the computer room can be reduced to less than 1.15; the equipment is equipped with a large-area filter screen on the reel, intelligent detection, intelligent rotation and replacement, and the annual maintenance is as low as 1 time, with less maintenance workload and low maintenance cost. Because of the large use of low-temperature outdoor cold sources, the operation time of the air conditioner in the computer room is reduced, energy consumption is reduced, and failures are reduced.
Project Introduction (1)
This project is an intelligent fresh air energy-saving system for a base station of China Unicom in Fujian, using 1 Aolan reeled fresh air unit and 1 exhaust fan. The intelligent fresh air system is operated in early spring, late autumn and winter, and the original compressor air-conditioning system is operated in summer and other high-temperature and high-humidity weather. The project was put into use in 2018. It can run for more than 3,000 hours a year, and the annual power saving rate can reach 28%.
Project Introduction (2)
This project is an intelligent fresh air energy-saving renovation system for a base station of China Unicom Inner Mongolia. It adopts an Aolan Reeled fresh air unit and an exhaust fan. The intelligent fresh air system is operated in spring, autumn and winter, and the original compressor is operated in high temperature and high humidity weather such as summer. Air conditioning system, the project will be put into use in 2020. It can run for more than 6,500 hours a year, and the annual power saving rate can reach 56%.
Industry Overview
As an important functional part of the hospital, the design requirements of the operating room are getting higher and higher, requiring large fresh air, constant temperature and humidity throughout the year, high cleanliness, and huge energy consumption of the air conditioning system. If the energy consumption of the air-conditioning system in the operating room can be reduced, it is of great significance to the energy conservation and emission reduction of large-scale public construction projects such as hospitals.
Project Introduction
The operating room of a hospital in Singapore is located in the inner area of the building. The air-conditioning loads are mainly fresh air, lighting, indoor equipment, personnel, etc. The humidity load mainly comes from the human body and fresh air. In order to ensure the cleanliness requirements, the airflow requirements are relatively large, especially the fresh air requirements, which are required to reach 60m³/h. According to the design of the traditional air conditioning solution, the fresh air is first treated to the dew point in the fresh air unit, and then enters into each indoor circulation unit after passing through the medium-efficiency and sub-high-efficiency filters. After mixing with the return air, it is frozen and dehumidified with low-temperature chilled water, and then sent into the room after reheating. This treatment method obviously has huge reheat, serious cold and heat offset, and high energy consumption.
Based on the advanced LDAC Heat Recovery technology, Aolan designs and uses a high-efficiency Liquid Desiccant Air Conditioner to independently process the fresh air, independently undertake the fresh air load, and adjust the indoor latent heat load by adjusting the fresh air humidity, realizing the energy saving of fresh air treatment. And improve the sensible heat cooling capacity of the indoor air-conditioning system to achieve the purpose of improving the cooling efficiency and reducing the energy consumption. At present, the project is running well, achieving an energy saving rate of more than 37%. The salt solution has a bactericidal function, which is conducive to killing bacteria, viruses, microorganisms, etc. in the air, and is conducive to controlling the spread of viruses in buildings.
Industry Overview
Large-scale complex buildings, such as hospital complexes, food courts, etc., have the characteristics of large construction area and high demand for fresh air. Usually, air source heat pump units are used with fan coil units and fresh air. Traditional air conditioning systems have problems such as inability to guarantee indoor parameters, poor comfort, and high energy consumption. The Liquid Desiccant Air Conditioner with full heat recovery uses salt solution as the working medium. The unit has its own cold and heat source, and can operate temperature and humidity control independently. It has the characteristics of high COP, convenient adjustment, and high killing rate of bacteria, viruses and microorganisms. It is suitable for This type of hospital complex building has a large demand for cooling capacity and a lot of fresh air, so as to achieve the purpose of energy saving, purification and comfort. The renovation of the previous air conditioning system can solve the problem of insufficient design capacity and achieve the purpose of energy saving and comfort.
Project Introduction
A food court has 4 floors with a total area of about 2800m² and a single-storey building area of about 700m². The first floor is a food stall and a cafeteria, the second and third floors are separated small restaurants, and the fourth floor is a high-end restaurant. The previous air-conditioning system is in the form of Fan Coil unit plus Fresh air, and the cooling source is an air source heat pump unit. At present, the air-conditioning system has the problem of insufficient design quantity and out-of-control indoor temperature and humidity. Especially when the fresh air is turned on, the indoor humidity will be higher. The original design cooling load is about 900KW, and the cooling source is 2*560KW of air source heat pump units. Because the actual passenger flow far exceeds the design value, the indoor temperature and humidity are high and the comfort is poor. The transformation requires the temperature to be controlled at 25℃±1.5℃ and the relative humidity at 50%±10%.
According to the actual situation of the existing building, if the traditional air-conditioning renovation scheme is adopted, a total of 500KW refrigeration units need to be added, the fan coil unit will be increased accordingly, the system power distribution capacity will be expanded by 30%, and the renovation and operating costs will be greatly increased. The Fresh Air Desiccant Unit is used to replace the previous Fresh Air System. The air supply point of the fresh air is 20°C, 20% (3.0g/kg), and the humidity is much lower than the indoor humidity, which greatly reduces the latent heat compound of the previous air conditioning system. The sensible heat output of the original system has been increased. After the renovation, without adding refrigeration units and indoor end coils, the indoor temperature and humidity meet the owner's requirements, greatly improving air quality and comfort, and greatly saving equipment renovation costs and later operation costs.
室外空气能热泵机组
新风机房照片
Industry Overview
Generally, 1-2 computer room air conditioners or ordinary split air conditioners are installed in communication base stations and small aggregation equipment rooms. The air conditioners are placed directly on the side wall of the room, regardless of the direction of the cooling airflow of the cabinets. There is a nest flow in the cabinet channel, and high temperature alarms. Such phenomena occur from time to time, affecting the normal operation of the cabinet. The computer room is airtight, and the compressor operates uninterruptedly throughout the year for refrigeration, with high failure rate, large power consumption, and high operation and maintenance costs. Making full use of natural cold sources, reducing or canceling the running time of mechanical compressor air conditioners, reducing energy consumption, lowering PUE value, and reducing maintenance costs for air conditioner failures have become the main direction of energy-saving renovation of base stations and small computer rooms.
Aolan Energy Saving Solution Advantages
In terms of ventilation and cooling of communication base stations and small aggregation equipment rooms, Aolan recommends the use of evaporative pad fresh air cooling system solutions according to the actual situation.
Solution of evaporative pad fresh air cooling system: Under the condition that the water source can be connected, the evaporative pad fresh air system of Aolan data computer room can be used. Make full use of the dry air energy with low wet bulb temperature in winter and transitional seasons, the outdoor fresh air is sent into the room after being filtered and purified, evaporative cooling, absorbs the heat of the indoor IT equipment into high-temperature air, and then is discharged outdoors through the forced exhaust fan. The system is equipped with a special intelligent control system for the Aolan base station, which can realize the linkage control of the evaporative air cooler and the air conditioner of the computer room, so as to ensure the normal operation of the computer room under the proper temperature and humidity conditions. Save energy and reduce consumption, reduce operation and maintenance costs, and reduce the PUE of the computer room to below 1.10.
Project Introduction (1)
This project is an evaporative pad fresh air energy-saving renovation system for base stations and small computer rooms of China Telecom in various cities in Guangxi. The evaporative pad fresh air system is operated in spring, autumn and winter, and the original compressor air conditioning system is operated in summer and other high temperature and high humidity weather. The project was put into use in 2012. It can run for more than 3,000 hours a year, and the annual power saving rate can reach 30%.
Project Introduction (2)
This project is an evaporative pad fresh air energy-saving renovation system for a convergence machine room in Heilongjiang, China Unicom. It adopts Aolan special evaporative air cooler and base station special intelligent control system. The evaporative cooling water pad fresh air system is operated in spring, autumn and winter, and the original compressor air conditioning system is operated in high temperature and high humidity weather such as summer. The project was put into use in 2015. It can run for more than 7,500 hours a year, and the annual power saving rate can reach 75%.
Industry Overview
Tobacco alcoholization is an effective means to improve the quality of tobacco leaves. To ensure the alcoholization effect, the indoor temperature and humidity of tobacco aging warehouses need to be strictly controlled. According to "Design Specifications for Tobacco and Tobacco Products Warehouse YC/T 205-2006", the tempering temperature of red-cured cigarettes should be 10-30℃, and the relative humidity should be 55-65%. The traditional air-conditioning design method generally adopts Refrigeration dehumidifying units. First, the heat pump air-conditioning unit is used to directly cool and dehumidify the air, because the temperature after dehumidifying is too low, and then the air needs to be re-heated. The traditional refrigeration and dehumidifying methods have problems such as low refrigeration efficiency and high energy consumption. Aolan Liquid Type Central Air Conditioner with full heat recovery uses advanced LDAC technology to separate and independently control air temperature and humidity, which greatly reduces the latent heat treatment load of air-conditioning heat pump, improves refrigeration efficiency and saves energy.
Project Introduction
A tobacco alcoholization warehouse in Fujian has a total of 4 storeys with a floor height of 5.6 meters and a total construction area of 13442 m². The design requires that the indoor temperature is ≤28°C and the relative humidity is ≤70%, and 8 sets of Aolan Fresh Air Desiccant Air Handling units of 45000m³/h are used. The operation of the unit is divided into three modes: ventilation, cooling and dehumidifying, and deep dehumidifying. According to the different increasing speed of indoor temperature and humidity load, the unit automatically switches between three modes. The salt solution has a strong hygroscopic capacity, and the solution regeneration can use the low temperature heat rejection of the condenser. When the unit heat pump is selected and calculated, most of the cooling capacity can be used as a sensible heat load for processing and design, which improves the cooling efficiency of the heat pump and reduces the energy consumption. Compared with the traditional Refrigeration dehumidifying Unit, the LDAC air handling technology eliminates the cold and heat offset caused by reheating in the refrigeration and dehumidifying, and uses a high-temperature cold source to treat the indoor sensible heat, reducing the system energy consumption by more than 40%; Condensate water, reduce the growth of mold, and the salt solution itself can kill more than 90% of the bacteria in the air, improve the air quality of the supply air, and improve the alcoholization conditions of tobacco leaves.
Industry Overview
With the rapid development of new energy technology, the demand for process air conditioners is increasing, and the requirements for process and energy saving are also getting higher and higher. For lithium battery production workshops, laser welding rooms, assembly rooms, etc., the temperature is required to be 25±2°C, and the relative humidity is required to be ≤30%.
The Freezing Dehumidifier method uses low-temperature cold water or refrigerant to contact the air through the surface cooler coil, so that the air is cooled to the dew point and then dehumidified. The air temperature after freezing and dehumidifying is too low, and the dehumidified air needs to be reheated to reach the air supply state point. In the reheating process, there is a problem that the heat and cold are offset and the energy consumption is too large.
Another common Desiccant Wheel is to use impregnated microporous moisture absorbent material to absorb moisture in the air to dry the air, and use high-temperature air in the regeneration area to take away the moisture for regeneration. Due to the high regeneration temperature of rotary dehumidification, the air needs to be cooled again after dehumidification to reach the air supply state point. The cooling process after dehumidifying requires a large amount of cooling, and there is a problem of huge energy consumption.
In the solution dehumidifying system, the solution is used as a hygroscopic material, and the difference between the vapor pressure of the solution surface and the vapor pressure of the air to be treated is used as the driving force for mass transfer to dehumidify the air. The solution dehumidifying system has the advantages of independent control of air temperature and humidity, high energy efficiency, avoiding the process of reheating or recooling the air after dehumidifying, and high air supply cleanliness. It is an important alternative to the above two common dehumidifying systems. It is widely used in battery factories or energy-saving renovation of existing dehumidifying systems.
Project Introduction
A lithium battery production plant is located in a city in the south, which is hot in summer and cold in winter. In the production process of lithium battery cathode, graphite powder, mixed binder and other solvents need to be prepared into graphite slurry, and then applied to the surface of aluminum foil. The workshop requires a temperature of 24±3℃ and a relative humidity of ≤40% (absolute humidity between 6g/kg and 9g/kg).
There is a 30000m³/h Liquid Type Central Air Conditioner installed, with a fresh air ratio of 25%. The air treatment process of the Liquid Desiccant Air conditioner system as follow:
In cooling and dehumidifying section, fresh air A0 (36℃, 60%) is cooled and dehumidified to A1 (15℃, 40%). Fresh air mixed with the indoor return air A2 (24℃, 35%) to Supply air Aout (20℃, 30%).
In the regenerating section, the temperature of the solution heated by the condenser, and the moisture is released to the fresh air from the outdoor state point of R0 (36°C, 60%) to achieve regeneration. After moisture absorption, the state point is ROUT ( 43°C, 60%) of the regeneration air is exhausted.
In this system, the evaporator of the heat pump provides the cooling capacity required for dehumidification of the solution, the condenser of the heat pump provides the heat required for the regeneration of the solution, and the processed air directly reaches the point of supply air. No need re-heat and re-cool power consumption.
Industry Overview
People-intensive buildings, such as bus stations or train station waiting rooms, are characterized by high personnel density, large indoor humidity, and high demand for fresh air. Traditional air-conditioning systems consume a lot of energy, especially in the summer season of high temperature and high humidity. Most of the cooling capacity is used to deal with fresh air and indoor humidity load, resulting in insufficient sensible heat capacity and reduced comfort.
The independent control concept of temperature and humidity of solution adsorption dehumidification and evaporator processing sensible heat provides a more energy-saving and comfortable air-conditioning design scheme for densely populated buildings such as stations and airports. The Heat Recovery Type Fresh Air Desiccant Unit uses salt solutions such as lithium chloride and lithium bromide as the working medium, and uses the characteristics of low vapor pressure on the surface of the salt solution to absorb the moisture in the air to achieve the purpose of dehumidification; the unit comes with a heat pump condenser end to exhaust heat for solution heating Regeneration does not need to increase additional energy consumption; the high temperature cold source at the evaporator end only needs to process the sensible heat of the air, and the cooling efficiency of the heat pump is greatly improved.
Project Introduction
A new large-scale bus station is built in a city, with a construction area of 108,600 m² and a maximum design capacity of 10,000 people. The city is located in southern China, with high temperature and high humidity in the rainy season. The number of days in which the wet bulb temperature is higher than 28℃ is more than 110 days. The latent heat load is the main consumption of the cooling capacity of the air-conditioning system of the project. The Heat Recovery Type Fresh Air Desiccant Unit is matched with a magnetic levitation chiller. The Fresh Air Desiccant Unit dehumidifies and cools the fresh air to 3.5g/kg, and feeds it into the room at 20°C, increases the indoor circulating airflow, improves the indoor dehumidifying efficiency, and keeps the room dry. The chiller only operates in the high temperature area, which greatly improves the cooling efficiency. The salt solution has the characteristics of non-volatile and strong stability, and also has the ability to kill microorganisms such as bacteria and viruses, which can purify the air and provide high-quality indoor air.
Industry Overview
The waiting hall of the train station has the characteristics of high density of people, large indoor humidity, and high demand for fresh air. At present, this type of place generally adopts the method of Freezing dehumidifier (using 7°C chilled water) to remove the sensible heat load and latent heat load in the station. This conventional air treatment method results in that the sensible heat load can be discharged by a high-temperature cold source (14/19°C), but has to be treated with a low-temperature cold source of 7°C with the dehumidifying process, resulting in a waste of energy quality. The climate in southern China is hot and humid, and the heat-humidity ratio required for indoor environmental regulation of the building varies within a large range. There are problems of over-allocation of cooling capacity or insufficient cooling capacity in extreme weather, which brings extremely difficult design. Moreover, there is a problem of mold growth on the surface of the evaporator in the Freezing Dehumidifying method, which seriously affects the indoor air quality.
The temperature and humidity independent control air-conditioning system is a new type of air-conditioning system that uses solution as the working medium to treat air humidity and high-temperature cold water to treat air temperature. The Liquid Desiccant Air Conditioner is driven by a heat pump, and the vapor pressure on the surface of the solution after cooling is extremely low. During the process of contacting with the air, it absorbs the moisture in the air and cools the air at the same time. The regeneration utilizes low-grade waste heat discharged from condenser, realizes the conversion of thermal energy to steam energy, and reduces the heat emission of the unit. On the one hand, the energy consumption is greatly reduced, and on the other hand, it can flexibly adapt to changes in the indoor heat-humidity ratio, and at the same time, it can significantly improve the indoor air quality.
Project Introduction
A train station in a city in the south has a building area of 10,000m². The city is located in the south of China. During the rainy season, the temperature is high and the humidity is high. The wet bulb temperature is higher than 28°C for more than 100 days throughout the year. The existing air-conditioning system uses low-temperature cold water as the cold source temperature and humidity treatment method, which consumes a lot of energy. In extreme weather conditions, due to the soaring wet load or even insufficient cooling capacity, the comfort is greatly reduced. The renovation of this project adopts the independent control method of temperature and humidity, and 6 sets of 6000 airflow Pre-Cooling type Fresh Air Desiccant Unit are added to deal with the latent heat of the air, and the existing air conditioning system is changed to a high temperature cold source to deal with the sensible heat of the air. After changing to high-temperature cold water, compared with the low-temperature cold water produced by the evaporator in the past, the existing refrigeration system has improved the refrigeration efficiency and reduced power consumption. The powerful dehumidifying capacity of the Liquid Desiccant Air Conditioner meets the processing requirements of different humidity loads at different times throughout the year, making it no longer difficult to handle humidity loads under extreme climatic conditions. The salt solution has the characteristics of non-volatile and strong stability, and also has the ability to kill microorganisms such as bacteria and viruses, which can purify the air and provide high-quality indoor air.
Industry Overview
The production process of the pharmaceutical factory workshop has very strict requirements on the temperature and humidity of the environment. Too high air humidity is very detrimental to the production quality and storage safety of drugs. During the pharmaceutical production process, a large amount of waste heat is emitted. How to efficiently recycle the waste heat has also become an important task for pharmaceutical factories to control costs and protect the environment. With the continuous development of domestic pharmaceutical GMP certification, higher requirements are placed on the environment of pharmaceutical production enterprises, and the standards of their air conditioning and ventilation systems are correspondingly improved. How to control energy saving and environmental protection to reduce air temperature and humidity has important economic and social value to pharmaceutical factories.
Project Introduction
The workshop of a large pharmaceutical factory in Taiwan is equipped with a combined air-conditioning unit. At present, the air-conditioning scheme uses an evaporator to simultaneously cool, condense and dehumidify the air to produce dry and cool air. In summer, it’s hot and humid. It is often to meet that humidity can’t reach to design requirement, high energy consumption of air conditioning system, and poor indoor air quality. In order to solve the problem of insufficient cooling capacity and high energy consumption, a Liquid Desiccant Air Conditioner (LDAC) is added to the previous air-conditioning unit to achieve independent temperature and humidity control. The LDAC treats the indoor air humidity to around 3g/kg, and the original air-conditioning unit only needs to deal with the sensible heat load, which improves the refrigeration efficiency of the unit and greatly reduces the indoor temperature. The solution regeneration utilizes the low-grade waste heat generated in the pharmaceutical production process to achieve the goals of reducing waste heat emissions and saving energy consumption. Especially in the summer thunderstorm season, high temperature and high humidity, the humidity load accounts for about 50% of the total load. After adding the Liquid Desiccant Air Conditioner, the original air conditioning unit only needs to deal with the sensible heat load, and there will be no shortage of cooling capacity. Greatly reduces indoor temperature and improves cooling efficiency.
Industry Overview
High-speed rail stations, airports, long-distance bus stations and other entry halls, waiting areas, exit corridors, etc., have strong openness, large space, dense crowds, long use time, increase the supply of fresh air, and provide energy-saving and consumption-reducing cooling measures. become an urgent problem. Therefore, making full use of natural cold sources, especially in the northwest and other areas with abundant dry air energy, using evaporative cooling products as air treatment equipment in these fields to achieve energy saving and consumption reduction, has been included in HVAC design specifications, and is increasingly promoted.
Aolan Energy Saving Solution Advantages
Aolan provides fresh air evaporative cooling wind side solutions for large open spaces in public transportation.
The evaporative cooling wind side solution adopts Aolan evaporative cooling air-conditioning unit. The outdoor fresh air is directly fed into the room after filtering and evaporative cooling treatment, eliminating the energy loss of intermediate energy conversion. In the northwest and other low wet bulb temperature areas, the equipment supply air temperature Low power consumption, the power consumption is only 15%~40% of the power consumption of the mechanical air conditioning system, the fresh air cooling operation is healthy and environmentally friendly, and the investment and operation and maintenance costs are low.
Project Introduction
Aolan evaporative cooling combined air-conditioning units are used as ventilation and cooling equipment in open areas such as the passenger departure area and taxi waiting area of a high-speed railway station in the west, providing passengers with a comfortable and fresh air environment. A total of 12 Aolan evaporative cooling combined air-conditioning units were selected for this project, with a total air supply volume of 470,000m³/h.
Industry Overview
With the continuous improvement of public health undertakings, the requirements of the hospital's medical environment are also constantly escalating. In our northwest region, wards, outpatient rooms, waiting areas and other areas that did not consider cooling in summer also put forward requirements for the comfort of the indoor environment in summer. Therefore, making full use of natural cold sources, especially in the northwest and other areas with abundant dry air energy, the use of evaporative cooling products as air treatment equipment in the public construction field to achieve energy saving and consumption reduction has been included in the HVAC design specification and has been increasingly promoted.
Aolan Energy Saving Solution Advantages
Aolan provided an indirect evaporative water side solution for the hospital complex.
The indirect evaporative water side solution adopts the air treatment system of Aolan dew point indirect evaporative cooler + floor radiation or dry coil combined with direct evaporative cooling combined air conditioning unit, which can be used for both fresh air cooling and indoor air cooling. Dew point indirect evaporative cooling cooler outlet water temperature is between the wet bulb temperature and dew point temperature of the air. In the northwest region, it can directly provide cold source for the terminal, and the total power consumption of the system is only 20%~50% of the power consumption of the mechanical air conditioning system. %, reduce the temperature difference between the indoor air and return air, and feel more comfortable.
Project Introduction
This project adopts the combination of Aolan dew point indirect evaporative cooler + dry fan coil unit and combined air conditioner fresh air unit as the air conditioning cooling system of a hospital complex in Northwest China, and the dew point indirect evaporative cooling chiller directly serves as the terminal dry fan panel. Tube and evaporative cooling combined air-conditioning fresh air unit provides cold water, and dry fan coil units are arranged in wards and clinics. Indoor return air temperature difference is small, more comfortable. The evaporative cooling combined air-conditioning fresh air unit not only meets the requirements of fresh air in winter and summer, but also provides a comfortable and fresh air environment with fresh air for the transition season.A total of 4 Aolan indirect evaporative cooling cooler are designed in this project, and the total circulating water volume of the equipment 160m3/h, cooling capacity: 940kW.
Data analysis and comparison: the total power consumption of the air-conditioning system during the cooling period kW.h/m2
In this project, the total power consumption of the evaporative cooling system during the cooling period of the cooling area is 41.5kWh/m2, which saves 55% of the energy consumption compared to the traditional central air-conditioning system.
Industry Overview
Airport arrival halls, waiting areas, exit corridors, auxiliary rooms, etc., have strong openness, large space, large flow of people, and long use time. Providing cooling measures to save energy and reduce consumption has become an urgent problem to be solved. Therefore, making full use of natural cold sources, especially in the northwest and other areas with abundant dry air energy, using evaporative cooling products as air treatment equipment in these fields to achieve energy saving and consumption reduction, has been included in HVAC design specifications, and is increasingly promoted.
Aolan Energy Saving Solution Advantages
Aolan provides evaporative cooling wind side solutions for the large open space of the airport.
The evaporative cooling wind side solution adopts Aolan composite indirect evaporative cooling air-conditioning unit. The outdoor fresh air is directly fed into the room after filtering and evaporative cooling treatment, saving the energy loss of intermediate energy conversion. In the northwest and other low wet bulb temperature areas, the equipment The supply air temperature is low, and the power consumption is only 15%~40% of the power consumption of the mechanical air-conditioning system.
Project Introduction
The Aolan dew point composite indirect evaporation combined air conditioner is used as the new air cooling equipment for the auxiliary production area, canteen, restaurant, etc. of an airport in the northwest. Fresh air environment, energy saving and consumption reduction. A total of 10 Aolan composite indirect evaporative cooling combined air-conditioning units are selected for this project, and the total fresh air volume of the equipment is 64000m3/h。
Data analysis and comparison: total power consumption of equipment during cooling period kW.h/ m2
In this project, the power consumption of the air-conditioning system during the cooling period of the evaporative cooling system is 8.56kWh/m2, which saves 72% of the energy consumption compared with the traditional mechanical air-conditioning.
Industry Overview
School canteens, gymnasiums and other large space areas have large spaces, a certain degree of openness, dense crowds, large demand for fresh air, and high allowable values for wind speed and temperature. Minimizing the use of mechanical refrigeration systems, reducing energy consumption, and increasing fresh air volume have become a good application requirement.
Aolan Energy Saving Solution Advantages
Aolan provides evaporative cooling wind side solutions for large public spaces such as gymnasiums.
The evaporative cooling wind side solution adopts Aolan evaporative cooling air-conditioning unit. The outdoor fresh air is directly fed into the room after filtering and evaporative cooling treatment, which saves the energy loss of intermediate energy conversion. The temperature is low, the power consumption is only 15%~40% of the power consumption of the mechanical air conditioning system, the fresh air cooling operation, healthy and environmentally friendly, and the investment and operation and maintenance costs are low.
Project Introduction
The Aolan evaporative cooling combined air-conditioning unit is used as a new air cooling system in the gymnasium, canteen and other areas of a school in the west. A total of 8 Aolan evaporative cooling combined air-conditioning units are selected for this project. The total air supply volume is 360000m3/h。
In this project, the power consumption of the air-conditioning system during the cooling period of the evaporative cooling system is 4.45kWh/m2. Compared with the traditional mechanical air-conditioning, the saving rate is over 75%.
Industry Overview
Large-scale public spaces such as exhibition halls have large space, high degree of indoor airtightness, and dense crowds. The influence of exhibition items on indoor air quality is different, and the use time is not fixed. Therefore, it is required to comprehensively consider various factors and design cooling measures for energy saving and consumption reduction with large fresh air volume, which has become an urgent problem to be solved. Therefore, making full use of natural cold sources, especially in areas with abundant dry air energy such as northwest China, using evaporative cooling products as air treatment equipment in these fields to achieve energy saving and consumption reduction has been included in HVAC design specifications and has been increasingly promoted.
Aolan Energy Saving Solution Advantages
Aolan provides a solution for the indirect evaporation water side for the large space of the exhibition hall.
The solution on the indirect evaporative water side adopts the air treatment system of Aolan dew point indirect evaporative cooler + floor radiation or dry coil and direct evaporative cooling combined air conditioning unit, which can be used for both fresh air cooling and indoor air. Cool down. Dew point indirect evaporative cooling cooler outlet water temperature is between the wet bulb temperature and dew point temperature of the air. In the northwest region, it can directly provide cold source for the terminal, and the total power consumption of the system is only 20%~50% of the power consumption of the mechanical air conditioning system. %, reduce the temperature difference between the indoor air and return air, and feel more comfortable.
Project Introduction
A comprehensive solution combining Aolan dew point indirect evaporative cooler and combined evaporative cooling fresh air air conditioner is used as the air conditioning cooling system of a large automobile showroom in the west, and the dew point indirect evaporative cooling cooler and combined evaporative cooling fresh air air conditioner are turned on in summer. Unit, outdoor air is sent indoors after multi-stage cooling by the terminal combined air conditioning unit, providing a comfortable environment for exhibition halls, experience areas, trading areas and other areas. In the transition season, just turn on the combined evaporative cooling fresh air air conditioning unit. The outdoor fresh air is sent into the room after evaporative cooling and cooling, so as to reduce the power consumption of operation and save energy and reduce consumption. A total of 8 Aolan indirect evaporative cooling coolers and 16 combined evaporative cooling fresh air air conditioning units are designed for this project.
In this project, the power consumption of the air-conditioning cold source during the cooling period of the evaporative cooling system is 8.32kWh/㎡, which saves 61% of the energy consumption compared with the energy consumption of the traditional cold source system.
Industry Overview
School classrooms, activity centers, libraries, canteens and other large space areas have large spaces, dense crowds, large demand for fresh air, and strong usage time. For example, in the summer vacation of high temperature and humidity, the density of indoor personnel is significantly reduced, and the indoor heat load is reduced. Therefore, making full use of natural cold sources, using evaporative cooling air conditioning systems, minimizing the use of mechanical refrigeration systems, reducing energy consumption, and increasing fresh air volume have become a good application requirement.
Aolan Energy Saving Solution Advantages
Aolan provides indirect evaporative water side solutions for large public spaces such as libraries.
The indirect evaporative water side solution adopts the air treatment system of Aolan dew point indirect evaporative chiller + floor radiation or dry coil combined with direct evaporative cooling combined air conditioning unit, which can be used for both fresh air cooling and indoor air cooling. Dew point indirect evaporative cooling chiller outlet water temperature is between the wet bulb temperature and dew point temperature of the air. In the northwest region, it can directly provide cold source for the terminal, and the total power consumption of the system is only 20%~50% of the power consumption of the mechanical air conditioning system. %, reduce the temperature difference between the indoor air and return air, and feel more comfortable.
Project Introduction
The combination of Aolan dew point indirect evaporative chiller and combined air-conditioning unit is adopted as the air-conditioning cooling system for the reading area of a school library, a large conference room and the fresh air treatment system of the whole building, and the dew-point indirect evaporative cooling chiller is directly at the end. The combined air-conditioning unit and the combined air-conditioning fresh air unit provide cold water, which is directly used as a cold source in summer (not during the summer vacation), and supplementary mechanical cooling in summer to meet the use requirements, thereby reducing the power consumption for operation, saving energy and reducing consumption. A total of 4 Aolan indirect evaporative cooling chillers are designed in this project, with a total circulating water volume of 160m3/h and a cooling capacity of 940kW.
Data analysis and comparison: total power consumption of equipment during cooling period kW.h/ m2
In this project, the power consumption of the air-conditioning cold source during the cooling period of the evaporative cooling system is 26.5kWh/m2, which saves 60% of the energy consumption compared to the energy consumption of the traditional cold source system.。
Industry Overview
With the continuous improvement of public health undertakings, hospital infection prevention and control work has been paid more and more attention. In the hospital's outpatient hall, large waiting area, children's medical activity center, public medical street and other medium and large open areas, due to the dense crowds, the air conditioning load is heavy. When using traditional central air-conditioning design, in order to save energy, it can only be designed according to the minimum fresh air volume. The experience of patients and their families is very bad, and the voice of worrying about hospital infection is getting stronger and stronger. Increasing the volume of fresh air and reducing the energy consumption of air-conditioning have become the urgent problems to be solved in the design of air-conditioning systems. Therefore, making full use of natural cold sources, especially in areas with abundant dry air energy such as the northwest, the application of evaporative cooling and energy-saving technology in this field has been increasingly vigorously applied promotion.
Aolan Energy Saving Solution Advantages
Aolan provides indirect evaporative air side solutions for the hospital's outpatient hall, large waiting area, children's medical activity center, public medical street and other open areas of medium and large universities.
The evaporative wind side solution adopts Aolan direct/indirect evaporative cooling air-conditioning fresh air unit. The outdoor fresh air is filtered and dew point indirect evaporative cooling treatment and then directly sent to indoor use, saving the energy loss of intermediate energy conversion. In the northwest low dew point temperature area, The supply air temperature of the equipment can be close to that of the mechanical air conditioner, but the power consumption is only 20%~45% of the power consumption of the mechanical air conditioning system, which not only meets the requirements of fresh air in winter and summer, but also provides comfortable and fresh air with fresh air for the transition season surroundings.
Project Introduction
Aolan composite dew point indirect evaporative combined air-conditioning unit is used as a fresh air unit in a large open area such as a public medical street on the outpatient floor of a hospital complex in the northwest, providing the public medical street on all floors with fresh air ventilation and cooling comfort and cooling in summer and transitional seasons. A clean air environment that provides supplementary fresh air that meets basic requirements in winter. This project selects 3 Aolan dew point indirect evaporative cooling combined air conditioning units, the total fresh air volume of the equipment: 60000m3/h
Data analysis and comparison: total power consumption of equipment during cooling period kW.h/ m2
In this project, the power consumption of the air-conditioning system during the cooling period of the evaporative cooling system is 16.9kWh/m2, which saves 76% of energy consumption compared with the traditional mechanical air-conditioning.
Industry Overview
1.Open public places are crowded with people, dirty air, large personnel flow, and unable to be completely sealed, and the use of central air conditioning requires a large investment, high energy consumption but poor use effect.
2.The semi-closed airport waiting hall, dense personnel, insufficient fresh air, easy to make people feel unwell, and increase the risk of disease transmission.
The Solution
1. Install "Aolan" air cooler to meet the requirement of open public places. It can operate with fresh air without closing doors and windows. It can not only quickly cool down, ventilate, supplement fresh air, and increase air oxygen content, but also improve the comfort of passengers in public places.
2. The investment of installing "Aolan" air cooler is only 1/2 of that of central air conditioners, which can save more than 80% of operating costs.
3. The installation of "Aolan" air coolers requires less investment and can achieve rapid cooling and instant use. 100% fresh air for the whole place, save energy without wasting.
Industry Overview
1.Open public places are crowded with people, dirty air, large personnel flow, and unable to be completely sealed, and the use of central air conditioning requires a large investment, high energy consumption but poor use effect.
2. Semi enclosed exhibition halls, libraries, gymnasiums and other areas are densely populated and lack of fresh air, which is easy to make people feel unwell and increase the risk of disease transmission.
3. The conference hall, auditorium and other places which have large space with low frequency of use. The central air conditioner has a large investment but with low frequency of use. It requires a long time of pre-cooling to start, resulting in great waste.
The Solution
1. Install "Aolan" air cooler to meet the requirement of open public places. It can operate with fresh air without closing doors and windows. It can not only quickly cool down, ventilate, supplement fresh air, and increase air oxygen content, but also improve the comfort of the audience in public places.
2. The investment in installing the "Aolan" air cooler is only 1/2 of that of the central air cooler, which can save more than 80% of the operating cost too.
3.Install the "Aolan" air cooler, with less investment, which can realize rapid cooling and instant use. Fresh air in the whole house, energy saving without waste.
Industry Overview
1.Open outdoor clubhouses, leisure, and entertainment can not guarantee a complete seal of the space, and air conditioning cannot be used.
2.Outdoor places are exposed to direct sunlight, hot and sweltering heat, and customer consumption experience is poor.
The Solution
1. The installation of "Aolan" air cooler can meet the requirements of opening the door without closing the doors and windows. It can operate with fresh air, which can not only quickly cool down, ventilate, supplement fresh air, increase the oxygen content of the air, and also improve the comfort of customers in public places.
2. Install the "Aolan" air cooler, with less investment, which can realize rapid cooling and instant use. Fresh air in the whole house, energy saving without waste.
Industry Overview
1.People are highly dense and mobile, indoor lighting, etc. produce high temperature environment, insufficient oxygen supply, air pollution, people are prone to dizziness, chest tightness, palpitation in a stuffy environment, and the large temperature difference between indoor and outdoor can easily induce colds.
2. The installation of central air-conditioning requires a large amount of equipment and engineering installation costs, and the high operating costs cause profit losses to operators.
3. The furniture store has a large space, and the density of passenger flow varies greatly due to working days and holidays, and the goods have certain requirements on humidity. The installation of central air conditioning requires a large investment, and the air in the closed environment has a strong odor. At the same time, the air is too dry. affect the quality of goods.
The Solution
1. The use of "Aolan" air coolers can achieve the functions of cooling, ventilating, and supplementing fresh air in high-density business sites during the high-temperature season in summer and eliminating odors. In other seasons, the exhaust function can be used to discharge indoor dirty air outdoors, creating a comfortable operating environment.
2. The investment in installing air coolers saves nearly 50% of energy compared to central air conditioners. Under certain temperature conditions, according to different environmental needs, setting refrigeration or ventilation, the operating costs are more than 80% more energy efficient than traditional air conditioners, which greatly improves the profit of the operators.
3. By installing "Aolan" air coolers for ventilation and cooling, the air has a certain moisture content, which not only meets the comfort requirements of customers but also ensures the quality of the goods.
Industry Overview
With the rapid development of large-scale cattle farming, a good environment can maximize the production potential of cattle and improve the health level of cattle. Whether the ambient temperature in the cattle house is suitable in the hot summer plays a decisive role in maintaining the stability of the reproductive performance of the male and female cattle. The cattle house environmental control is a systematic project. The Aolan Evaporative pad and exhaust fan cooling system is dedicated to the application in the field of animal husbandry, which can effectively solve the air problem of cattle farms.
The Solution (Evaporative Pad and Exhaust Fan Cooling System)
The Aolan Evaporative pad and exhaust fan cooling system is a reliable solution for environmental control in large-scale cattle farms, which can adjust the temperature and humidity of the air in the house while ensuring the fresh air in the house. Provide a comfortable growth environment for breeding cattle and improve breeding efficiency.
Project Photos of Evaporative Pad and Exhaust Fan Cooling System
Industry Overview
In order to improve the breeding efficiency, chicken farms have put forward higher requirements for the temperature, humidity and air quality in the chicken house. The evaporative pad and fan cooling system using natural cooling source is considered to be a very suitable choice, which can ensure the temperature, humidity and ventilation requirements in the chicken house and promote the healthy growth of chickens.
The Solution (Evaporative Pad and EXhaust Fan Cooling System)
1. The Evaporative pad and exhaust fan cooling system in the chicken house is composed of a cooling pad wall, an exhaust fan and an environmental controller. Using the principle of water evaporation to absorb air heat, the outdoor fresh air passes through the cooling pad surface under the action of the exhaust fan. After being cooled by heat absorption, it is sent to the house, mixed with the hot and humid air in the house, and then discharged to the outside through the exhaust fan. At the same time, the dust in the air will also be adsorbed and discharged by the pad, thus maintaining a fresh and cool environment in the house. This scheme can effectively increase the feed intake of farmed chickens, reduce abnormal mortality, and improve breeding efficiency.
2. The evaporative pad and fan cooling system is energy-saving and environmentally friendly, with a simple structure and low cost. The system equipment investment is about 5%~30% of the mechanical air-conditioning equipment, the operating electricity cost is about 5%~20% of the mechanical air-conditioning system, and the maintenance cost is low. The service life can be more than 5 years.
Project Photos of Evaporative Pad and Exhaust Fan Cooling System
Industry Overview
When the external temperature reaches above 26-27℃, especially in the case of high relative humidity, dairy cows tend to suffer from poor spirits, loss of appetite, and decreased milk production. Therefore, cooling the cow barn well in the high temperature season is an important measure to ensure the normal production of dairy cows. Aolan industrial ceiling fans are easy to install and can solve the problem of ventilation and cooling in cattle farms.
The Solution (HVLS Fan)
Aolan HVLS Fan is used as cooling equipment for cattle farms, with low equipment investment, easy installation, low operating costs and obvious comfort, which can greatly improve the breeding efficiency. The system advantages are as follows:
1.Large diameter and wide airflow coverage. The diameter of the fan can reach 7.3 meters, which can promote the orderly flow of air in a wide range at a low speed. The effective approximate coverage area of each fan is about 1000~1600 square meters.
2.All-round, multi-angle air circulation, ventilation without blind spots. The airflow is pushed to the ground in a cone shape from top to bottom, and flows in the horizontal direction to the ground. It encounters the lateral block or the horizontal airflow adjacent to the fan and then pushes up to the roof, thereby enhancing the air circulation in all directions and angles.
3.Exchange with outdoor fresh air to improve environmental comfort. The flowing air can be quickly exchanged with outdoor fresh air through doors and windows or roof fans, which reduces the retention of indoor turbid air, can reduce the room temperature of the farm by 3-5 °C, and reduce the occurrence of animal husbandry diseases.
4.The installation is simple and does not affect indoor work. The fan is installed in the upper space of 4.5 meters above the ground, and is fixed on the roof structural beam by clips, which will not affect the normal working process of any ground working area, and is beautiful, atmospheric, safe and reliable.
Project Photos of HVLS Fan
Industry Overview
In the high temperature season, heat and dryness are the most unsafe factors in greenhouse production, and the measures of airtight cooling not only consume energy but also affect the growth and development of plants. Therefore, to bring outdoor fresh air, adjustment of the temperature in the greenhouse, and maintaining suitable temperature and humidity conditions are the most basic conditions for safe production and high yield and high efficiency.
The Solution (Evaporative Pad and Exhaust Fan Cooling System)
The Aolan Evaporative pad and exhaust fan cooling system cools and humidifies the air to make the air meet the appropriate conditions and meet the requirements of temperature, humidity, wind speed and cleanliness in the shed. According to the different conditions of the greenhouse, a suitable fan can be installed on the wall opposite the pad to make the air flow smoothly through the greenhouse. In order to achieve the effect of uniform temperature in the greenhouse.
Project Photos of Evaporative Pad and Exhaust Fan Cooling System
Industry Overview
In the high temperature season, heat and dryness are the most unsafe factors in greenhouse production, and the measures of airtight cooling not only consume energy but also affect the growth and development of plants. Therefore, to bring outdoor fresh air, adjustment of the temperature in the greenhouse, and maintaining suitable temperature and humidity conditions are the most basic conditions for safe production and high yield and high efficiency.
The Solution (Evaporative Pad and Exhaust Fan Cooling System)
The Aolan Evaporative pad and exhaust fan cooling system cools and humidifies the air to make the air meet the appropriate conditions and meet the requirements of temperature, humidity, wind speed and cleanliness in the shed. According to the different conditions of the greenhouse, a suitable fan can be installed on the wall opposite the pad to make the air flow smoothly through the greenhouse. In order to achieve the effect of uniform temperature in the greenhouse.
Project Photos of Evaporative Pad and Exhaust Fan Cooling System
Industry Overview
1. The wastes excreted by high density breeding pigs, cattle and other livestock, poultry are highly corrosive and emit an extremely pungent odor, which seriously affects the slaughter rate of live pigs and the milk production rate of dairy cows, and even affects sows. farrowing rate and survival rate of young pigs.
2.Greenhouses for planting flowers and cultivating plants are difficult to meet the needs of natural ventilation and temperature and humidity while satisfying photosynthesis.
The Solution
1. For large-scale breeding sites of livestock and poultry such as pigs and cattle, “Aolan" Evaporative Air Cooler provide 100% fresh air, and use regional temperature control to solve problems such as cooling, heat removal, ventilation, and deodorization, and improve the growing environment of livestock and poultry and improve the economic benefits of farmers.
2. According to the requirements of the growth environment of flowers and plants, temperature control and humidity adjustment are carried out for greenhouse planting to meet the growth needs of crops and improve the quality of agricultural products.
Industry Overview
Textile, Chemical fiber workshop due to many heat sources for equipment, heat is large, It's in high temperature, hypoxia, dry heat situation all year round, affecting the physical and mental health of workers and the efficiency of work, it is not conducive to the production process requirements of textile enterprises.
The Solution
Through the installation of "AOLAN" Evaporative air cooler, it can not only supplement the fresh air of low temperature, bring workers a comfortable working environment, but also increase the humidity in the air, meet the process requirements of textile production, reduce the breaking frequency of yarn because of air drying, reduce defective products, and improve product quality.
Industry Overview
Shoes and clothing manufacturing workshop densely crowded, many heat sources for equipment and large heat generation, resulting in high temperature and odor in the workshop. In summer, the temperature of shoes and clothing workshop is close to 40 degrees, and workers are easy to sweat, dehydration and cause heatstroke, which affects the physical and mental health of workers and results in decreased production efficiency.
The Solution
1. Through the installation of "Aolan" Evaporative air cooler, provide 100% full fresh air, so as to achieve the effect of cooling, heat exhaust, and ventilation.
2. Improve the oxygen content in the air, improve the production and working environment, and improve work efficiency and corporate identity.
Industry Overview
1. As an automobile complete vehicle/parts manufacturer, the workshop area is large, and the ventilation and cooling problem cannot be solved through traditional mechanical air conditioning.
2. The automobile manufacturing workshop has many equipment, large heat sources, high temperature in the workshop, and dirty air, which affects the working state of the workshop staff and reduces the work efficiency.
3. In the production process of the automobile tire manufacturing workshop, the high-temperature plastic refining produces unpleasant and harmful gases, which are easy to cause diseases and affect the physical and mental health of the workers.
The Solution
1. By installing "Aolan" air cooler, it can reduce the temperature and heat, supply 100% fresh air, greatly improving the working environment of staff.
2. In the production workshop of automobile tires, install the "Aolan" air cooler for ventilation and cooling. In particular, the post cooling scheme has low cost and good effect, which can effectively improve the working environment of workers and improve work efficiency.
Industry Overview
Food and beverage processing is a labor-intensive industry. High temperature and peculiar smell are the main characteristics of its production workshop. Especially in the cooking workshop, dry fruit frying workshop and spicy seasoning workshop, abnormal high temperature, the smell is pungent, and the working environment of workers is difficult.
The Solution
1. Install "Aolan" Evaporative air cooler to meet the requirements of cooling, heat removal, ventilation, dust prevention and odor removal.
2. For some jobs with particularly bad environment, the combination of cold air transmission and exhaust shall be adopted to solve the problems of local cooling and post cooling. In addition, air purification and dust-proof treatment can be added to the system configuration to achieve primary, medium and high-efficiency dust removal effect, so as to meet the production process requirements of food, beverage, meat and other processing industries and ensure food hygiene and safety.
Industry Overview
1. The goods stored in the logistics storage area are dense. In summer, the high temperature in the warehouse adds peculiar smell, resulting in the deterioration of the quality of the goods.
2. With the increasing diversification of logistics goods, some special goods often fail to meet the requirements of humidity in the warehouse, resulting in quality problems such as cracking, drying and warping.
3. Under the high temperature environment, the warehouse automation management equipment is difficult to operate normally, which reduces the flow efficiency of the warehouse.
The Solution
1. Use "Aolan" air cooler to ventilate and cool the warehouse, remove heat, dust and odor, maintain the fresh storage environment of the warehouse, and ensure the quality and safety of the stored goods.
2. The "Aolan" air cooler can properly maintain the humidity of the warehouse, ensure the storage safety of special items, and improve the use efficiency of the warehouse.
Industry Overview
With the cost reduction and efficiency increase, energy conservation and emission reduction work in all areas in full swing, energy conservation and cost reduction in power places are also increasingly valued. The high-voltage frequency conversion room, distribution room, control room and other high heating areas of power plants, as well as the power control room of high energy consuming production enterprises, almost all need refrigeration throughout the year. If mechanical air conditioning is used to cool down, it can indeed meet the requirements, but the power consumption is large and the maintenance cost is high. However, if forced ventilation equipment such as fans and ventilators are used, it is difficult to ensure the indoor temperature conditions during the high temperature period in summer. Therefore, it is considered to be a very suitable choice to make full use of natural cold sources and adopt evaporative cooling system, which can not only meet the requirements of indoor temperature and humidity conditions, but also ensure a certain number of air exchange rate of indoor air, avoiding problems such as high temperature, static electricity, odor and so on.
Advantages of Aolan Energy Saving Cooling Solutions
Aolan provides a variety of options for evaporative cooling solutions and evaporative cooling composite mechanical refrigeration solutions for power conversion rooms, power distribution rooms and other places.
1. Evaporative cooling solution: Aolan dew point indirect evaporative cooling air conditioning unit or direct evaporative combined air conditioning unit is adopted. Outdoor fresh air is sent indoors after filtration and evaporative cooling, and is discharged outdoors after absorbing indoor heat. In the middle and north of China, it can be used all year round. The power consumption is only 15% - 40% of the power consumption of the mechanical air-conditioning system, and the equipment investment cost is about 40% - 70% of the mechanical air-conditioning system. The system investment is small, the operation cost is low, and it meets the double carbon goal.
2. Evaporative cooling + mechanical refrigeration solution: adopt AOLAN evaporative cooling air conditioning unit + linkage control auxiliary mechanical refrigeration air conditioning unit. In winter and transition seasons, outdoor fresh air is sent indoors after filtration and evaporative cooling, and then discharged outdoors after absorbing indoor heat. In the weather with abnormal high temperature and humidity, the mechanical refrigeration air conditioning unit is controlled in linkage, and the indoor air is turned into internal circulation, which is forced to cool down by mechanical refrigeration to meet the requirements. It is applicable in the central and southern regions of China. The annual power consumption of the system is about 30% - 60% of that of the mechanical air conditioning system, which not only saves energy and reduces consumption, but also reduces the maintenance workload of mechanical air conditioning.
Project Introduction
1. Evaporative cooling solution: AOLAN direct evaporation air conditioning unit is used as the cooling equipment in the high-voltage converter room of a power plant in Inner Mongolia. In winter, outdoor fresh air is filtered and sent to each converter room, absorbing indoor heat and then discharged outdoors. In summer and transition seasons, outdoor fresh air is filtered, evaporated and cooled, and then sent to each frequency converter room to absorb indoor heat and then discharged outdoors. A total of 5 units AOLAN evaporative cooling combined air conditioning units are designed and selected for this project, and the total fresh airflow of the equipment arrive 190000m ³/ h。
Data analysis and comparison:the total power consumption of the equipment in the whole year: kW.h/㎡
The total annual power consumption of the evaporative cooling system in this project is 655kW.h/㎡, which saves 56.8% of the annual energy consumption compared to traditional air conditioners.
2. Evaporative cooling solution: Aolan dew point indirect evaporative air-conditioning unit is used as the cooling equipment for the centralized control room of a power plant in the west. In winter, the outdoor fresh air is filtered and sent indoors, absorbs the indoor heat and then discharges outdoors. In summer and transitional seasons, the outdoor fresh air is filtered and cooled by indirect dew point evaporative cooling and sent into the room, absorbs the indoor heat and then discharges outside. A total of 6 Aolan dew point indirect evaporative cooling air-conditioning units are designed and selected for this project, and the total supply airflow of the equipment is 90000m³/h.
Data analysis and comparison: the total power consumption of the equipment in the whole year: kW.h/㎡
The total annual power consumption of the evaporative cooling system in this project is 986kW.h/㎡, which saves 50% of the annual energy consumption compared to traditional mechanical air conditioners.
3. Evaporative cooling composite mechanical refrigeration solution: Aolan evaporative composite mechanical refrigeration and air-conditioning unit is used as the cooling equipment for the power distribution room of a power plant in Wuhan. In winter, the outdoor fresh air is filtered and sent to each inverter room, absorbs indoor heat and then discharges outdoors. In the transition season, the outdoor fresh air is filtered, cooled by evaporative cooling and sent to each inverter room, and then discharged to the outdoor after absorbing indoor heat. In the abnormal situation of high temperature and high humidity in summer, start the mechanical refrigeration. In the case of ensuring that the indoor requirements are met, the energy-saving operation is maximized. A total of 9 Aolan evaporative cooling air-conditioning units and 9 auxiliary mechanical refrigeration chillers are designed and selected for this project, with a designed maximum total air volume of 240,000m3/h.
Data analysis and comparison: the total power consumption of the equipment in the whole year: kW.h/㎡
The total annual power consumption of the evaporative cooling system in this project is 743kW.h/㎡, which saves 38.5% of the annual energy consumption compared to traditional mechanical air conditioners.
Industry Overview
1. Most of the electronic, mechanical, welding and other dry and hot production workshops, working in the high-temperature thermal radiation environment will lead to body temperature regulation disorder, which is easy to cause occupational heatstroke.
2. Research data show that under high temperature environment, people's reaction speed and computing ability will significantly decline; In the environment above 35 ℃, people's abilities are only 70% of those under normal circumstances. It shows low mood and reduced work efficiency.
3. Some electromechanical and mechanical production workshops are large in area but few person, requiring ventilation and cooling for specific jobs to meet the comfort requirements of operating workers.
4. Some special production parts require strong wind, ventilation and cooling, and odor elimination.
The Solution
1. After installing the "Aolan" air cooler, the dry and hot environment of the workshop can be quickly improved, and the temperature in the workshop can be reduced by 5-15% C in a few minutes.
2. Provide 100% fresh air operation, improve the working environment, improve human comfort, and improve work efficiency. Reduce the defective products in the production process and maintain the high quality of products.
3. By installing the "Aolan" air cooler, the moisture content in the air can be appropriately increased. The electrostatic problem caused by air drying in the electronic production workshop can be solved to meet the production process requirements.
Industry Overview
1. During the firing process, the ceramic production workshop produces post temperature reaches 35-50 ° C and flying dust, which is easy to cause high temperature heatstroke and other personal injuries to workers.
2. In some abnormal high-temperature positions, high-temperature and anoxic environment of more than 50 ° C, workers cannot work for a long time, and needs work shift frequently, which affects the stability of the position and reduces work efficiency.
3. Toxic gas and peculiar smell produced in the production process of chemical, plastic and other production workshops. It is very easy to stimulate people's eyes and respiratory tract, causing eye and respiratory system diseases and endangering human health.
The Solution
1. "Aolan" air cooler adopts the method of large volume fresh air cooling, which can reduce the temperature of the workshop by 5-15 ℃ in a short time, and discharge toxic gases and odors, effectively improving the working environment of the workshop.
2. By using the air cooler for 100% fresh air working, it can increase the moisture content in the air, reduce dust floating and diffusion, and improve the air quality of the workshop environment.
3. By improving the working environment, workers can avoid occupational diseases, stabilize the workforce and improve work efficiency. The solution has the advantages of less investment, good effect and low operation cost.
Industry Overview
1. The high calorific value of the equipment in the packaging and printing industry, coupled with the strong stimulation of the printing ink taste, has caused a high temperature and peculiar smell environment in the printing workshop, causing workers to be restless, affecting their health, and resulting in a decline in efficiency.
2. In the high temperature environment and rainy season, due to the softening of the ink, the printed matter adheres, which affects the printing process and is easy to cause a large number of waste products.
The Solution
1. The "Aolan" evaporative air cooler can realize real-time fresh air ventilation, discharge the turbid air in the workshop out of the room while supplementing fresh air, solve the problems of indoor hot gas emission and odor removal, and quickly improve the air environment of the workshop.
2. "Aolan" evaporative air cooler can quickly improve the humid and hot environment of the printing workshop, avoid the adhesion of printing materials, ensure the requirements of printing process, reduce defective products and improve work efficiency.
Industry Overview
1. In summer, the indoors are hot, the air is not ventilated, and the fresh air is not enough.
2. Using a fan to blow air can only speed up the air flow and cannot cool down; using a traditional air conditioner to cool down requires closing doors and windows, which is easy to breed bacteria and cause air conditioner diseases, and consumes a lot of energy and damages the environment.
The Solution
1. Using the "Aolan" air cooler can open doors and windows to form air convection, speed up indoor air circulation, and quickly cool down by 5-15°C.
2. Used in conjunction with traditional air conditioners, it can ensure fresh indoor air and avoid air drying caused by the use of air conditioners.
3. The use of "Aolan" air coolers has low power and low energy consumption. The power consumption of the same area is 1/10 of that of traditional air conditioners. It is energy-saving and environmentally friendly. It is a "zero-emission air conditioner" in the true sense.
Industry Overview
1. In the exhibition area of the exhibition hall, the flow of people changes greatly, the flow is frequent, and the cooling demand is large.
2. The dining time in the restaurant is concentrated, the food is steaming, the traditional air conditioner cools down slowly, and the fresh air volume is insufficient.
The Solution
1.Using "Aolan" air coolers in the hot Summer can cool the place, ventilate and replenish fresh air, eliminate odors, and create a comfortable environment.
2. Install the "Aolan" air cooler for comprehensive cooling, and the fresh air system with low temperature and comfort can not only achieve cooling and heat removal, but also achieve the effect of fresh air replacement, which greatly improves the customer experience.