Dry Coolers

Capacity from 237 to 1709W (water, Tw1=40°C, Tw2=35°C, T1=25°C). Fans diameter: Ø350, 450, 500, 630, 800, 910, 1250, 1800mm, AC or EC motor.

Compared with traditional dry coolers, the adiabatic type has higher cooling capacity and energy efficiency, which is the first choice for industrial cooling applications. With an evaporative cooling system, water is sprayed onto the coils, which improves heat transfer, reduces temperatures, and saves energy, money, and carbon footprint.

Hybrid Dry Cooler combines the advantages of both wet and dry cooling. In wet cooling mode, the evaporation of water takes away a significant amount of heat, providing a more efficient cooling effect. In dry cooling mode, no additional water resources are required, making it suitable for dry environments.

Hybrid Dry Cooler can switch between different operating modes according to actual needs. It can be used in wet cooling mode in high temperature and high humidity environments, and in dry cooling mode in dry environments. This makes it suitable for various climate conditions and different application scenarios.

Capacity from 5 to 1920kW (water, Tw1=40°C, Tw2=35°C, T1=25°C). Fans diameter:  Ø350, 450, 500, 630, 800, 910, 1250, 1800mm, AC or EC motor.

Cool outside air or water can be used as a free resource to help chill water which can be used for industrial processes or air conditioning. By using air-cooled dry coolers which remove unwanted heat without the need for integration with the chiller control. So in this application we can also called dry cooler as free cooler...

Remote radiator systems are often used when there is insufficient ventilation air in a room or enclosure to properly cool the generator set. Dry coolers can also be as a remote radiator for generator heat transfer and cooling.

Remote radiator systems are often used when there is insufficient ventilation air in a room or enclosure to properly cool the generator set.Dry coolers can also be as a remote radiator for generator heat transfer and cooling.

Dry coolers are the most cost-effective way to dissipate heat from immersion cooling systems. Immersion cooling, also known as liquid immersion cooling, submerges computer components or entire servers in a thermally conductive but nonconductive liquid (dielectric coolant), which offers higher heat transfer properties than air and many other advantages.

Capacity from 69 to 2056kW (water, Tw1=40°C, Tw2=35°C, T1=25°C) Fans diameter: Ø630, 800, 910, 1250, 1800mm, AC or EC motor.

Capacity from 148 to 3212kW (water, Tw1=40°C, Tw2=35°C, T1=25°C) Fans diameter: Ø630, 800, 910, 1250, 1800mm, AC or EC motor.

Used to remove moisture and humidity from the air, protecting pneumatic equipment and tools. They utilize efficient heat exchanger designs to quickly lower the air temperature below the dew point, causing moisture to condense and be expelled. These products are characterized by their compact structure, stable performance, and long lifespan.

Dry Cooler is an efficient and energy-saving application device for data centers, designed to effectively reduce the temperature and provide continuous and stable cooling. It utilizes dry cooling technology, eliminating the need for cooling water compared to traditional water cooling systems, thereby avoiding water waste and the cost of water treatment. By using ambient air as the primary cooling medium and circulating it with fans, Dry Cooler dissipates heat from the data center, ensuring that the internal temperature remains within a safe range.

Dry coolers are the most cost-effective way to dissipate heat from immersion cooling systems. Immersion cooling, also known as liquid immersion cooling, submerges computer components or entire servers in a thermally conductive but nonconductive liquid (dielectric coolant), which offers higher heat transfer properties than air and many other advantages.

Compared with traditional dry cooler, the adiabatic typle has higher cooling capacity and energy efficiency, which is the first choice for industrial cooling applications. With an evaporative cooling system, water is sprayed onto the coils, which improves heat transfer, reduces temperatures, and saves energy, money and carbon footprint.

Compared with traditional dry cooler, the adiabatic typle has higher cooling capacity and energy efficiency, which is the first choice for industrial cooling applications. With an evaporative cooling system, water is sprayed onto the coils, which improves heat transfer, reduces temperatures, and saves energy, money and carbon footprint.

Remote radiator systems are often used when there is insufficient ventilation air in a room or enclosure to properly cool the generator set. Dry coolers can also be as a remote radiator for generator heat transfer and cooling.

Integral type, our customers can directly connect the pipes to use, because we put all the tanks, pumps, controllers, software, etc. in one container.

Remote radiator systems are often used when there is insufficient ventilation air in a room or enclosure to properly cool the generator set. Dry coolers can also be as a remote radiator for generator heat transfer and cooling.

From an environmental point of view, CO² is a superior alternative to environmentally-damaging hydrofluorocarbons (HFCs), and is non-flammable, non-toxic, and less expensive.