Настенные ветро-стеновые высокоэнергетические кондиционеры воздуха

High Energy Efficiency​

The unit integrates variable air volume and water flow control with hot-cold channel isolation, enabling energy-efficient operation. With multiple operating modes, it automatically selects the optimal setting based on indoor and outdoor conditions, effectively lowering the data center’s PUE value.​

Structural Design​

Featuring a novel design, the unit embeds high-capacity cooling coils and fans within the data center’s isolation wall, creating a sealed hot air return channel. Its three-dimensional front facade offers a sleek appearance. The separation of cooling coils and fans into independent modules expands the size and specification options.​

Modular Prefabrication​

Designed modularly, each wind wall unit can operate independently or be combined flexibly. Boasting high cooling capacity, these units allow easy addition or removal of modules, adapting seamlessly to changing room loads.

Redundant Design

The fan redundant design can meet different cooling requirements and is easy to install and maintain.

DC FAN

It uses high-efficiency DC fans, which have the advantages of energy saving, low noise, and continuously adjustable air volume.

Electric two-way valve

Adopt first-line brand, product performance is excellent, high sensitivity, easy to replace, and effective in regulating water flow.

Cold water coil

Use I-shaped cold water coil to increase the heat exchange area and make the airflow more uniform.

FO. GBE Modular Fan Wall Unit Parameters

FO. WL Wind Wall Air Conditioning Unit Parameters

• Innovative Energy-saving Data Center
  The wind wall unit is combined with the building structure of the computer
  room, and a fan matrix air supply form can be adopted, which fully utilizes the
  advantages of closed cold and hot channels, with high density and low energy
  consumption.
• Energy-saving Transformation of Data Centers
  The combination of the computer room structure and the heat dissipation system
  can adopt direct fresh air or a mixed solution of fresh air and return air cooling.
  The airflow organization of the wind wall is better and the heat exchange effect is
  better. Under the same cooling demand, the air volume demand is reduced, the
  fan power consumption is further reduced, and the energy saving effect can reach
  more than 10%.
• Data Center with Coordinated Building Structure Design
  Combined with the characteristics of the building structure, a variety of personalized
  structural forms can be adopted to cooperate with the overall designed data center.
• Areas with Low Temperatures All Year Round
  According to the characteristics of low temperature, the wind wall unit system can
  adopt fresh air direct cooling, fresh air return air mixed cooling, and fresh air
  indirect evaporative cooling for better energy saving effect.