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integrated cooling station system
4 Items Found
Primary Side Integration Solution With Integrated Cooling Station Systems
Primary Side Integration Solution | Integrated Cooling Station Systems Our Primary Side Integration Solution is designed for high-efficiency liquid cooling applications in data centers, industrial facilities, power electronics, and HVAC systems.The integrated solution combines Cooling Station + Cooling Tower or Cooling Station + Dry Cooler , providing a compact, energy-efficient, and easy-to-deploy cooling infrastructure. Available in both Containerized Type and Skid-Mounted
High-Efficiency Liquid Cooling Circulation Solutions
Cooling Station | High-Efficiency Liquid Cooling Circulation Solutions Our Cooling Station is designed for data center liquid cooling, power electronics, energy storage systems, industrial cooling, and HVAC applications, providing reliable, energy-efficient, and intelligent thermal management solutions. With flow rates ranging from 20 m/h to 2000 m/h , the system integrates precise regulation of temperature, pressure, and flow rate to ensure stable and optimized cooling
Low Voltage LWA Liquid Cooling Unit with Efficient Water Air Cooling Solutions
Low Voltage LWA Liquid Cooling Unit | Efficient Water-Air Liquid Cooling Solutions Our Low Voltage LWA Liquid Cooling Unit is specifically designed for new energy systems, power electronics, industrial equipment, and thermal management applications, providing efficient and reliable liquid cooling solutions for environments without chilled water sources. The system uses ethylene glycol solution on the hot side and air on the cold side , adopting a high-efficiency water-air
Intelligent HVAC Circulation Pump System Solutions
HVAC Pump Station | Intelligent HVAC Circulation Pump System Solutions Our HVAC Pump Station is designed for commercial buildings, data centers, industrial cooling systems, and HVAC circulation applications, providing efficient, stable, and intelligent chilled water and cooling water circulation solutions. The system supports a flow range from 10500 m/h , and can reach up to 2000 m/h with N+1 redundancy configuration , ensuring high reliability for critical cooling
