Data Center
Indoor Cooling for Data Centers
Indoor cooling solutions
Our indoor cooling solutions combine Air Handling Units (AHUs), Plate Heat Exchangers (PHEs), and Centralized Coolant Distribution Units (CDUs) to create a reliable and precisely controlled cooling system.
Each component plays a specific role within the cooling chain: Air Handling Units manage the indoor air and heat distribution, Plate Heat Exchangers enable efficient heat transfer between cooling circuits, and Centralized CDUs provide controlled distribution of coolant to high-density IT equipment. By coordinating these components as one integrated system, cooling capacity, temperatures, flow rates, and energy consumption can be precisely matched to the requirements of the data center.
Benefits
The key to efficient indoor cooling is not only the performance of individual components, but how they work together. By designing and coordinating AHUs, PHEs, CCDUs and Heat rejection as an integrated system, cooling capacity can be matched precisely to the requirements of the data center. This holistic approach helps customers achieve reliable operation, efficient energy use, and a cooling infrastructure that is ready for future demands.
Coordinated cooling components help maintain stable operating conditions and protect critical IT equipment.
Optimized interaction between air and liquid cooling circuits helps reduce energy consumption and improve overall system efficiency.
Modular and coordinated cooling solutions can adapt to increasing rack densities and changing cooling requirements.
Efficient heat transfer and precise coolant distribution support high-density computing environments.
Matching AHUs, PHEs, and CDUs to each other enables precise control of temperature, flow, and cooling capacity.
Efficient operation, optimized component sizing, and reliable performance contribute to lower operating and lifecycle costs.
