PRODUCTS

HMDC Module Data Center

HMDC (Hairf Modular Data Center) integrates Hairf precision air conditioning, environmental monitoring systems, UPS and batteries, precision power distribution, PDU and server rack systems, helping customers build flexible and efficient next-generation data centers.

HCDC Container Data Center

Traditional data centers are built in fixed architectural spaces, making expansion difficult, and they also have long construction cycles and high initial capital requirements. With the booming development of the Internet and cloud computing industries, the infrastructure that supports Internet and cloud computing platforms—IDC (Internet Data Center)—is in short supply worldwide.

HLCDC Liquid Cooling Data Center

Liquid cooling uses chilled water instead of air to capture and transport heat away from chips. It can offer better performance while saving energy and helping data centers operate more sustainably. Liquid provides a much greater heat transfer capacity than air, which helps increase power usage effectiveness (PUE), reducing energy costs and contributing to environmental sustainability. Liquid can also be brought closer to the source of heat (the chip) than air, further increasing efficiency. Liquid cooling can also help data centers increase capacity within their existing footprint and offer a favorable return on investment for data center facilities. Liquid cooling systems provide an effective solution for achieving the required temperature parameters and reducing the energy consumption of cooling systems while increasing chip density.

HILCDC Immersion Liquid Cooling Data Center

This is what most people picture when they think of liquid cooling: entire servers fully submerged in a tank filled with a special, non-conductive liquid. As the components generate heat, the surrounding fluid absorbs it directly. That heated liquid is then cooled and circulated back into the tank.

HCDU Liquid-cooled CDU

The Coolant Distribution Unit is exactly what is says it is, It simply pumps the liquid at the desired temperature directly onto the chip or server. This can be seen as the middle-man for the cooling infrastructure to the IT Coolant Distribution Unit (CDU) is a key ingredient of the liquid cooling system, and it isolates the facility side of cooling loop from the IT side flow network. Heat transfer occurs inside the CDU, through a heat exchanger, between the heated liquid from the IT equipment and the facility side of liquid cooling loop. High cooling performance is not the only advantage of the CDU: Compared with air-cooled units, its major advantage is that it consumes less power and has less loss of liquid cooling media.