Liquid-cooling server system include at least one power-signal bridge adjustably mounted and a liquid-cooled server with a sealed heat dissipating finned housing

Abstract

The present invention discloses a server liquid-cooling system. Conventional server cooling methods in data centers, such as air cooling, often suffer from high energy consumption and excessive noise. Existing liquid-cooling technologies, such as spray-type systems, are power-intensive, while immersion-type systems are prone to oxidation. Additionally, some liquid-cooling systems feature rigid configurations with limited adaptability. The liquid-cooling server system disclosed herein comprises a coolant liquid tank structure and a liquid-cooled server. The server has a flat, box-shaped configuration, with internal electrical and functional components sealed in an enclosure filled with nitrogen gas. The server is suspended within a server mounting rack inside the coolant liquid tank via T-shaped guide slot and positioning handle. Natural water is used as the cooling medium. This system is primarily intended for server cooling in large-scale data centers, as it enables high-density deployment and offers advantages including low power consumption, enhanced safety, stability, and broad applicability.