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Liquid Cooling Technology: Redefining the Future of Server Infrastructure

Liquid Cooling Technology: Redefining the Future of Server Infrastructure

As artificial intelligence (AI), cloud computing, and high-frequency trading reshape the digital landscape, data centers are facing unprecedented thermal challenges. Traditional air cooling systems, once the backbone of server thermal management, are struggling to keep pace with the surging power densities of modern servers—where rack power consumption routinely exceeds 30-60 kW, far beyond the 10-15 kW threshold of effective air cooling. In this context, liquid cooling technology has evolved from a niche solution to a strategic imperative, redefining the performance, efficiency, and sustainability of server infrastructure.

21

2026-01

Process steps and requirements for design and manufacture of brazing technology

Process steps and requirements for design and manufacture of brazing technology

Brazing is a welding method, by heating below the melting point of the welding parts

03

2024-07

Functional characteristics of new energy battery liquid cooling plate

Functional characteristics of new energy battery liquid cooling plate

The new energy battery liquid cooling plate is the core component of the battery liquid cooling system, with a liquid flow channel inside. Through the circulation of the cooling liquid in the liquid flow channel, the liquid cooling plate can effectively take heat away from the surface of the battery pack, thereby cooling the battery.

03

2024-07

Working principle of liquid cooling system for energy storage

Working principle of liquid cooling system for energy storage

The energy storage liquid cooling system realizes the precise temperature control of the energy storage device by introducing the circulating liquid cooling medium. During the charging process, the liquid coolant absorbs the heat generated by the equipment and takes it away, maintaining the equipment in the best working condition.

03

2024-07

Radiator Performance Evaluation and Optimization Guide

Radiator Performance Evaluation and Optimization Guide

With the rapid development of science and technology, the performance of electronic equipment is becoming more

22

2024-07

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