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Customized cooling solutions

Liquid cold plate/liquid cooler series solutions

Liquid cold plates and cooling unit series are widely deployed in data centers and energy-storage systems. By harnessing advanced liquid cooling technology, they significantly enhance heat dissipation and system reliability.

Liquid Cold Plate Solutions

System Overview

  • Liquid Cold Plates: As a core heat-transfer component, it absorbs heat from servers or energy-storage units battery, etc. via direct or indirect contact. The primary cooling method of a liquid cold plate involves constructing a coolant loop. The Coolant Distribution Unit CDU directs the coolant to flow through the liquid cold plate. After absorbing heat from computing nodes or energy storage devices, the coolant flows to another cooling point to complete the cycle.
  • Coolant: Typically an ethylene-glycol–water mixture with high thermal conductivity and effective heat removal capabilities.

Advantages

  • Efficient Heat Dissipation: Liquid cold plates remove heat more directly and effectively from equipment, offering significantly higher thermal performance than traditional air cooling systems.
  • Lower Energy Consumption: Enhanced cooling efficiency reduces overall energy usage in data centers or energy storage systems, supporting energy conservation and emissions reduction.
  • Enhanced Stability: Reducing the impact of high temperature helps minimize performance degradation and failures, ensuring stable and reliable system operation.

Liquid Cooling Unit Solutions

A liquid cooling unit solution typically includes key components such as liquid-cooled servers, liquid-cooled racks, manifolds, PDUs (Power Distribution Units), and CDUs (Coolant Distribution Units). These components work together to achieve efficient heat dissipation and energy management.

System Overview

  • Liquid Cooling Units: A liquid cooling unit consists of key components such as liquid cooling pumps, condensers, and evaporators, which work together to regulate the coolant temperature and ensure its circulation within an appropriate range. Heaters may also be included to raise the coolant temperature when needed.
  • Control System: The intelligent control system can monitor parameters such as coolant temperature and flow rate in real time, and adjust them as needed to ensure stable system operation.

Advantages

  • Flexible Configuration: The parameters and scale of the liquid cooling unit can be flexibly configured to meet the requirements of different application scenarios.
  • Intelligent Management: The intelligent control system reduces manual intervention, improves management efficiency, and lowers operating costs.
  • Energy Saving and Environmental Protection: By efficiently utilizing cooling resources, energy consumption and emissions are reduced, meeting the requirements of green development.
Up to 90% efficiency improvement
Up to 68%cost savings
Up to 100%production increase

Intelligent manufacturing workshop

Liquid Cold Plate & Liquid Cooling Unit Production

Liquid Cold Plate Production Floor

Inside the precision liquid cold plate production floor, we witness the seamless integration of technological innovation and refined craftsmanship. Every process is carefully designed to ensure that the liquid cold plates can operate reliably in extreme operating conditions. Automated production lines work hand in hand with experienced technicians—from precise CNC machining to meticulous surface treatment—each step is strictly controlled to guarantee exceptional product performance.

Liquid Cooling Unit Production Floor

Our production floor adopts a modular production concept, enabling each unit to operate efficiently while maintaining high flexibility to meet the needs of different customers. In addition, our production environment is strictly controlled to ensure product cleanliness and durability. Here, each liquid cooling unit is more than mere equipment—it reflects our commitment to technological innovation and exceptional quality.