Three-Phase Water-Cooled 10kW High-Efficiency Power Supply for Specialized Applications

Product General Information:

Description:

Boco Electronics' water-cooled three-phase input computing power supplies deliver up to 10,000W of rated power, with peak efficiency options of 96% and 97%, ensuring excellent performance and energy efficiency even under high-load conditions. It supports multiple output voltage ranges including 21-31V, 31-47V, and 33-52V, which can perfectly meet the power demands of various high-performance computing devices. Equipped with a 7V or 12V auxiliary power supply system and integrated with the I2C communication protocol, the power supply enables remote monitoring and firmware upgrading, greatly facilitating information interaction and monitoring between the power supply and the host system, as well as streamlining on-site and remote operation and maintenance processes.

Its innovative water-cooled design significantly reduces noise interference during operation, making it particularly suitable for noise-sensitive application environments. With support for a maximum inlet water temperature of 70℃, the power supply maintains stable operation even under high-temperature water conditions, thus ensuring continuous and highly efficient system performance in harsh environments.

Thanks to its outstanding overall performance, this power supply serves as an ideal power core for driving AI training clusters, scientific supercomputing centers, and high-density GPU servers. It seamlessly integrates into immersion liquid cooling or centralized water cooling systems, and its excellent high-temperature tolerance guarantees uninterrupted power supply despite fluctuations in the cooling system.

This is not just a technological upgrade, but also a robust underlying power solution that underpins the three core objectives of next-generation computing infrastructure: high density, high energy efficiency, and high reliability.

Applications:

Applicable to high-end data centers, such as AI servers, GPU computing clusters, and supercomputing centers. It meets the surging computing power requirements of multi-GPU (e.g., NVIDIA, AMD) collaboration. With an efficiency of 97%, it significantly reduces PUE (Power Usage Effectiveness) and operational costs. The water-cooled design is perfectly suited for high-density computer rooms sensitive to noise.

It is also suitable for liquid-cooled servers and immersion cooling systems. Supporting a maximum inlet water temperature of 70℃, it can be directly integrated into advanced liquid cooling systems, ensuring stable operation under extreme heat dissipation conditions.

Specifications: 

Competitive Advantage:

✔  Peak Efficiency of Up to 97%

Delivers peak efficiency levels of up to 97%, significantly reducing energy waste, lowering operating costs, and enhancing overall system performance. It guarantees optimal power utilization even under high-load or extended operational conditions.

✔  High Reliability for Complex Environments

Designed to withstand challenging conditions such as high temperatures and humidity, ensuring stable operation even in extreme working environments. It is particularly suited for high-load, high-intensity computing tasks in supercomputing centers, data centers, and other demanding applications.

✔  Supports Remote Monitoring and Upgrades

Incorporates a built-in I2C communication protocol, enabling remote monitoring, data acquisition, and firmware upgrades, thereby improving the system’s intelligent operational and maintenance capabilities.

✔  Comprehensive Protection Strategy

With multiple protection mechanisms,including over-current, over-voltage, over-temperature, and overload protections, preventing potential equipment damage from power fluctuations, excessive loads, or overheating.

✔  Wide Range of Output Voltage Options

Supports a wide output voltage range of 21-47V, catering to the power needs of various computing devices and applications.

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