BOCO Electronics' Cold-Plate Liquid-Cooled Three-Phase Input Computing Server Power Supply delivers a rated power of up to 10,000W, with two peak-efficiency options of 96.5% or 97%, maintaining high efficiency and energy-saving performance even under high-load operation. This series supports wide output voltage ranges of 21-30V, 31-47V, and 33-52V, meeting the power demands of various high-performance computing equipment. Its innovative liquid-cooling design significantly reduces operating noise, making it particularly suitable for noise-sensitive environments such as data centers and supercomputing centers. The power supply supports inlet water temperatures up to 70°C, enabling stable operation under high-temperature water conditions and ensuring continuous, efficient system operation in harsh environments.
| Power (W) |
Main Output Voltage (V) |
Auxiliary Output |
Input (VAC) |
Dimensions (mm^3) |
Efficiency |
Temperature Range (°C) |
Cooling Method |
| 10000 |
21-30 |
12V/12W |
SA2-30/380-480 |
578.1 x 140 x 80 |
96.5% @ 7000 |
0~60 |
Liquid Cooling |
| 10000 |
31-47 |
7V/14W |
SA2-30/380-480 |
578.1 x 140 x 80 |
96.5% @ 7000 |
0~70 |
Liquid Cooling |
| 10000 |
33-52 |
7V/14W |
SA2-30/380-480 |
578.1 x 140 x 80 |
97% @ 7000 |
0~70 |
Liquid Cooling |
Product Advantages
| Peak Efficiency up to 97% |
With efficiency up to 97%, this product significantly reduces energy waste, lowers operating costs, and improves overall system performance. Whether under high load or long-duration operation, it ensures efficient power utilization. |
| High Reliability for Complex Environments |
Effectively withstands complex environments such as high temperature and humidity. Even under extreme operating conditions, the power supply maintains stable operation, making it suitable for heavy-load, high-intensity computing tasks in supercomputing centers, data centers, and similar applications. |
| Remote Monitoring and Upgrade Support |
Built-in I2C communication protocol supports remote monitoring, data acquisition, and firmware upgrades, improving intelligent system operation and maintenance. |
| Multiple Protection Mechanisms |
Comprehensive protection strategies, including overcurrent, overvoltage, overtemperature, and overload protection, help prevent equipment damage caused by power fluctuations, excessive load, or overheating. |
| Multiple Output Voltage Ranges Available |
Supports different output voltage ranges to meet the power requirements of various computing devices and application scenarios. |