Hybrid Air & Oil-Cooled Single-Phase Input Computing Power Supply
Hybrid Air & Oil-Cooled Single-Phase Input Computing Power Supply
Boco Electronics' hybrid air & oil-cooled single-phase input computing power supplies are designed to support both air-cooling and oil-cooling modes,offering exceptional flexibility for diverse operational environments and thermal management needs.
In forced-air cooling mode, the power supply delivers up to 5000W at full load, while in oil-cooling mode, it can achieve 7500W with a peak efficiency of 97%. Supporting a wide output voltage range of 11V to 15V, this series is optimized for high-performance computing applications that require reliable and efficient power delivery.
The innovative quick-release fan panel allows for seamless switching between air- and oil-cooling modes, enabling users to optimize cooling strategies based on workload and environmental conditions. This advanced design ensures stable operation, enhanced thermal efficiency, and long-term reliability in demanding computing environments.
 Peak Efficiency of Up to 97%
Substantially reduces energy loss and heat production, thereby enhancing overall system performance and operational efficiency, while simultaneously reducing operating costs.

 High Reliability for Complex Environments
The hybrid air-oil cooling design ensures optimal performance even in extreme conditions, such as high temperatures, humidity, dust, heavy loads, and high-intensity environments. It is perfectly suited for complex applications across data centers, industrial facilities, and edge computing.

 Supports OTA Firmware Upgrades
Integrated with an advanced I2C communication protocol, enabling remote monitoring of power status in real-time, parameter adjustments, and system optimization, thereby improving operational and maintenance efficiency.

 Comprehensive Protection Strategy
with multiple protection mechanisms, including over-current, over-voltage, over-temperature, and overload protections, these features effectively prevent failures arising from power fluctuations, overloads, or overheating under extreme conditions, ensuring the safe operation of both the power supply and connected devices.

 Side-Mounted Structural Design
Engineered to meet various installation requirements, allowing users to select and position the power supply according to specific application environments, providing enhanced flexibility and adaptability.

Power (W) Main Output Voltage (V) Auxiliary Output Input Voltage (VAC) Dimensions (mm³) Efficiency (%) Temperature Range (℃) Cooling Method
Mode 1: 7500W Oil-Cooling 11-15 12.3V/200W 2x C20/200-240 263.2x249x63.3 96%@5000 Mode 1: 0~60 Mode 1: Oil-Cooling
Mode 2: 5000W Forced-Air Cooling 11-15 12.3V/200W 2x C20/200-240 263.2x249x63.3 96%@5000 Mode 2: -40~50 Mode 2: Forced-Air Cooling

Hybrid Air & Oil-Cooled Single-Phase Input Computing Power Supply
Hybrid Air & Oil-Cooled Single-Phase Input Computing Power Supply
Boco Electronics' hybrid air & oil-cooled single-phase input computing power supplies are designed to support both air-cooling and oil-cooling modes,offering exceptional flexibility for diverse operational environments and thermal management needs.
In forced-air cooling mode, the power supply delivers up to 5000W at full load, while in oil-cooling mode, it can achieve 7500W with a peak efficiency of 97%. Supporting a wide output voltage range of 11V to 15V, this series is optimized for high-performance computing applications that require reliable and efficient power delivery.
The innovative quick-release fan panel allows for seamless switching between air- and oil-cooling modes, enabling users to optimize cooling strategies based on workload and environmental conditions. This advanced design ensures stable operation, enhanced thermal efficiency, and long-term reliability in demanding computing environments.
Peak Efficiency of Up to 97%
Substantially reduces energy loss and heat production, thereby enhancing overall system performance and operational efficiency, while simultaneously reducing operating costs.
High Reliability for Complex Environments
The hybrid air-oil cooling design ensures optimal performance even in extreme conditions, such as high temperatures, humidity, dust, heavy loads, and high-intensity environments. It is perfectly suited for complex applications across data centers, industrial facilities, and edge computing.
Supports OTA Firmware Upgrades
Integrated with an advanced I2C communication protocol, enabling remote monitoring of power status in real-time, parameter adjustments, and system optimization, thereby improving operational and maintenance efficiency.
Comprehensive Protection Strategy
with multiple protection mechanisms, including over-current, over-voltage, over-temperature, and overload protections, these features effectively prevent failures arising from power fluctuations, overloads, or overheating under extreme conditions, ensuring the safe operation of both the power supply and connected devices.
Side-Mounted Structural Design
Engineered to meet various installation requirements, allowing users to select and position the power supply according to specific application environments, providing enhanced flexibility and adaptability.
 0571-87379097
Power (W) Main Output Voltage (V) Auxiliary Output Input Voltage (VAC) Dimensions (mm³) Efficiency (%) Temperature Range (℃) Cooling Method
Mode 1: 7500W Oil-Cooling 11-15 12.3V/200W 2x C20/200-240 263.2x249x63.3 96%@5000 Mode 1: 0~60 Mode 1: Oil-Cooling
Mode 2: 5000W Forced-Air Cooling 11-15 12.3V/200W 2x C20/200-240 263.2x249x63.3 96%@5000 Mode 2: -40~50 Mode 2: Forced-Air Cooling

BOCO Electronics-Powering a Safer, Smarter, and Greener Future
Phone:0571-87379097
Email:sales@hzboco.com
Headquarters:Room 1001, 10th Floor, Building & Jinsheng Science and Technology Innovation Building, No. 611 Dongguan Road, Puyan Street, Binjiang District, Hangzhou City