 | 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. |
