Product Details
This product is a high-current, high-efficiency water-cooled high-frequency switching power supply with a rated output of 12500A / 120V, specially designed for large-scale water electrolysis hydrogen production projects. It adopts advanced high-frequency inverter technology and features high power density, fast dynamic response, and low output ripple. The fully water-cooled thermal management solution ensures stable operation under continuous full-load conditions, significantly improving system reliability and service life.
Core Advantages
High-Frequency Inverter Technology:
Adopts advanced full-bridge phase-shift technology to reduce switching losses, improve overall system efficiency, and effectively reduce the unit power consumption of hydrogen production.
Water-Cooled Thermal Management:
The fully enclosed water-cooling structure provides high heat dissipation efficiency and is suitable for complex industrial environments such as high temperature and dusty conditions. The compact design reduces equipment footprint.
Precise Control:
Supports constant current / constant voltage dual-mode output with high control accuracy and low current ripple, ensuring stable operation of the electrolyzer.
Intelligent Communication:
Standard configuration includes communication interfaces such as MODBUS RTU/TCP and Profinet, supporting remote monitoring and data acquisition, and enabling seamless integration with hydrogen production automation control systems.
Multiple Protection Functions:
Equipped with comprehensive protection functions including over-current, over-voltage, over-temperature, short-circuit, and abnormal water pressure protection, ensuring safe operation of both the power supply system and the electrolyzer.
Application Fields
Widely used in large-scale green hydrogen projects based on alkaline water electrolysis (AWE) and PEM hydrogen production. It is particularly suitable for applications such as renewable energy-based hydrogen production and integrated hydrogen production and refueling stations.
EN
