11600A / 500V IGBT PWM Hydrogen Production Power Supply System

The high-frequency switching power supply system utilizes IGBT PWM technology for power conversion. It features the advantages of intelligence, modularization, digitalization, and networking (the “Four Innovations”), as well as the characteristics of high switching frequency, high efficiency, high reliability, high power density, and high power factor (the “Five High Performance Features”). It is widely used in surface treatment, advanced material production, high-end manufacturing, energy saving and environmental protection, data centers, plasma torches, wastewater treatment, robot charging, and other applications.

The 11600A / 500V IGBT PWM Water-Cooled Hydrogen Production Power Supply System is a high-power, high-efficiency IGBT PWM rectifier power supply specifically designed for water electrolysis hydrogen production processes. With a rated output of 11600A / 500V, it adopts advanced IGBT PWM rectification technology and features outstanding advantages such as high power factor, low harmonic distortion, and fast dynamic response. The water-cooled thermal management design ensures stable and reliable operation under long-term full-load conditions, significantly extending equipment service life.

Core Advantages:

High Efficiency and Energy Saving:
No additional filtering equipment is required to meet grid connection standards, effectively reducing power consumption during hydrogen production.

Grid-Friendly:
Operates at unity power factor, reducing harmonic pollution. It is particularly suitable for applications with high power quality requirements, such as renewable energy-based hydrogen production.

Stable and Reliable:
The water-cooling system efficiently dissipates heat and supports continuous full-load operation. The system is equipped with comprehensive protection functions, including over-current, over-voltage, over-temperature, and short-circuit protection.

Intelligent Communication:
Equipped with standard MODBUS RTU/TCP communication interfaces, it can be seamlessly integrated into hydrogen production control systems, enabling remote monitoring, parameter configuration, data acquisition, and fault diagnosis for convenient automation integration.

Precise Control:
Provides stable output current and voltage, a wide adjustment range, and fast response speed, meeting the stringent power supply accuracy requirements of electrolyzers.

Applications:

Suitable for large-scale green hydrogen projects, including alkaline water electrolysis hydrogen production and PEM hydrogen production applications.