EPC Energy Technology
converts electricity to green hydrogen
through water electrolysis technology and more...
To help industries and businesses a step further
toward carbon neutrality
Containerized Water Electrolysis System
Efficient production of green hydrogen using water and renewable energy.
It combines high efficiency and high power density to ensure excellent quality of gas products.
Easy to operate and low maintenance.
Modular design strategy separates the electrolysis system into skid-mounted pieces.
Optimized costs, installation and easy to transport.
Our PEM water electrolysis system is suitable for hydrogen production from renewable energy power generation, hydrogen cooling in thermal power plants, hydrogen supply to hydrogen energy infrastructure hydrogenation stations, hydrogen doping of natural gas, gas use in the semiconductor and electronic industries, and hydrogen use in scientific experiments.
Our PEM water electrolysis system is suitable for hydrogen production from renewable energy power generation, hydrogen cooling in thermal power plants, hydrogen supply to hydrogen energy infrastructure hydrogenation stations, hydrogen doping of natural gas, gas use in the semiconductor and electronic industries, and hydrogen use in scientific experiments.
Capacity: 0.5~200 Nm3/hr
Hydrogen Purity: Up to 99.99%
Type: PEM
Purification method: Sorbent/PSA/TSA
The electrolyser test benches can automatically test electrolyzer cells and stacks with multiple fully automatic pressurization modes. The design ensures reliable water flow into the cell, keeping pressure and temperature constant during operation. Power supply can be choose from AC or DC mode. The pressure of the liquid circuit can be automatically adjusted according to the gas pressure to avoid mechanical stress on the electrolyzer. The proprietary water separation system includes automatic level control to avoid pressure drops and reliable gas and liquid phase separation.
The new AEM water electrolysis system is suitable for hydrogen production from renewable energy power generation, hydrogen cooling in thermal power plants, hydrogen supply to hydrogen energy infrastructure hydrogenation stations, hydrogen doping of natural gas, gas use in the semiconductor and electronic industries, and hydrogen use in scientific experiments.
Methanol reforming hydrogen generation is a mean by methanol reforming + hydrogen purification. Our low-temperature methanol reforming hydrogen generation systems not only provide distributed independent power supply, but also efficiently cooperate with wind power and photovoltaic power generation to flexibly establish an incremental distribution network, and can be flexibly used in fixed power supply, temporary power supply for construction sites, smart greenhouse energy stations, vehicles and ships