Most fuel cell products use hydrogen as the fuel to provide power output. Technologies with mature sources of hydrogen mainly include: methanol reforming to produce hydrogen, natural gas reforming to produce hydrogen, and electrolysis of water to produce hydrogen. These three hydrogen production methods each have their advantages and disadvantages. Methanol is easy to transport, store and use. The main source of methanol is coal chemical industry. Our country is a major coal-producing country and also a major methanol producer. Domestic methanol as a chemical product has always had an overcapacity, sufficient supply, conditions for large-scale application, and the price is only 1/4 of that of gasoline and diesel. my country's natural gas reserves rank among the top in the world, and domestic pipeline gas is conveniently and quickly used for reforming natural gas to produce hydrogen for fuel cell backup power. Electrolysis of water produces hydrogen with high purity.

Methanol/water provides hydrogen. A small fixed methanol reforming hydrogen production method is used to provide hydrogen to the fuel cell backup power supply. The purity of hydrogen is>99.95%, CO% is <1ppm;CO2% is <1ppm; the hydrogen production rate matches the full power of the fuel cell backup power supply;

Natural gas supplies hydrogen. A small fixed natural gas reforming hydrogen production method is used to provide hydrogen to the fuel cell backup power supply. The purity of hydrogen is>99.95%, CO% is <1ppm;CO2% is <1ppm; the hydrogen production rate is matched with the fuel cell backup power supply at full power.

High-pressure steel cylinders supply hydrogen, and commercially available high-pressure hydrogen provides hydrogen for fuel cell backup power supply.

Hydrogen supply solutions can be selected according to customer needs, and system integration or separation solutions can be implemented according to customer requirements.