Hot-Selling 3kw Output Hydrogen Fuel Cell Generator

• Customization: Available
• Electrolyte: PEMFC
• Working Temperature: <100°C
• Model NO.: PXRDZ-3kW-WM
• Fuel Type: Hydrogen
• Solutions: Direct Type
• Rated Power: 3kw
• Output Voltage: 48-72VDC/220VAC
• Efficiency: >42%
• Hydrogen Purity: No Less Than 99.99%
• Hydrogen Consumption: 55L/Min
• Hydrogen Inlet Pressure: 0.5-0.8bar
• Cooling Method: Liquid-Cooling
• MOQ: 1 Set
• Transport Package: Wood Box
• Specification: 847*502*620mm
• Trademark: H2E/custom
• Origin: Zhejiang, China

Product Description

Output performance	Rated power	3kW
	Output voltage	48-72VDC/220VAC(Adjustable)
	Efficiency	≥42%
Fuel	Hydrogen purity	≥99.99%(CO<1PPM)
	Hydrogen pressure	0.5-0.8bar
	Hydrogen consumption	55L/min
Operating conditions	Ambient temperature	-30~45ºC
	Ambient humidity	10%~95%
Fuel cell stack characteristics	Bipolar plate	Graphite
	Cooling method	Liquid-cooling
	Size	320*142*170mm
	Weight	11.5kg
	Number of single cell	42pcs
System characteristics	Overall size	847*502*620mm
	Total weight	134kg

The output power, voltage and more details can be customized.
Contact me and tell me what you need, we will give a solution.
The 3kW fuel cell system is independently developed by H2E and is mainly used for various backup power supplies, 5G base station power supplies, outdoor emergency power supplies, and distributed power stations.
This product adopts PEM fuel cell technology to generate electricity through the redox reaction between hydrogen and oxygen in the air, and the only emission product is water, providing customers with a green and zero-emission electricity supply.
At present, most backup power systems on the market use diesel generators or batteries. Although diesel generators meet the requirements of high power and long operation, there are shortcomings such as high capital expenditure, high operating expenditure and reliability issues. In contrast, batteries are more competitive at scenarios with lower energy requirements. But because batteries are sensitive to temperature changes, they can have a shorter life than expected, making them less reliable. In addition, battery packs may require a larger footprint, if you want a longer run time, more space are require. This makes the batteries difficult to upgrade based on energy demand or new regulations. Hydrogen fuel cell backup power can generate electricity on demand through a reliable electrochemical process.
The system has the advantages of high integration, good durability, strong stability, reasonable design, high power density, fast startup speed, strong environmental adaptability and easy to maintain.