Distributed power generation systems provide fuel cell power generation, heating systems, and emergency backup power sources. The fuel cell cogeneration system is independently developed and produced by Jiangsu Hydrogen Port New Energy Technology Co., Ltd. The main goal of this product is to build a distributed and efficient energy source. At present, we mainly apply it to provide fuel cell power generation, heating systems, etc. by combining residential and park electricity and heat demand.
Distributed power generation system

The image is:Combined Heat and Power Fuel Cell SystemWork diagram



Distributed power generation systemAlso known as fuel cell cogeneration,Fuel cell cogeneration, as one of the applications of hydrogen energy,Fully utilizing hydrogen energy as the main input energy for the system, buildings can use hydrogen energy from various sources, such as coal chemical by-products, photovoltaic power generation electrolysis, and waste light electrolysis, to store it in hydrogen storage tanks for use by hydrogen fuel cells.
Hydrogen fuel cells can provide high-temperature hot water while producing electricity, making them the main source of system heat. The electricity generated by hydrogen fuel cells, together with photovoltaic power generation systems, meets the power demand of the system. At the same time, the heat generated by hydrogen fuel cells is stored in a hot water tank through a heat exchanger, and can be exchanged through the heat exchanger to meet the system demand.
thatDistributed power generation systemIt is independently developed and produced by Jiangsu Hydrogen Port New Energy Technology Co., Ltd. The main goal of this product is to build a distributed and efficient energy source. At present, we mainly apply it to provide fuel cell power generation, heating systems, etc. by combining residential and park electricity and heat demand.
The following table shows:Distributed power generation systemMain parameters
| model | CEH10 |
| electric power | 10kW |
| thermal power | 9kW |
| output voltage | AC380V |
| water temperature | 50℃ |
| water storage capacity | 1000L |
| Hot water flow rate | 10~20L/min |
| design life | 100000h |
| Environmental temperature for use | -40~50℃ |
| fuel type | Natural gas/pure hydrogen |