h2e-HPM-1000

Research and Development

Combined heat and power (CHP) solutions using solid oxide fuel cell technology

Combined heat and power (CHP) solutions using solid oxide fuel cell technology

Research and Development

The Bjurja system combines photovoltaic solar energy generation with fuel cell technology to provide continuous power generation regardless of weather or time of day.

A type of fuel cell that uses a solid ceramic material as its electrolyte. It operates at high temperatures and can utilize various fuels including natural gas, biogas, and hydrogen.

Systems that simultaneously generate electricity and useful heat, improving energy efficiency.

Germany

India

A fuel cell power module utilizing solid oxide fuel cell technology. It efficiently converts chemical energy of hydrocarbon fuels into high-grade electricity, useable heat, and soft water. Equipped with a hot water system for various applications, it is designed to lower carbon emissions and electricity bills while providing energy security and independence.

A portable and mobile hybrid power system combining solar energy and fuel cell technology in a trailer-mounted configuration. Capable of producing 5–50 kW of electricity, it includes integrated water-pumping solutions, generates 3.5–4 liters of potable water daily, and can run on natural gas, LPG, or biogas with minimal emissions.