Fuel Cell Manufacturers In Germany

In may 2006 tobias renz started his own company as the successor to arno a.

Fuel cell manufacturers in germany.

This is a partial list of companies currently producing commercially available fuel cell systems for use in residential commercial or industrial settings. Fuel cell systems from these manufacturers are currently being used to generate ac or dc electricity heat water or any combination of the three. Kerafol keramische folien gmbh co. Nuvera fuel cells inc founded in 1997 designs and manufactures fuel cell systems and hydrogen generation and dispensing products for end users and oems.

The most common type of fuel cell and the one most people think if first is the polymer electrolyte membrane or proton exchange membrane pem fuel cell. These cells run on hydrogen at fairly. The integration of hydrogen fuel cells into germany s transportation sector has not been limited to light duty passenger vehicles. On september 16 the world s first hydrogen fuel cell powered train began commercial passenger service in the german state of lower saxony.

It provides hydrogen generation appliances proton exchange membrane fuel cell stacks and forklift solutions. Tobias renz is the managing director of tobias renz fair the organizing company behind the group exhibit hydrogen fuel cells batteries at hannover messe. As more industries adopt hydrogen fuel cells as the energy technology of choice nuvera is positioned as a leading global provider of advanced power solutions. Four fuel cell stacks are combined to build a 1 4.

Using fuel cells from fchea member hydrogenics french multinational train manufacturer alstom built two models of the coradia ilint for german railway company evb replacing diesel trains along the 62 mile elbe weser. Nuvera hydrogen supply systems and fuel cell technology are transforming markets such as logistics automotive and aerospace. Gensure model e 200 hydrogen fuel cell. Production capacity is also available at a facility located in taufkirchen germany.

Fuel cell components are manufactured individually and then approximately 400 individual fuel cell components are stacked on top of each other to construct a 350 kilowatt fuel cell stack.