Following the success of its fuel cell development in Japan, Panasonic announced that it will establish the Panasonic Fuel Cell Development Office Europe in Langen, Germany. The facility, located within Panasonic's European research and development center, will initially focus on developing residential fuel cells for European customers. Panasonic has set a goal to become "the number one green innovation company in the consumer electronics industry by 2018," and this research center is said to be key to that goal.

Back in 2009, Panasonic launched Ene-Farm (pictured above), the world's first residential fuel cell system. Since then, the Japanese consumer electronics corporation has eyed extending its operations into Europe. The establishment of a research and development center in Germany is a key part of Panasonic's goal to expand its fuel cell division.

[Source: Panasonic]
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Panasonic Opens its First European Residential Fuel Cell R&D Centre

The centre based in Langen, Germany will develop and test residential fuel cells for green energy generation in consumer households in Europe


WIESBADEN, Germany--(BUSINESS WIRE)--Panasonic today launched the Panasonic Fuel Cell Development Office Europe (PFCOE) in Langen, Germany. The facility, situated in Panasonic's European R&D centre in Germany (PRDCG), will focus on developing residential fuel cells for the European market in close collaboration with leading European utility companies.

"We have a global goal to become the 'number one green innovation company in the consumer electronics industry' by 2018. As part of this goal, we in Europe are committed to providing products to the market that enable our customers, around the world, to live in a more sustainable way."

Panasonic has been developing residential fuel cells (micro CHP1) since 1999 and launched the world's first system, the ENE FARM, in May 2009 in Japan. Following on from the success that it has had in the Japanese market, it now plans to extend its operations into Europe and the R&D centre will be a key part of realising this aim.

The centre in Langen will focus on developing and adapting the fuel cells to reflect the different operational conditions between Europe and Japan. As the operation of fuel cells depends on the composition of natural gas, it is necessary for the fuel cell to be adapted to European gas conditions. The fuel cell micro CHP generates electricity through a chemical reaction between oxygen in the atmosphere and hydrogen extracted from natural gas (methane, CH4). The heat generated as a by-product of this process is also used for home heating and hot water supplies. In Japan, a house powered by an ENE FARM fuel cell can expect to save about 1.5 tons of CO2 emissions per year compared with a house powered by electricity from thermal power station and a gas heating system.

Laurent Abadie, Chairman and CEO, of Panasonic Europe said: "We have a global goal to become the 'number one green innovation company in the consumer electronics industry' by 2018. As part of this goal, we in Europe are committed to providing products to the market that enable our customers, around the world, to live in a more sustainable way."

"Our fuel cell micro CHP are already used in our "eco ideas house" in Japan which is a concept house that shows how with the right technology we can all have homes that store, create and save energy with virtually zero CO2 emissions. We haven't brought the fuel cells to the European market before but with our new R&D centre dedicated to the advancement of fuel cell technology in Europe, we are one step closer to realising our goal for 2018 and ensuring that our customers have access to green technologies globally while building on Panasonic's green energy business and sales."

1 CHP = Combined heat and power system


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