Fred Farchmin
Siemens
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Featured researches published by Fred Farchmin.
Archive | 2016
Fred Farchmin
The extension of power generation out of regenerative sources, such as wind power and photovoltaic is a major lever to achieve the ambitious targets to reduce the emission of carbon dioxide. Those sources are extremely volatile. Therefore, systems are needed to stabilize the grids and furthermore help to avoid excess generation and supply bottlenecks. Large-scale electrolysis systems convert water into hydrogen using for instance regenerative energy. Thereby huge amounts of energy will be storable for long periods. Such PEM electrolysis systems must have a power of at least 50 MW and must technically also be able to operate highly efficiently in such an extreme dynamic environment. Siemens is pushing the upscaling and the production of such large-scale PEM electrolysis systems.
Archive | 2012
Fred Farchmin; Manfred Waidhas
Archive | 2012
Fred Farchmin; Alexander Hahn; Roland Käppner; Manfred Waidhas; Thomas Wasser; Andreas Wiest; Erik Wolf
Archive | 2015
Fred Farchmin; Alexander Hahn; Roland Käppner; Manfred Waidhas; Thomas Wasser; Andreas Wiest; Erik Wolf
Archive | 2014
Fred Farchmin
Archive | 2013
Erik Wolf; Andreas Wiest; Klaus Scheffer; Fred Farchmin
Archive | 2012
Fred Farchmin; Alexander Hahn; Roland Käppner; Manfred Waidhas; Thomas Wasser; Andreas Wiest; Erik Wolf
Archive | 2012
Fred Farchmin; Manfred Waidhas; Thomas Wasser; Andreas Wiest
Archive | 2011
Fred Farchmin; Manfred Waidhas
Archive | 2006
Fred Farchmin; Walter Meier; Arno Scharowsky; Jens Struck