Synthetic gases will play an important role in the full supply of renewable energies for Germany’s energy requirements. The meta-analysis of  shows that, according to several studies, an electrolysis capacity of more than 100 GW is required in the future energy system in Germany. If such an electrolysis capacity is to be installed in the course of the next few decades, it will be necessary to ramp up the market in good time so that market-driven, reliable and inexpensive plants can be made available.
A small, decentralized power-to-gas system was started up in a residential development in Augsburg, Germany, at the beginning of this year. Exytron, the Rostock-based manufacturer of the installation, said it was the first of its kind around the globe to store surplus renewable electricity in synthetic natural gas and extract power when needed. With the help of the company’s SmartEnergyTechnology, “the system reduces emissions by 70 percent to 100 percent,” said the business’s sales director, Klaus Schirmer.
ZSW, the Center for Solar Energy and Hydrogen Research, has seen the addition of a new building in the state capital of Baden-Württemberg, Stuttgart, Germany. It was officially inaugurated on July 5 in the presence of the state’s economy minister, Nicole Hoffmeister-Kraut, and the mayor of Stuttgart, Fritz Kuhn. The expansion is said to house new analytical and coating equipment for PV systems in addition to power-to-gas storage units.
Micro-organisms provide more flexibility than common catalysts, and the methane produced by them is relatively pure. Additionally, the investment costs for Power-to-Gas systems can be lowered by using transformers and power as well as gas network connections of already existing biogas and wastewater treatment plants. This field of study, however, still requires more research to be done, even for
Greenpeace Energy presented a new study in August of 2015 according to which “wind gas” (gas produced with the help of excess power from renewable energy – hydrogen or methane) could contribute to strengthening the transformation of the energy sector. The 97-page comparison of future power supply with and without
The political statements are now being trotted out on an almost weekly basis. This should come as no surprise, since more power-to-gas projects are now starting than ever before. We repeatedly hear things like “PtG technology has the potential to lead the energy transition to success.” Such statements were to be heard most recently, for example, at the commissioning of the facility in Ibbenbüren and in Mainz, and also at the initialization of the project in Solothurn, Switzerland.
While the further development of the H2 and FC technology is diligently perfected in the laboratories and workshops using new catalyst materials or production processes, elsewhere – just as diligently – discussions are taking place about the political framework conditions. In spring 2015, it was decided in Brussels that in the future, during the refining of fuels, hydrogen which is produced from renewable energies will gain a multiple offsetting against the biofuel quota, but “only” by a factor of two and not – as requested by many – by a factor of four.
Hydrogenics (HYGS, US$9.50) already has that which Ballard is planning with Chinese firm CSR in the bag: the company is providing Alstom with FC technology for use in trains. Order value: minimum of US$50m. over a time frame of ten years.
In early May 2015, the company was also able to report a technological breakthrough with the presentation of the most powerful
On 12th June 2015, the 20th meeting of the members of the German Association for Hydrogen and Fuel Cells [Deutscher Wasserstoff- und Brennstoffzellen-Verband e.V.] (DWV) took place in Hamburg. This year there were no elections to the executive board. Instead, Werner Diwald, who has been acting Chairman since 2014, explained the modernization steps within the association that are currently ongoing. Diwald, who is also the full-time Managing Director of ENCON.Europe, explained