BeeZero is gas company Linde’s new carsharing offer to anyone interested in renting a fuel cell car for a short trip on the road. Linde Hydrogen Concepts, the subsidiary that the technology business founded for this purpose, has acquired a total of 50 Hyundai ix35 Fuel Cell for its first-ever rental location in Munich, Germany.
The Institute of Space Propulsion of the German Aerospace Center (DLR) in Lampoldshausen is one of Europe‘s largest hydrogen consumers. The organization primarily uses cryogenic hydrogen to test the main and upper stage engines of Europe’s Ariane 5 rocket. The experiences made during those tests will now be expanded even further: Together with ZEAG Energie, the DLR is planning to implement a regenerative hydrogen process chain. It creates the required hydrogen in a 1 MW PEM electrolysis system, which draws its power from the neighboring wind farm Harthäuser Wald
Since 2008, South Korea has aggressively pushed the development of the fuel cell markets for stationary and mobile use. The driving factor behind the government’s decision was the global economic crisis, which led to an equally painful economic downturn in Asia. In the country officially called the Republic of Korea, it awakened dark memories
If one takes into account order bookings, collaborations, product developments and prospective markets, buying shares of fuel cell companies looks ever more promising. But the capitalization of the market leaders in fuel cells described in this article amount to a mere USD 750 million – a stark contrast to Tesla, the electric car pioneer, which has a market cap of USD 34 billion. These companies may very well get closer over the coming years, if Tesla gradually loses in value while fuel cell shares increase considerably in price.
Who would have thought that the world’s largest oil corporation and biggest US gas company is having a change of heart? In May this year, ExxonMobil concluded a research agreement with FCEL to develop the carbon capture technology into something that created a “more economical pathway.” Carbon dioxide from chemical and coal plants is said to be added together with hydrogen to produce methane, which would then be converted at high efficiency into electricity and heat. What is most important here is the technology‘s economic benefit
An energy self-sufficiency project is set to be tested on the Orkney Islands, UK: Hydrogen from wind power will be used for fuel cell range extenders integrated into electric vans to offer clean transportation. In April 2016, twelve partner companies from six EU countries were awarded the contract for this project
The idea to use fuel cells as range extenders for electric cars is gaining in popularity. Now, Magna International presented its own approach during the 37th International Motor Symposium in Vienna, Austria, at the end of April. As a base component, the Austrian automotive supplier uses a medium-size van, which can go 90 kilometers (56 miles) on electricity alone. But when the battery charge drops below a certain threshold, the fuel cell is turned on to regenerate the power storage
On May 1, 2016, Nikolas Iwan became the new CEO of H2 MOBILITY Germany. Iwan had previously worked for eight years in different management positions at Shell. His predecessor, Frank Sreball, who has had his own consultancy for management and interim management since 2005, had been the one originally setting up H2 MOBILITY on his own.
Many prominent figures from politics and business showed up to the H2Mobility conference in Berlin, Germany, in order to re-assure each other of the promises they had already made. Alexander Dobrindt kicked off the event held on the premises of his government department, the Federal Ministry of Transport and Digital Infrastructure (BMVI), before the Chinese transportation minister, Wan Gang, addressed the audience.
Large fuel cell systems in the megawatt range have so far been set up primarily in South Korea or the States. Now, Germany is said to get its first 1.4 MW plant. The new system by FuelCell Energy Solutions is currently being built in the Friedrichsfeld suburb of Mannheim (see photo). E.ON Connecting Energies has been implementing the Direct FuelCell® unit