The kickstart for Enginius could hardly have turned out better. On May 16th, 2022, Faun Umwelttechnik GmbH & Co. KG introduced its new brand to the public in Bremen, and only two weeks later, the vehicle manufacturer from Niedersachsen was presented the first ever H2Eco Award during Hannover Messe. At the same time as the industrial fair, the subsidiary of the Faun Group also made a splash at IFAT 2022, the world-leading trade fair for environmental technologies, in Munich from May 30th to June 3rd.
Bloom Energy gained its South Korean customer and corporate partner of many years, SK ecoplant, as a shareholder and, thanks to the existing good working relationship, has even bagged a USD 4.5 billion order – for hardware and software and also service revenue – for 500 megawatts for the time being. This order should only be the start though and so ought to have further potential. SK ecoplant, part of the SK Group, is the largest energy corporation in South Korea and is planning to invest multiple billions in fuel cells and hydrogen, said to be about USD 25 billion.
Bloom Energy performed strongly in recent months, rising from USD 10 to over USD 19 until it was time for profit-taking. As expected, the stock is beginning to catch up to other fuel cell shares. Plus, Bloom [NYSE: BE] has formed a joint venture with Samsung Heavy Industries to come up with SOFC solutions for cargo vessels and tankers. The venture is regarded as a research partnership aimed at developing technologies Bloom wants to bring to market starting in 2022, with yearly production capacities of 300 megawatts.
Not only has the second generation of Hyundai’s fuel cell car been unveiled earlier than expected, the price has already been set as well. The first event featuring the Next Gen Fuel Cell was moved up half a year and took place in mid-August in South Korea’s capital Seoul. The car scheduled to hit the market in early 2018 will cost EUR 54,000 (USD 62,712) outside South Korea
The RD&D activities of the industry and the public sector have successfully established a global market for hydrogen and fuel cells. There is growing consensus about the importance of these clean energy carriers in transportation and several manufacturing segments. Countries such as Germany, Japan and the United States – and organizations such as the European Commission – have been spearheading efforts in research, development and demonstration technologically and politically to show how sustainable and reliable these resources really are.
Hyundai has been on the market with its mass-produced ix35 fuel cell car since 2013. Last year, 250 units were shipped to Europe, with 120 sold or leased to German businesses alone. And this year, Linde established BeeZero, which ordered as many as 50 of them for its vehicle-sharing service in Munich. Even though the fuel cell version won’t be coming to every Hyundai dealership within the next months, H2-international put it to the test for nine days
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
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
Ballard Power is placing a bigger focus on China, evidenced by the various agreements with Chinese companies from the field of bus manufacturing and the development of hydrogen-driven rail vehicles. According to company information, the Canadian fuel-cell manufacturer paid special attention to only collaborate with known, reputable partners, whether big or small, which enjoy their own location advantages.
FuelCell Energy specializes in large-scale projects using fuel-cell technology to generate clean energy (electricity and heat). It is also leading in technologies such as CO2 capture and storage. The company recently secured a contract award by the American Department of Energy for a scalable CO2 capturing project (e.g., for coal-fired power plants) potentially worth around US$ 24 million. The system used