Between 2013 and 2016, HZwei – and later also H2-international – provided readers with regular, detailed updates on the activities of the Electromobility Showcase program. The 145 projects that were part of this program were accompanied by research and monitoring to coordinate, analyze and publish results and have led to a final report consisting of 322 pages.
One of the biggest electric transportation conferences in the world will open its doors from Oct. 9 through 11 in the German state capital of Baden-Württemberg, Stuttgart. In 2017, the city’s show grounds will see three events run in parallel – the Electric Vehicle Symposium & Exhibition, or EVS for short, the f-cell and the Battery+Storage. One day before the start of those, Stuttgart will have its Electric Transportation Day, AtEm.
This year’s June issue came with a detailed description of the electrolyzer market and in-depth reports on manufacturers and their products. But of course, the list wasn’t exhaustive, as numerous businesses have entered the segment and much had to be left unsaid. Many of those suppliers exhibited at Hannover Messe, showcasing their latest developments. Considering the great interest in our previous article on the technology, we thought to create a summary
In November 2016, E4tech published data and analyses on the fuel cell industry in its latest edition of Fuel Cell Industry Review. Since 2014, it has contacted businesses in the industry and aggregated their shipment figures to capture the most recent market developments. The following sections will present some excerpts from this review and explain the changes to the preliminary 2016 figures published last November.
Japan remains fully committed to integrating hydrogen into its national energy mix, and is looking to Europe and to a lesser extent the U.S. for markets and research support. Developers f residential fuel cell systems have all found European partners to bid for FCH-JU funding. And Japan’s Toyota has quietly led an international effort to engage corporations
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.
The 22nd World Hydrogen Energy Conference will take place next year in Brazil – with the help of a German business. Co-organizer of the WHEC 2018 held under the auspices of the International Association for Hydrogen Energy is reported to be Peter Sauber Agentur Messen und Kongresse. The hosts in Rio de Janeiro from June 17 through 22 will be the Laboratório de Hidrogênio, or Lab H2 for short, and the Instituto Alberto Luiz Coimbra de Pós-Graduação e Pesquisa de Engenharia, or COPPE UFRJ.
There has been quite an interest in energy storage recently. And as ever more power-to-gas systems have been popping up all over Germany, project planners are increasingly turning their attention to the key elements found on-site: electrolyzers. These electrochemical units to create hydrogen have been around for a long time.
Last November, H2-international published a first market overview of residential fuel cell systems. This time, we will take a closer look at electrolyzers. To try and map the current situation on the electrolyzer market, we contacted 18 manufacturers, primarily from the German-speaking region, but also from across Europe and North America. Ten of them have sent us details on their electrolyzers. Nine of them have made it onto the product list; Diamond Lite and Proton OnSite provided virtually identical information.
Splitting water into hydrogen and oxygen with the help of electrical energy is commonly known as water electrolysis. This process matches the oxyhydrogen experiments one may remember from the classroom, albeit in reverse. If the anode and cathode in an electrolyzer cell are separated by a semipermeable membrane or a diaphragm, the gases produced by the process can be directed out of the cell individually.