![]() ![]() Unlike a typical battery, which eventually goes dead, a fuel cell continues to produce energy as long as fuel and oxidant are supplied. They are designed to provide a clean, reliable source of on-site power to hospitals, banks, airports, military bases, schools, and homes.įuel cells can power almost any portable device or machine that uses batteries. Stationary fuel cells are the largest, most powerful fuel cells. Many vehicle manufacturers are actively researching and developing transportation fuel cell technologies. ![]() In the future, fuel cells could power our cars, with hydrogen replacing the petroleum fuel that is used in most vehicles today. Fuel cells have three main applications: transportation, portable uses, and stationary installations. In its commitment to promoting the energy transition, Iberdrola leads the development of green hydrogen with more than 60 projects in eight countries (Spain, United Kingdom, Brazil, United States, among. Iberdrola leads the development of green hydrogen around the world Iberdrola leads the development of green hydrogen around the world The constant supply of renewable energies, the flexibilization of industry or the increase in efficiency - the transformation of the energy industry poses major challenges for all those involved. ![]() “Industry meets Renewables" conference “Industry meets Renewables" conference Together with automotive group Toyota and vehicle manufacturer CaetanoBus, energy service provider GP JOULE collaborates on the expansion of green hydrogen mobility. Learn more Advertisement Joint ecosystems for green hydrogen mobility Joint ecosystems for green hydrogen mobility H2Eco stands for a hydrogen market economy that functions according to the principles of economic efficiency and in the spirit of sustainability. Technical innovation, economic efficiency and entrepreneurship as well as the contribution to climate protection are in the foreground. Loop Energy Show all The H2Eco Award was announced this year for the first time by the German Hydrogen and Fuel Cell Association (DWV) and Deutsche Messe AG. The program creates a foundation for the development of the zero-emission heavy-duty vehicle industry. The goal of the program, coordinated by WaterstofNet, is to facilitate the development of low-CO2 hydrogen-powered heavy-duty vehicles for logistics. DHL is conducting a truck pilot test on the route between Breda in the Netherlands and Brussels in Belgium as part of the Interreg North-West Europe program's "H2 Share" project. DHL Express announced in November 2021 that they are testing hydrogen-powered trucks for regular service. In addition to being significantly more efficient than cars and trucks with internal combustion engines, hydrogen-powered fuel cell vehicles also have the advantage of making a significant contribution to reducing greenhouse gas emissions via the climate-friendly manufacturing pathway. Hydrogen is also ideal for mobility applications Secondly, the company is creating the conditions for climate-neutral steel production. On the one hand the company is making a key contribution to building a green hydrogen economy, using its own expertise in alkaline water electrolysis and developing climate-neutral supply concepts for industrial applications. The potential of hydrogen plays a major role at thyssenkrupp, for example. Hydrogen is already being used today in the steel industry. With electrolysers in the energy system, one creates the necessary flexibility in the power grid that the renewable generation plants need. In his opinion, we can generate enough renewable energy in Europe and thus do not need to import hydrogen. With decentralized green hydrogen projects such as eFarm, which are intelligently integrated into the energy infrastructure, industry can also be supplied competitively with green hydrogen in the medium term. It thus makes a decisive contribution to decarbonization.Īmong the industry's thought leaders is Ove Petersen, co-founder and CEO of GP Joule. ![]() Green hydrogen can be used in numerous applications and gradually replace fossil fuels. It is produced by electrolysis of water, whereby only electricity from renewable energies may be used for electrolysis. Green hydrogen in particular is a climate-neutral and thus sustainable alternative, because only green hydrogen is truly climate-friendly, since it is produced without fossil raw materials. When it comes to the energy turnaround, people primarily think of electrifying as many processes as possible, but not all areas of industry are suitable for this. Green hydrogen can gradually replace fossil fuels New opportunities and applications for industry and mobility are discussed here. The international hydrogen community meets every year at HANNOVER MESSE. ![]()
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