The Role of Hydrogen in Energy Storages to Address Grid Constraints and Rising Electricity Costs

The shift towards electric vehicles and zero-emission vehicles (ZEVs) is key to decarbonizing transportation. By 2030, America may need 1.2 million public EV chargers and 28 million private ones, 20 times more than current numbers, to meet federal targets. Despite urban areas adapting, many U.S. regions lack infrastructure, creating "range anxiety" and hindering electric long-haul trucking. Innovations like hybrid storage systems offer solutions by using renewable energy for localized electricity generation. One such pioneering approach, hydrogen-based Long Duration Energy Storage (LDES), combines hydrogen storage with solar energy, promising sustainable, grid-independent energy for EV charging across various locations. With demonstrated capabilities and competitive costs, such hydrogen storage solutions are being explored at U.S. charging stations, supporting a comprehensive, sustainable charging infrastructure for ZEVs and facilitating wider electric vehicle adoption. This session will examine case studies that demonstrate the effectiveness and cost-efficiency of hydrogen storage solutions in establishing a comprehensive EV charging network across diverse locations.