Top Speed: Solid-State Batteries to Revolutionize EV Industry
This article looks at current electric-vehicle technology and how solid-state batteries have the potential to be a safer and longer-lasting alternative.
This article looks at current electric-vehicle technology and how solid-state batteries have the potential to be a safer and longer-lasting alternative.
Plug Power expands its GenKey offering to warehouses that operate fewer than 100 electric forklifts, allowing more customers to benefit from hydrogen and fuel cells.
Toyota has secured funding to produce a hydrogen fuel cell pickup truck concept, called the Toyota Hilux in its Burnaston, England plant.
Southeastern Pennsylvania Transportation Authority announced it will purchase 10 fuel-cell electric buses produced by New Flyer of America, in support of its zero-emission fleet goals.
Alauda Aeronautics revealed its Airspeeder MK4, an electric aircraft that will have a top speed of 225 mph, and be powered by a hydrogen turbogenerator connected to electric motors on the wings.
Nikola Corporation announced its HYLA brand’s fourth California hydrogen station, as part of its station network to advance and scale its long-term hydrogen distribution solutions.
Scientists have determined what causes dendrites in lithium-ion batteries. This discovery can help create better lithium-metal batteries for electric vehicles.
This article looks at ten hydrogen vehicles, in prototype or concept phases, that have the potential to change the zero-emission vehicle landscape.
Local transport companies test hydrogen commercial vehicles at Edmonton International Airport, as part of the Hydrogen Commercial Vehicle Demonstration, hosted by the Alberta Motor Transport Association.
This comparison between the two types of electric cars looks at factors such as safety, driving range, charging times, upfront and long-term costs, and emissions.