With dwindling passenger car sales for hydrogen fuel cells, the technology is now looking like a non-starter for heavy-duty ...

Despite initial optimism, the widespread adoption of hydrogen fuel cells in transportation sectors faces significant challenges, including efficiency issues, storage problems, and cost barriers, ...

Near-term opportunities for Air Liquide come from blue hydrogen in the U.S., while green hydrogen is a bigger and ...

Announcing the 2028 launch of its first hydrogen-powered fuel-cell electric car (FCEV) – the iX5 Hydrogen – last year, BMW described hydrogen cars as the ‘missing piece’ in the sustainable mobility ...

Electric cars shine brightly in terms of efficiency ... Hydrogen's current production paints a complex picture. Most hydrogen is derived from natural gas, releasing CO2 into the atmosphere, reducing ...

Unlike electric vehicles, which rely on batteries, hydrogen cars use fuel cells that combine hydrogen and oxygen to produce electricity, with water vapor as the only emission. Despite their potential ...

This article looks into the key differences between hydrogen and electric cars, examining their potential to shape the future of sustainable transportation. Hydrogen vehicles, also known as fuel cell ...

KGM has partnered with a French company to help it develop new hydrogen-based powertrains for its cars. The South Korean firm ...

Ferrari’s future: Innovation without compromise or sacrifice Ferrari is not going back! It has proven that it can integrate sustainability and high performance, meaning that the idea of switching to ...

The patent document is titled, Car Provided With a Hydrogen-powered Internal Combustion Engine ... Speaking at the most basic level, the combustion engine can be described as an inline-6 that runs on ...