Triton EV unveils new hydrogen ICE

Triton EV has launched a zero-emission hydrogen engine in India, emitting only water vapor and fitting various vehicle types.

New Jersey, United States- Triton Electric Vehicle LLC., a designer and manufacturer of vehicles, a revolutionary hydrogen internal combustion engine has been launched in India. This innovative technology provides a zero-carbon emission alternative to traditional gasoline engines, emitting only water vapor and eliminating harmful pollutants like carbon monoxide, hydrocarbons, and nitrogen oxides.

The new hydrogen internal combustion engine matches or exceeds the power output of conventional engines, offering robust performance in various driving conditions. Engineered with advanced materials and design techniques, it promises enhanced durability, reliability, and potentially reduced maintenance needs, extending its lifespan.

Mr. Himanshu Patel, CMD of Triton EV, said, “Designed to deliver high performance, Triton EV’s hydrogen internal combustion engine offers superior efficiency without compromising on power. The engine boasts an advanced combustion process optimized for hydrogen, which ensures complete fuel utilization and minimizes energy losses.”

Triton EV's hydrogen engine stands out for its versatility, fitting into various vehicle categories from compact cars to large commercial trucks, thus making sustainable transportation accessible to a broader market.

The company is actively seeking partnerships to accelerate the adoption of this technology. “The application of this hydrogen engine is extremely versatile as it not only controls the carbon footprint but also makes trucks more affordable,” says Patel. “We are open to collaborating with other commercial and non-commercial vehicle brands for supplying our hydrogen engine.”

The launch of Triton EV's hydrogen engine marks a major step towards a greener automotive future. This innovation could significantly reduce transportation's environmental impact while maintaining high performance standards.