Indian Railways completed a trial run of a hydrogen-fuel-cell powered train between Delhi and Jind to evaluate safety and performance [1].

The successful test marks a shift toward decarbonizing the rail network. By replacing traditional diesel or electric systems with hydrogen fuel cells, the government aims to reduce the environmental impact of long-distance transport in one of the world's largest rail systems [1], [3].

The trial utilized a 10-car trainset [2]. During the run, engineers focused on testing the stability of the rolling stock and measuring emergency braking distances to ensure the technology meets safety standards for passenger service [1], [2]. The train successfully achieved a maximum speed of 120 km/h during the trial [4].

Officials conducted the tests on the corridor between Delhi and Jind in the state of Haryana [1]. Following the completion of these trials, the hydrogen-powered train is set for deployment on the Jind-Sonipat route [2].

This initiative is part of a broader strategy to pioneer green transport within India [3]. The use of hydrogen fuel cells allows trains to operate without emitting greenhouse gases, as the only byproduct of the process is water vapor [3].

The deployment of this technology on the Jind-Sonipat section will serve as a critical proof of concept for wider adoption across the national network [2].

“The train successfully achieved a maximum speed of 120 km/h during the trial.”

The successful trial of hydrogen-powered rolling stock indicates India's intent to diversify its energy sources for public transit. Transitioning from diesel to hydrogen on regional routes like Jind-Sonipat could reduce carbon emissions and lower the reliance on traditional electrical grids for remote tracks, provided the country can scale the production of green hydrogen.