India has launched its first indigenously developed hydrogen-fuel-cell powered train on the Jind-Sonipat section in Haryana [1, 2].
The deployment marks a significant shift toward clean energy for one of the world's largest rail networks. By replacing traditional diesel or electric power with hydrogen technology, the government aims to reduce carbon emissions and advance green mobility across the country [2, 3].
Prime Minister Narendra Modi flagged off the train as part of a broader strategy to modernize the rail infrastructure. The vehicle is the first of its kind to be built domestically within India [1, 2]. This indigenous development reduces reliance on foreign technology for sustainable transport solutions.
The train is constructed with two hydrogen-powered cars [3]. These fuel cells generate electricity through a chemical reaction between hydrogen and oxygen, emitting only water vapor as a byproduct. This process allows the train to operate without the need for overhead electric lines or the heavy pollution associated with diesel engines.
The launch took place on the Jind-Sonipat route, serving as a pilot for the technology's viability in the Indian climate and terrain [1]. Indian Railways intends to use this project to evaluate the efficiency of fuel-cell technology before expanding the fleet to other regions.
Officials said the project aligns with national goals to achieve net-zero emissions. The integration of hydrogen power into the rail system is expected to lower the operational cost of environmental compliance over time. The government is now focusing on the scalability of hydrogen production to support a larger fleet of green trains [2, 3].
“India has launched its first indigenously developed hydrogen-fuel-cell powered train.”
The introduction of hydrogen-powered rail indicates India's intent to diversify its energy mix beyond solar and wind. By developing the technology indigenously, India is positioning itself as a potential exporter of green rail tech while addressing the logistical challenge of decarbonizing long-distance transport where electrification is often too expensive or geographically difficult.
