Prime Minister Narendra Modi flagged off India's first hydrogen-powered train on Friday at the Jind railway station in Haryana [1].
The launch marks a significant shift in India's rail infrastructure, aiming to replace diesel-powered engines with clean energy to reduce the carbon footprint of the national transport network [2].
The inaugural journey featured schoolchildren boarding the 10-coach DEMU train [1]. The service operates on a route between Jind and Sonipat that spans 89 km [2]. This deployment follows a decision by the Railway Ministry to approve the hydrogen-powered project on May 27, 2024 [3].
Officials said the project is designed to showcase India's push toward sustainable transportation. By utilizing hydrogen fuel cells, the train produces water as its only emission, a stark contrast to traditional locomotives.
The event in Jind served as a public demonstration of the technology's viability for regional transit. The 10-coach configuration is intended to handle passenger loads while maintaining the efficiency of hydrogen propulsion [1].
Indian Railways officials accompanied the Prime Minister during the flag-off ceremony to highlight the milestone. The move is part of a broader strategy to modernize the fleet and integrate green technology into the country's expansive rail system [2].
While the current route is limited to the 89 km stretch [2], the government intends for this to be a scalable model. The transition to hydrogen is viewed as a critical step in achieving long-term environmental goals for the transport sector [4].
“India's first hydrogen-powered train operates on a route between Jind and Sonipat that spans 89 km.”
The introduction of hydrogen-powered rail in Haryana signals India's intent to diversify its energy sources beyond electrification and diesel. By piloting this technology on a short-haul regional route, the government is testing the operational feasibility of hydrogen fuel cells before attempting a wider national rollout, positioning India as a competitor in the global transition toward zero-emission heavy transport.
