Prime Minister Narendra Modi flagged off India’s first hydrogen-powered train from Jind in Haryana on July 17, giving the country’s green rail transport ambitions a real, tangible push forward. Standing at the HUDA ground before a large public rally, Modi called the moment a historic one for Indian Railways, and it’s hard to argue otherwise. This isn’t a small pilot tucked away for testing purposes; it’s the world’s most powerful hydrogen train currently in service, and India has just planted its flag firmly in a space that only a handful of nations have entered so far.
What Makes This Train Different
The train, popularly dubbed the “NaMo Green Rail,” will run on a roughly 90-km stretch between Jind and Sonipat. It’s built with 10 coaches, packs 3,200 horsepower, and can carry around 2,600 passengers at a time, cruising at speeds up to 75 km/h. For context, hydrogen trains elsewhere in the world, including in Germany, typically run with about five coaches. India’s version doubles that, making it not just the most powerful but also the longest hydrogen train operating anywhere on the planet right now.
Here’s the part that really matters for the climate conversation: the train runs on hydrogen fuel cells, which generate electricity through a chemical reaction, and the only thing that comes out the other end is water vapour and a bit of heat. No diesel fumes, no soot, no carbon dioxide trailing behind it. For non-electrified routes, especially in hilly and heritage areas where laying overhead electric wires is either impractical or would damage the landscape, this is a genuinely clean alternative to the diesel locomotives that have powered those routes for decades.
Made in India, Built for India
What Modi seemed especially proud of during his speech was that this isn’t imported technology repackaged for Indian tracks. The hydrogen train was designed, engineered, and built entirely in India, with the coach itself tested at the Integral Coach Factory (ICF) in Chennai. He framed it as a strong example of the “Make in India” push, and it’s a fair point. Getting hydrogen fuel-cell propulsion to work reliably at this scale, with this many coaches, is not a trivial engineering feat, and doing it domestically adds real weight to India’s claim of being a serious player in clean-energy technology.
To fuel the train, a dedicated hydrogen plant has been set up in Jind itself, with a storage capacity of 3,000 kg. The plant produces green hydrogen through electrolysis, meaning the hydrogen itself is generated using a process that doesn’t lean on fossil fuels either. Railway Minister Ashwini Vaishnaw had earlier confirmed in Parliament that the manufacturing of the train-set was complete and that the hydrogen ecosystem in Jind was being built specifically to support this pilot before wider rollout.
More Than Just One Train
This launch is really the opening move in a much bigger plan. Officials have indicated that the government intends to roll out many more hydrogen trains on hill and heritage routes over the coming years, as part of a broader initiative to decarbonise the railways and cut India’s reliance on diesel traction. Reports suggest the ambition eventually extends to around three dozen hydrogen trains across such routes, each costing in the range of Rs 80 crore, with additional investment going into the ground infrastructure like fuelling stations along each route.
That scale matters. Indian Railways is one of the largest rail networks in the world, and a meaningful chunk of it still isn’t electrified, particularly in remote, hilly, or heritage circuits where laying tracks for electric lines is either too costly or too disruptive. Hydrogen offers a way to clean up emissions on exactly those stretches without needing to rebuild the entire network’s power infrastructure.
Modi also connected the launch to India’s larger net-zero commitments, positioning the train as part of the country’s push to become a hub for green transport technology rather than just a consumer of it. With this launch, India joins a small club of countries, including Germany, Japan, China, and the United States, that are actively deploying or testing hydrogen-powered rail technology, though most of those programmes are still relatively young themselves.
A Symbolic and Practical Milestone
Beyond the technical specifications, there’s a symbolic weight to the launch that Modi leaned into during his speech, comparing the significance of this route to how India still remembers its very first train journey between Bombay and Thane generations ago. Whether or not the Jind-Sonipat route earns that kind of lasting place in public memory, the practical significance is clear enough: India now has working proof that hydrogen rail technology can be built, fuelled, and run domestically at a scale bigger than anywhere else currently operating the technology.
For a railway network still heavily dependent on diesel in its non-electrified corners, and for a country trying to balance economic growth with climate commitments, this hydrogen train is less about one route between two towns in Haryana and more about testing whether this technology can eventually be scaled up nationwide. If the pilot runs smoothly, the next few years could see hydrogen trains quietly reshaping how India moves people through its hills, heritage circuits, and beyond.
India Rolls Out Its First Hydrogen-Powered Train, Marking a New Chapter in Green Rail Travel.
