PM Narendra Modi unveiled India's first hydrogen train at Jind, Haryana.
NEW DELHI: Prime Minister Narendra Modi flagged off India’s first hydrogen-powered passenger train on July 17 from Jind railway station in Haryana, running on the 89-kilometre Jind-Sonipat branch line. The launch also confirmed Indian Railways’ broader plan to operate 35 hydrogen-powered trains under its “Hydrogen for Heritage” initiative, with water vapour as the only direct emission from these trains. The Jind launch was paired with the dedication of a ₹14,700 crore package of regional infrastructure projects, signalling a broader push to modernise transport and public services in the region.
The hydrogen train itself represents a genuinely impressive engineering achievement. Rather than building an entirely new class of rolling stock from scratch, Indian Railways retrofitted existing diesel rakes with hydrogen-electric propulsion, a practical approach that brought the technology to the tracks faster and at lower cost. The result is a 10-coach train capable of carrying around 2,600 passengers, making it one of the largest hydrogen passenger trainsets operating anywhere in the world today. With 35 such trains now planned, this pilot marks the starting point of a much wider clean rail rollout across the country.
How the Technology Works
Inside the train, hydrogen combines with oxygen in fuel cells to generate electricity, releasing only water vapour as a by-product. A lithium iron phosphate battery bank works alongside the fuel cells, providing quick bursts of power during acceleration and capturing energy during braking. Together this hybrid system delivers 2,400 kW of power, enough to comfortably run the 89-kilometre route twice daily with a two-hour journey time.
Encouragingly, the safety architecture built into the train is thorough, with multiple layers of leak detectors, heat sensors and automated shutdown systems designed to respond well before hydrogen concentrations approach any risk threshold. This reflects the careful, methodical approach India’s engineers have taken in adapting a relatively new technology for passenger use.
(Read more on Hydrogen-Train: https://beatsinbrief.com/2026/07/17/india-first-hydrogen-train-pm-modi-jind-sonipat-route-2026/)
A Genuinely Green Fuel Source
What makes this pilot particularly meaningful is that the hydrogen powering the train is produced on-site using a dedicated electrolyser, splitting water into hydrogen and oxygen using renewable-linked power. This means the train runs on green hydrogen rather than the more carbon-intensive grey hydrogen derived from natural gas, giving it a genuinely clean environmental footprint from source to motion.
The refuelling facility at Jind is itself a notable piece of infrastructure, producing enough hydrogen daily to fully support the train’s needs while maintaining strict purity standards required to protect the fuel cells. This kind of integrated ecosystem, combining production, storage and dispensing at a single site, is exactly the sort of foundational infrastructure India will need as it scales up hydrogen use across other sectors.
Global Collaboration Powering Local Innovation
The project also reflects healthy international collaboration. Hyderabad-based Medha Servo Drives led the systems integration work, drawing on fuel cell modules from Canada’s Ballard Power Systems and electrolysis technology from Spain’s H2B2. Rather than viewing this as a shortfall in indigenous capability, it is worth recognising this as a sensible and common approach in emerging clean technologies, where countries combine the best available global components with strong local engineering and systems integration. India’s own Research Designs and Standards Organisation spent three years developing the safety and design specifications, while the Integral Coach Factory in Chennai handled the physical build, demonstrating solid domestic capability across the value chain.
This kind of collaborative model also lays useful groundwork. The National Green Hydrogen Mission is already backing efforts to build domestic electrolyser manufacturing capacity, with companies like Reliance Industries and L&T Electrolyzers scaling up production lines that could eventually reduce reliance on imported components over time.
A Region-Wide Infrastructure Push
The hydrogen train launch was just one part of a much larger day for Haryana. Alongside flagging off the train, the Prime Minister dedicated and laid foundation stones for a ₹14,700 crore package covering roads, rail and healthcare across the state.
Among the largest components is the Delhi-Amritsar-Katra Expressway, with a nearly 158-kilometre stretch through Haryana built at a cost of ₹9,680 crore. Once complete this corridor is expected to cut travel time between Delhi and Vaishno Devi from 14 hours to just 6, while also significantly easing congestion on the busy Grand Trunk Road. A separate greenfield highway connecting Jind and Gohana is set to reduce travel time between the two towns from nearly two hours to just 40 minutes, a meaningful improvement for local agricultural transport and regional connectivity.
On the rail side, a new elevated railway track in Kurukshetra will remove five major level crossings within the city, easing a long-standing traffic bottleneck. Healthcare also featured prominently in the announcements, with two new government medical colleges, one in Bhiwani and another in Narnaul, together adding 200 MBBS seats and nearly 1,200 hospital beds to the region’s medical capacity. Rounding out the package is the foundation stone for Haryana’s first Sikh Museum in Kurukshetra, aimed at showcasing the community’s history and cultural contributions through modern, interactive exhibits.
Taken together this is a substantial, multi-sector investment landing in a single region on a single day, spanning clean transport, highways, healthcare and culture.
Part of a Larger National Vision
The Jind-Sonipat hydrogen train and its accompanying infrastructure push also sit within a broader national trajectory. India is preparing to host the 2030 Commonwealth Games in Ahmedabad and has formally entered the bidding process for the 2036 Olympics, with new sporting infrastructure and a national sports policy already underway to support these ambitions.
Viewed together the hydrogen train, the ₹14,700 crore package and these larger sporting ambitions reflect a country methodically building out transport, healthcare, and public infrastructure in parallel, with the Jind-Sonipat launch serving as a strong symbol of how far this modernisation drive has come.
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