India has entered a new phase in cleaner rail transport with its first hydrogen-powered train on the Jind-Sonipat route in Haryana. Flagged off by Prime Minister Narendra Modi on July 17, 2026, the 10-coach train has a capacity of up to 2,600 passengers and a maximum speed of 75 kmph.
Designed, engineered and integrated in India using indigenous technology, the project is significant not simply because of its fuel source, but because it will test whether hydrogen propulsion can become a practical part of Indian Railways’ broader decarbonisation strategy.
How Hydrogen Train Works?
The train uses hydrogen fuel cells to generate electricity for propulsion. Instead of burning diesel in a conventional internal-combustion engine, hydrogen stored onboard is supplied to fuel cells, where it reacts electrochemically with oxygen to produce electricity.
That electricity powers the train’s traction system, while water vapour is produced as the principal by-product at the point of operation. According to the Press Information Bureau, this enables zero carbon emissions during train operation.
This distinction is important. While a hydrogen train does not directly emit carbon dioxide during fuel-cell operation, its overall lifecycle emissions depend on how the hydrogen is produced. Hydrogen generated through electrolysis using renewable electricity can have a substantially smaller carbon footprint than hydrogen produced using fossil fuels.
PIB has described India’s train as being among the world’s longest and most powerful hydrogen-powered trains. Government publications also identify it as a 10-coach hydrogen fuel-cell-based train approved for operation on Northern Railway’s Jind-Sonipat section, with a maximum speed of 75 kmph.
Built With Indigenous Technology
One of the project’s key features is its domestic engineering component. According to PIB, the hydrogen train was designed, engineered and integrated in India using indigenous technology, making the programme relevant not only from an environmental perspective but also for India’s railway manufacturing ambitions.
India’s hydrogen train can accommodate up to 2,600 passengers, according to an Indian Railways note published by PIB in June 2025. Its deployment on a passenger route will allow the Railways to evaluate hydrogen technology under actual Indian operating conditions rather than limiting the project to laboratory or prototype testing.
The commercial implications are equally important. Hydrogen rail systems require more than new rolling stock. They need a reliable supply of hydrogen, safe storage facilities, refuelling infrastructure and specialised maintenance capabilities. Building this ecosystem efficiently will be crucial if Indian Railways intends to deploy the technology more widely.
Hydrogen Programme Has Scale
The Jind-Sonipat train is linked to a broader push by Indian Railways to explore hydrogen propulsion. In February 2023, the Ministry of Railways said it envisaged operating 35 hydrogen trains under its “Hydrogen for Heritage” initiative.
At the time, the ministry estimated the cost of each hydrogen train at approximately ₹80 crore, while ground infrastructure for each route was estimated at another ₹70 crore. These were programme-level estimates announced in 2023 and should not be treated as the final cost of the Jind-Sonipat train.
Business Standard reported that ₹111.83 crore had been sanctioned for the Jind-Sonipat pilot project, covering the conversion of a DEMU train along with hydrogen production, storage, refuelling and associated infrastructure. This figure is based on secondary reporting and is not stated in PIB’s July 2026 launch release.
The numbers highlight the economic question surrounding hydrogen railways. Unlike conventional electric trains that can draw power directly from overhead lines, hydrogen trains require electricity to produce hydrogen, infrastructure to store and deliver it, and fuel cells to convert its energy back into electricity onboard.
Where Hydrogen Could Fit
India has already made extensive progress in railway electrification, meaning hydrogen is unlikely to replace direct electric traction across the entire network. Its role may instead emerge in specific operating environments where hydrogen technology offers practical or strategic advantages.
Indian Railways’ “Hydrogen for Heritage” initiative has focused attention on heritage and hill routes, although the Jind-Sonipat deployment represents a broader demonstration of the technology on India’s rail network.
The pilot will provide valuable operational evidence on reliability, hydrogen consumption, maintenance, refuelling requirements and infrastructure utilisation. These metrics will matter more to future expansion than technological novelty alone.
The project also sits within Indian Railways’ larger environmental ambitions. The Railways has set a target of becoming a net-zero carbon emitter by 2030, making cleaner traction technologies part of a wider effort to reduce the network’s environmental footprint.
Economics Will Determine Expansion
The arrival of India’s first hydrogen train is an engineering milestone, but its long-term significance will depend on what happens after the inaugural run.
If hydrogen trains can operate reliably while hydrogen production and infrastructure costs decline, the technology could find a defined role within India’s railway system. The climate benefits will also depend substantially on whether the hydrogen powering these trains increasingly comes from low-carbon or renewable sources.
For now, the Jind-Sonipat service should be viewed as an important real-world test. Its 10-coach configuration, capacity of up to 2,600 passengers and indigenous development demonstrate India’s ability to deploy hydrogen fuel-cell technology at passenger-train scale.
The bigger question is economic. Hydrogen trains will need to prove that their environmental and operational advantages justify the additional infrastructure and energy-conversion costs involved. The answer will emerge not from the launch ceremony, but from sustained operations on the tracks.
The Logical Indian’s Perspective
India’s first hydrogen train represents an encouraging step towards cleaner public transport and indigenous innovation. However, technological milestones must be measured by their long-term environmental impact, affordability and accessibility.
As Indian Railways explores hydrogen alongside widespread electrification, transparent data on costs, energy sources, safety and emissions will be crucial.
The Logical Indian believes sustainable progress works best when innovation serves people responsibly, public investment remains accountable, and environmental ambitions translate into measurable benefits for communities and future generations alike.
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