India's first hydrogen train: Route, technology, speed and why it matters

Indian Railways is preparing to enter a new chapter in clean transportation with the launch of the country's first indigenous hydrogen-powered train.

Described by officials as a "futuristic", "smoke-free" and "pollution-free" mode of transport, the hydrogen fuel cell train represents a significant milestone in India's push towards green mobility, sustainable transport and clean energy innovation.

From how the train works to why it matters, here's everything we know about India's first 'swadeshi' hydrogen train.

India's first hydrogen train is ready to roll

Indian Railways has approved the introduction of a 10-coach hydrogen fuel cell train on the Jind-Sonipat section of Northern Railway in Haryana.

The project marks India's entry into a select group of countries experimenting with hydrogen-powered rail transport, including Germany, Japan, China and the United States.

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According to the Ministry of Railways, the train is expected to begin operations on the Jind-Sonipat route and will use a 1,200-kilowatt hydrogen fuel cell propulsion system. The train has been cleared to operate at a maximum speed of 75 km/h.

The project is part of Indian Railways' broader efforts to reduce dependence on fossil fuels and adopt cleaner technologies across the transport sector.

What makes a hydrogen train different?

Unlike conventional diesel trains, hydrogen-powered trains do not burn fuel to generate energy.

Instead, they use hydrogen fuel cells that combine hydrogen with oxygen from the air to produce electricity. This electricity powers the train's traction system, while the primary by-product of the process is water vapour.

The Ministry of Railways has described hydrogen fuel cell technology as a "clean alternative to conventional fossil fuel-based traction systems", noting that water vapour is the only direct emission generated during operation.

That is why hydrogen trains are often promoted as zero tailpipe emission trains and an important component of future sustainable transportation systems.

Why the Jind-Sonipat route was chosen

The Jind-Sonipat section in Haryana has been selected as the pilot corridor for the project. A dedicated hydrogen storage and refuelling facility has already been established at Jind to support operations.

Officials say the facility includes hydrogen compression systems, storage infrastructure and extensive safety mechanisms designed to ensure secure handling of hydrogen fuel.

The Petroleum and Explosives Safety Organisation (PESO) has also granted the required licences for hydrogen storage and dispensing at the site.

Safety is a major focus

Hydrogen may be a clean fuel, but it requires specialised infrastructure and stringent safety protocols.

To address these concerns, Indian Railways has equipped the project with hydrogen leak detectors, flame detectors, round-the-clock monitoring systems and regular inspection procedures.

Trained personnel will oversee critical operations, while technical staff will accompany the train during its initial phase of service.

The maintenance facilities and operational procedures have also been designed around strict safety standards.

The future of hydrogen in India's green initiatives

India has made significant progress in railway electrification, but hydrogen technology could offer an alternative solution for routes where full electrification is difficult, expensive or operationally challenging.

Hydrogen-powered trains are increasingly being explored around the world as a way to decarbonise rail networks while maintaining operational flexibility.

For India, the project aligns with wider ambitions around green hydrogen, clean energy, net-zero emissions and sustainable infrastructure development. Officials have said the initiative supports the country's long-term environmental goals while encouraging indigenous technological innovation.

Setting a 'swadeshi' technology milestone

One of the most notable aspects of the project is its indigenous development.

The train has been described as India's first "swadeshi" hydrogen fuel cell train, reflecting the government's emphasis on domestic manufacturing and home-grown technological capability.

Beyond transportation, the project is also being viewed as a demonstration of India's growing expertise in hydrogen technologies, an area expected to play a major role in the global energy transition over the coming decades.

A few challenges still remain

While hydrogen trains offer environmental advantages, experts note that the technology remains relatively expensive compared with conventional electrified rail systems.

Hydrogen production, storage, transportation and refuelling infrastructure all require significant investment. The environmental benefits also depend heavily on how the hydrogen itself is produced.

Hydrogen generated using renewable energy sources delivers greater climate benefits than hydrogen produced from fossil fuels.

As a result, the long-term success of hydrogen rail transport will depend not only on train technology but also on the development of a broader green hydrogen ecosystem.

The bigger picture: If successful, more trains could be made

The launch of India's first indigenous hydrogen train is about more than a single rail route in Haryana.

It represents a test case for whether hydrogen can become a viable part of India's future transport network. If successful, the technology could potentially be deployed on additional routes and contribute to the country's wider clean-energy ambitions.

For now, the Jind-Sonipat hydrogen train stands as a symbol of India's efforts to blend innovation, sustainability and self-reliance.

And if the project delivers on its promise, passengers may soon experience a new kind of railway journey - one powered not by diesel, but by one of the world's most talked-about clean fuels.

Key facts at a glace

1. India's first indigenous hydrogen fuel cell train will operate on the Jind-Sonipat route in Haryana.

2. The train consists of 10 coaches.

3. It uses a 1,200-kW hydrogen fuel cell propulsion system.

4. Maximum operational speed is 75 km/h.

5. Water vapour is the primary direct emission from the fuel cell process.

6. A dedicated hydrogen storage and refuelling facility has been established at Jind.

7. The project forms part of Indian Railways' green mobility and clean transportation strategy.