India Backs Hydrogen Train as Global Doubts Grow

India’s first hydrogen train is not just a shiny railway experiment. It is a ₹2,800 crore question on wheels.

For passengers between Jind and Sonipat in Haryana, the promise sounds simple. A train that runs cleaner, emits only water vapour, and shows India can build future transport at home.

But the timing is awkward. Countries that tried hydrogen trains earlier are already asking hard questions about cost.

India’s hydrogen train clears track

Indian Railways has prepared a 10-coach hydrogen train for the Jind to Sonipat route in Haryana. The train is expected to run at up to 75 kmph.

The railway has also planned a green hydrogen plant at Jind. This matters because fuel will not simply arrive in tankers from elsewhere. The project includes local production and storage.

The plant can store 3,000 kg of hydrogen at a time. It will make hydrogen through electrolysis. That means electricity splits water into hydrogen and oxygen.

The train will use a 1,200 kilowatt hydrogen fuel cell system. In plain English, the fuel cell turns hydrogen into electricity. That electricity moves the train.

The clean part is easy to understand. Unlike diesel engines, a hydrogen fuel cell does not throw out smoke. Its main emission is water vapour.

That is why governments like the idea. It sounds modern, green, and less messy than fossil fuel.

Why Jind to Sonipat matters

The Jind to Sonipat stretch is not a random pick. It is short enough to manage, but long enough to test the system properly.

A first trial needs more than a ceremonial run. It needs daily stress, changing loads, maintenance checks, and safety drills. Railways must see how the system behaves beyond a launch event.

The route also allows support infrastructure to grow around Jind. Hydrogen trains need more than tracks and signals. They need production plants, storage systems, refuelling equipment, and trained staff.

That is where the real test begins. A diesel train can refuel through a familiar network. An electric train draws power from overhead wires. Hydrogen needs a new chain.

For ordinary passengers, this may not matter on day one. They will care about timings, fares, comfort, and reliability. But behind those simple expectations sits a complex fuel system.

Railways has said trained staff will be present in the first phase. The train will also use leakage detectors, flame detectors, and other sensors.

That safety layer is critical. Hydrogen is clean at the exhaust end, but it still needs careful handling. Storage and transfer must work without shortcuts.

The global cost warning

India is entering this race after Germany, France, Japan, and China tested similar technology. That gives India useful lessons. It also gives India a warning.

Germany began running hydrogen trains in 2018. Fourteen trains entered service there. By 2024, many had been withdrawn or sidelined, with electric options gaining favour.

The reason was not glamour. It was cost.

Hydrogen trains need expensive fuel cells, storage systems, and refuelling points. They also need green hydrogen at a fair price. That is still difficult in many markets.

Japan began trials in 2022, but the results did not turn into a simple success story. China has also tested hydrogen trains, though passenger service remains limited.

Cummins, linked to fuel cell technology used abroad, reportedly sold its fuel cell business after heavy losses of $657 million.

That number should make Indian policymakers pause. Technology can look clean on paper and still bleed money in operation.

This is the central business question. Can India make hydrogen trains affordable at scale, or will this remain an expensive showcase?

The ₹2,800 crore question

India is discussing the purchase of 35 hydrogen trains. The expected cost stands at about ₹2,800 crore.

That is not small money. It comes at a time when Indian Railways has already electrified almost its entire network.

This changes the debate. Hydrogen trains make the most sense where electrification is hard, costly, or impractical. But if most tracks already have electric infrastructure, the case becomes narrower.

Electric trains are usually cheaper to run when overhead wires already exist. They are also proven in India. Maintenance teams understand them, and supply chains are mature.

Hydrogen may still have a role. It could work on special routes, heritage sections, remote lines, or places where overhead equipment is difficult.

But a large rollout needs proof. The Jind to Sonipat project must show more than technical success. It must show financial sense.

A train that runs clean but costs too much will not help passengers. Someone pays the bill in the end. It may be the railway, the taxpayer, or future fare structures.

For small businesses near railway towns, better trains can mean better mobility. Workers travel easier. Students reach colleges faster. Traders move between towns with less hassle.

But those gains depend on regular, dependable service. A clean train that faces frequent downtime will quickly lose public confidence.

Clean transport, hard economics

India’s hydrogen train arrives at an interesting moment. The country wants cleaner growth, but it also needs every public rupee to work hard.

Green hydrogen has become a favourite phrase in policy circles. The idea is attractive. Use renewable power to make hydrogen, then use that hydrogen in transport and industry.

Yet the economics remain tough. Green hydrogen is still costly compared with many existing fuels. Storage is also tricky, because hydrogen needs special handling.

That does not mean India should avoid the technology. It means India should test it with clear eyes.

The Jind project can answer useful questions. How much fuel does the train need each day? How often does it require maintenance? How do safety systems perform in Indian conditions?

It can also show whether local hydrogen production cuts costs. If Jind’s plant works well, it may become a template. If it struggles, expansion plans should slow down.

There is another lesson from abroad. Countries often announce clean transport projects with great excitement. The harder part comes later, when invoices arrive.

India must avoid turning hydrogen trains into a prestige project. The technology should serve passengers, not just headlines.

For a young professional travelling between smaller cities, the dream is not complicated. They want a train that is clean, safe, punctual, and affordable.

For Railways, the challenge is bigger. It must prove hydrogen can fit into India’s vast transport system without becoming a costly side experiment.

The first hydrogen train may soon roll out of Jind with a quiet plume of water vapour. The real story will begin after that, when the novelty fades and the numbers start speaking.