India Clears 10-Coach Hydrogen Train Trial in Haryana

For a daily passenger, a train is not a climate policy. It is a seat, a fare, a timetable, and the hope that it runs on time.

That is why India’s first hydrogen train matters beyond the green headline. Indian Railways has cleared a 10-coach hydrogen-powered train for the Jind-Sonipat section in Haryana. If it runs as planned, India will join a small club that has tried this clean fuel on railway tracks.

But there is a catch. Other countries have already learnt that hydrogen trains can look elegant on paper and expensive in real life.

Haryana gets India’s first trial

The first Indian hydrogen train will run between Jind and Sonipat in Haryana. Railways has picked a route that is short enough to manage, but long enough to test the system properly.

The train will have 10 coaches and a top speed of 75 km per hour. It will use a 1,200 kilowatt hydrogen fuel cell system. In plain English, the train will make electricity on board by using hydrogen.

That electricity will power the train. The main exhaust will be water vapour, not smoke. This is why hydrogen often gets sold as a clean transport fuel.

Railways is also building a green hydrogen plant at Jind. The plant will have storage capacity of 3,000 kg. This matters because hydrogen is not like diesel, which can move through a familiar supply chain.

Green hydrogen comes from splitting water into hydrogen and oxygen using electricity. This process is called electrolysis. If the electricity comes from clean sources, the fuel becomes much cleaner.

For passengers, the train may not feel dramatically different at first. The bigger change sits behind the scenes, in fuel supply, safety systems, and maintenance.

Why hydrogen sounds attractive

India has almost fully electrified its railway network. That already cuts a large part of the pollution burden from diesel trains.

So why try hydrogen now? The answer lies in the gaps that full electrification does not easily solve.

Some routes may need special options where wiring is costly or difficult. Some countries also see hydrogen as a way to reduce diesel use without building overhead wires everywhere.

Hydrogen trains can be quieter than diesel trains. They also avoid local smoke from engines. That can help smaller towns and semi-urban routes, where stations sit close to homes and markets.

For a kirana store owner near a station, cleaner air is not an abstract idea. It means less soot, less noise, and a more pleasant place to work through the day.

But fuel cells bring their own headaches. Hydrogen needs careful storage. It can leak easily because it is a very light gas. It also needs strict safety checks.

Railways says the train will carry sensors for hydrogen leaks and flame detection. These systems will cover the train, storage points, and fuel distribution areas.

Trained staff will also be present in the first phase. Regular checks and maintenance will be compulsory. That is sensible because this technology leaves little room for casual handling.

The cost question is serious

Hydrogen’s biggest problem is not the science. It is the bill.

India is discussing the purchase of 35 hydrogen trains, with an expected cost of about ₹2,800 crore. That is serious money for a technology still trying to prove itself in daily passenger service.

The Haryana trial will therefore carry a heavy burden. It must show that the train can run safely, reliably, and at a cost Railways can defend.

Germany offers a useful warning. It introduced 14 hydrogen trains in 2018. By 2024, many of those services had been stopped or were moving towards electric alternatives.

Japan began trials in 2022, but the results have not yet shown a clear path to mass use. China has also tested hydrogen trains, though regular passenger use has not become common.

The shared problem is cost. Hydrogen trains need special fuel plants, storage systems, and maintenance skills. The train is only one part of the expense.

Cummins Inc., which made trains for Germany, later sold its fuel cell business after losses of $657 million. That tells us something important. Even large engineering firms have found this market difficult.

For India, the question is not whether hydrogen is clean. It is whether it is clean at a price the system can carry.

Railways must prove the economics

Indian Railways has a huge advantage. Its scale can make new technology cheaper if the rollout works.

But scale can also magnify mistakes. A small trial can be corrected. A large procurement becomes much harder to reverse.

The ₹2,800 crore estimate for 35 trains will need close scrutiny. The real cost will include fuel production, storage, safety systems, staff training, spare parts, and long-term maintenance.

There is also a question of comparison. If a route can use regular electric trains, hydrogen must offer a clear benefit. Otherwise, it becomes a costly green label.

India’s railway electrification has already done much of the heavy lifting. That makes the hydrogen case narrower, but not useless.

Hydrogen may work best on select routes. These could include lines where diesel still has a role, or where electrification brings high cost for limited traffic.

The smarter path is to treat Haryana as a tough exam, not a launch ceremony. Railways should publish operational data once trials begin. That means fuel cost, reliability, downtime, and safety performance.

Passengers do not need another technology slogan. They need trains that arrive, run safely, and do not push fares higher without reason.

What this means for India

The Jind-Sonipat train gives India a chance to learn early. That has value, especially as the country tries to build cleaner transport systems.

It may also help domestic suppliers build skills in hydrogen storage, fuel cells, and railway safety systems. If India wants a green manufacturing base, such projects can create useful experience.

Still, hydrogen should not get a free pass because it sounds futuristic. Every rupee spent here competes with station upgrades, track safety, local train capacity, and ordinary passenger comfort.

The business case must be honest. If hydrogen works only in limited cases, Railways should say so. If the trial shows high costs, the country should absorb the lesson before placing larger orders.

There is a quiet lesson in this train. Clean technology succeeds only when it fits daily life. For India, the real victory will not be running the longest hydrogen train. It will be knowing exactly where such trains make sense, and where a simpler electric option serves people better.