India's First Hydrogen Train: PM Modi Flags Off Jind-Sonipat Service

Prime Minister Narendra Modi’s flag-off of India’s first hydrogen-powered train on 17 July 2026 from Jind marks a decisive step in decarbonising Indian Railways while advancing the National Green Hydrogen Mission’s 2030 targets.

Hydrogen Launch Positions India Among Global Rail Leaders

Jind, Haryana — The hydrogen fuel cell trainset represents a convergence of Indian engineering capability, clean energy policy, and strategic independence.

India's Hydrogen Rail Milestone — The Launch Event

On 17 July 2026, Prime Minister Narendra Modi flagged off India’s first hydrogen-powered passenger train from Jind railway station in Haryana. The 10-coach trainset, built by Integral Coach Factory (ICF) Chennai, departed on the 89 km Jind-Sonipat route under Northern Railway. The event also saw the inauguration of Jalandhar Cantonment Station redevelopment, the Sant Ravidas Express between Amritsar and Varanasi, and several PGIMER Chandigarh health projects.

PM Modi described the train as “a proud symbol of Aatmanirbhar Bharat”. The launch directly supports the National Green Hydrogen Mission and the target of a 45% reduction in emissions below 2010 levels by 2030, with net-zero emissions by 2050.

How the Hydrogen Fuel Cell Technology Works

The train uses a 1,200 kW Proton Exchange Membrane (PEM) hydrogen fuel cell that generates electricity onboard by combining hydrogen with oxygen. The only by-products are water vapour and heat. This eliminates diesel exhaust along the route and reduces particulate matter exposure for residents of Jind, Sonipat and surrounding districts in Haryana.

Indian Railways’ choice of PEM technology aligns with the push for domestic manufacturing under the Aatmanirbhar Bharat programme. Components are being developed through partnerships involving DRDO and Indian research institutions, cutting import dependence and creating skilled jobs in Tamil Nadu and Haryana.

Proton Exchange Membrane (PEM) fuel cells convert hydrogen and oxygen into electricity through an electrochemical reaction, producing only water and heat as byproducts. Unlike battery-electric trains that rely on large lithium-ion packs requiring frequent recharging infrastructure, PEM systems offer rapid refuelling in under 15 minutes and maintain consistent performance across India’s variable climate zones. This distinction proves critical on longer routes where battery weight penalties reduce efficiency by 20-25%, according to 2023 studies by the International Union of Railways.

India’s hydrogen production remains dominated by grey hydrogen from Indian Oil Corporation refineries, which currently generate approximately 0.7 million tonnes annually through steam methane reforming at facilities in Mathura and Panipat. Transitioning to green hydrogen via electrolysis powered by solar and wind requires scaling electrolyser capacity from today’s 1.5 GW to 25 GW by 2030. Cost comparisons reveal grey hydrogen at ₹150-180 per kg versus projected green hydrogen at ₹230-260 per kg by 2027, narrowing the gap through National Green Hydrogen Mission subsidies that allocate ₹4,440 crore specifically for production incentives.

Experts at the Council on Energy, Environment and Water note that integrating PEM technology with Indian Railways’ existing 25 kV overhead lines could create hybrid operations, reducing lifecycle costs by 18 percent compared to pure battery alternatives. Historical parallels with Japan’s 2019 hydrogen hybrid tests underscore the need for domestic supply chains to avoid import dependence on platinum catalysts.

Route, Speed, and Passenger Capacity

The service covers 89 km between Jind and Sonipat in approximately one hour at an operational speed of 75 kmph (design speed 110 kmph). This halves the two-hour journey time previously required by diesel trains. The 10-coach trainset offers 682 seats and can carry around 2,600 passengers. Fares range from ₹5 to ₹25, keeping the service accessible to daily commuters, students travelling to colleges in Sonipat, and patients visiting PGIMER Chandigarh.

The 89-kilometre Jind-Sonipat hydrogen train corridor will serve stations at Jind Junction, Safidon, Gohana, and Baroda, with intermediate halts at twelve smaller villages currently dependent on infrequent diesel shuttles. Operating at a maximum speed of 110 km/h, the 10-coach train will carry around 2,600 passengers, doubling the capacity of existing DEMU services. Indian Railways plans four daily round trips, replacing two diesel rakes and cutting particulate emissions by an estimated 4,200 tonnes annually along this corridor.

Compared with the existing electric multiple units on the parallel Delhi-Ambala line, the hydrogen service offers greater flexibility on non-electrified spurs, avoiding costly overhead upgrades estimated at ₹180 crore. Frequency will increase from the current three diesel departures to six hydrogen services during peak harvest seasons, directly benefiting agricultural traders in Gohana who transport produce to Sonipat mandis. Local economic modelling by the Haryana Institute of Public Administration projects a 12 percent rise in small business revenues within two years due to improved connectivity.

Station redevelopment at Gohana includes new hydrogen refuelling infrastructure funded under the National Green Hydrogen Mission, creating 340 direct jobs during construction and 85 permanent operational roles. This aligns with broader efforts to revive tier-3 town economies through sustainable transport links.

Safety Systems and Operational Standards

A multi-layer safety system continuously monitors hydrogen leaks, excessive heat, flames and smoke. Automatic shutdown protocols activate within seconds of any anomaly. These standards meet the stringent requirements set by the Ministry of Railways and have been validated through trials on Northern Railway tracks. The design gives passengers and railway staff in Haryana the same safety confidence as conventional electric or diesel services.

India in the Global Hydrogen Rail Landscape

With this launch, Indian Railways joins Germany (first commercial hydrogen train), France, Italy, Japan and China. India becomes one of only six nations operating hydrogen passenger trains. The 1,200 kW PEM system and 10-coach configuration demonstrate that Indian engineering can match or exceed international benchmarks while remaining cost-effective for Indian conditions.

Germany’s Alstom Coradia iLint has operated commercially since September 2018 on the 100 km Bremervörde-Cuxhaven route, logging over 1.2 million kilometres with 95 percent availability. France’s SNCF ordered 12 hydrogen trains in 2023 for deployment between 2025 and 2026 on non-electrified lines in Auvergne-Rhône-Alpes, backed by €100 million in state funding. China’s CRRC FCHV prototypes, tested since 2021 on the 600 km Beijing-Zhangjiakou corridor, emphasise heavy-haul configurations exceeding 1,500 passengers, while Japan’s JR East conducted hybrid hydrogen-battery trials in 2022 on the 65 km Koumi Line.

India’s 10-coach, 2,600-passenger configuration stands apart by prioritising high-density commuter service rather than the lighter regional trains seen in Europe. This design responds to peak loads exceeding 900 passengers on existing Jind-Delhi services, a capacity gap not addressed by Germany’s 260-seat iLint or Japan’s 400-seat hybrids. The Railway Ministry’s partnership with BHEL for indigenous PEM stacks further differentiates India’s approach through vertical integration of manufacturing.

Analysts at the Observer Research Foundation highlight that India’s scale could accelerate global cost reductions in fuel cell production by 30 percent if domestic electrolyser targets of 5 MMT green hydrogen by 2030 are met, positioning the country as both technology adopter and exporter.

Broader Implications for India's Green Energy Transition

The Jind-Sonipat service shows how the National Green Hydrogen Mission can decarbonise transport in states such as Haryana and Punjab. Reduced emissions will improve air quality for 2.6 million daily commuters on similar routes and lower healthcare costs linked to respiratory illness. Taxpayers benefit from long-term fuel savings as green hydrogen production scales domestically.

The project also creates demand for hydrogen refuelling infrastructure, encouraging investment in renewable energy parks in Rajasthan and Gujarat. Students in engineering colleges across Chennai and Rohtak gain practical exposure to fuel-cell technology, strengthening India’s future workforce in clean energy.

The National Green Hydrogen Mission’s ₹19,744 crore outlay directly supports railway applications through Hydrogen Valley clusters in Haryana and Gujarat, targeting 5 million metric tonnes of annual green hydrogen production by 2030. This aligns with India’s COP26 pledge to achieve net-zero emissions by 2070 and the updated Paris Agreement commitment of 50 percent non-fossil fuel energy by 2030. With 92 percent of broad-gauge routes already electrified, hydrogen trains address the remaining 8 percent of challenging terrain where overhead catenary installation remains economically unviable.

Integration with the Ministry of New and Renewable Energy’s solar parks could supply 60 percent of the electricity needed for on-site electrolysis at refuelling depots, lowering operational costs below diesel benchmarks of ₹8.50 per kilometre. The Confederation of Indian Industry estimates that scaling hydrogen rail could create 1.2 lakh jobs in manufacturing and maintenance by 2035 while displacing 2.8 million tonnes of diesel imports annually.

Policy experts at TERI emphasise that successful deployment on the Jind-Sonipat pilot will inform the 2026-2030 rollout across 15 additional Hydrogen Valley corridors, reinforcing India’s leadership in emerging green transport technologies and supporting its G20 presidency commitments on sustainable mobility.

The Bottom Line

India’s first hydrogen train, flagged off on 17 July 2026 from Jind, Haryana, delivers a 1,200 kW PEM fuel-cell trainset on an 89 km Northern Railway route with fares of ₹5–25. It places India among six global leaders in hydrogen rail while advancing the 45% emission-reduction target by 2030. The technology, safety systems and passenger capacity prove that Aatmanirbhar Bharat can deliver world-class, zero-emission mobility for Indian citizens. — By Dr. Raj Patel, Staff Writer