India’s Green Leap Forward: First Hydrogen-Powered Train Begins Trials, Paving the Way for Eco-Friendly Railways
January 9, 2026 – In a groundbreaking stride towards sustainable transportation, Indian Railways has commenced trial runs of the country’s first hydrogen-powered train on the Jind-Sonipat section in Haryana. Developed by the Integral Coach Factory (ICF) in Chennai, this innovative train-set represents a major milestone in India’s push for cleaner rail mobility, aligning with national goals for net-zero carbon emissions by 2030.
The trials, overseen by the Research Designs & Standards Organisation (RDSO), include critical oscillation tests and emergency brake distance evaluations. Railway Minister Ashwini Vaishnaw recently highlighted the project, noting that the train is fully designed and developed in India, embodying the spirit of Atmanirbhar Bharat (Self-Reliant India).
Technical Specifications: World’s Longest and Most Powerful on Broad Gauge
The hydrogen train-set boasts impressive credentials: a total power output of 2400 kW, making it the most powerful hydrogen train on a broad-gauge platform globally. It consists of two Driving Power Cars (DPCs), each delivering 1200 kW, flanked by eight passenger coaches—resulting in the world’s longest 10-coach hydrogen train configuration.
Powered by advanced fuel-cell technology, the train generates electricity onboard through an electrochemical reaction between hydrogen and oxygen, emitting only water vapor and steam. No CO2 emissions mean a truly zero-carbon footprint for operations.
Key features include:
- Maximum speed: Up to 150 kmph (initial trials at 110-140 kmph)
- Passenger capacity: Approximately 2,500-2,638
- Efficiency: Around 900 grams of hydrogen (produced from 9 kg of water) powers the train for 1 km
- Modern amenities: Air-conditioning, lighting, digital information systems, automatic doors, and enhanced safety measures
The 90-km Jind-Sonipat route, with six intermediate stations, is ideal for the pilot. Current diesel services take about 2 hours; the hydrogen train is expected to halve that to around 1 hour.
Green Hydrogen Infrastructure: A Dedicated Plant in Jind
Supporting the train is India’s largest on-ground green hydrogen production facility at Jind junction, built at a cost of around ₹120 crore over 2,000 square meters. Using electrolysis, the plant produces hydrogen from water (sourced partly from rooftop rainwater harvesting) and has a storage capacity of 3,000 kg of hydrogen and 7,680 kg of oxygen.
Uninterrupted power supply has been ensured, with backups for reliable operation. This setup marks a key advancement in green hydrogen generation for transport applications.
Collaboration with Spanish firm Green H has brought expertise in electrochemical technology, while the project remains predominantly indigenous.
Global Context: Joining an Elite League
With this initiative, India joins a select group of nations operating hydrogen trains, including Germany (world’s first commercial service in 2018), Sweden, Japan, and China. Hydrogen propulsion is particularly suited for non-electrified routes, offering an alternative to diesel without the need for overhead electric lines.
Experts note advantages like lower long-term maintenance, extended range, and energy efficiency comparable to 4.5 liters of diesel per kg of hydrogen.
Timeline and Future Plans
Trials began in early January 2026, with some reports indicating initial runs as early as January 8. A full inaugural trial is anticipated around Republic Day (January 26, 2026), potentially flagged off by Prime Minister Narendra Modi.
Upon successful trials and approvals, passenger services are expected by late 2026. A joint report from Indian Railways, RDSO, and partners will guide scaling decisions.
Longer-term, Indian Railways envisions deploying 35 hydrogen trains under the ‘Hydrogen for Heritage’ mission, targeting heritage and non-electrified routes. This pilot could blueprint widespread adoption, reducing diesel dependence significantly.
Broader Implications: Towards a Sustainable Railway Network
Indian Railways, one of the world’s largest networks, consumes vast amounts of diesel on non-electrified sections. Transitioning to hydrogen supports India’s National Green Hydrogen Mission and commitments under the Paris Agreement.
Challenges remain, including hydrogen production costs and infrastructure scaling, but this demonstrator project builds critical expertise. As Vaishnaw emphasized, it’s a “major step in next-generation fuel technology.”
For passengers, affordable fares (estimated ₹5-25 on the route) and modern comforts promise an enhanced experience. Environmentally, it’s a win: cleaner air, reduced noise, and a model for global south nations pursuing green transport.
As trials progress, the hydrogen train signals India’s commitment to innovation and sustainability—propelling the nation toward a greener, faster railway future.
