India has moved a step closer to introducing green rail transport as its first hydrogen-powered train successfully completed its final high-speed trial in Haryana. The train achieved a speed of 120 kmph on the Jind–Sonipat route, marking an important milestone in Indian Railways’ efforts to adopt clean and sustainable technology.
The successful trial is considered a significant achievement in the country’s transition towards environmentally friendly transportation. Railway officials monitored the train’s performance throughout the test, evaluating its speed, stability, braking system, and overall operational efficiency under real-world conditions. The trial confirmed that the train performed according to the required technical standards.
Unlike conventional diesel-powered trains, the hydrogen-powered train uses fuel-cell technology to generate electricity. This process produces energy with minimal environmental impact, helping reduce dependence on fossil fuels while supporting cleaner railway operations. The project is expected to play a key role in lowering carbon emissions and promoting sustainable public transport in the coming years.
Indian Railways has been actively working on introducing advanced technologies to modernise its network while reducing its environmental footprint. The hydrogen train project forms part of the broader strategy to develop cleaner transport systems that align with the country’s long-term climate and energy goals.
Officials said the train will undergo the remaining regulatory and safety procedures before being introduced for operational use. The successful completion of the high-speed trial provides confidence in the technology and demonstrates its potential for future deployment across selected railway routes.
The achievement represents a major step in Indian Railways’ clean-energy journey. As the country continues investing in sustainable transport solutions, the hydrogen-powered train is expected to contribute to a greener, more efficient, and environmentally responsible railway network in the years ahead.
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