India debuted its first domestically built hydrogen-powered train on Friday, July 17 [4].
The launch represents a significant shift in the country's transport infrastructure as it seeks to expand clean-energy use on railways. By transitioning away from traditional fuels, the government aims to decarbonize the rail network and reduce its long-term reliance on fossil fuels [1, 3].
The train was introduced in the northern state of Haryana, near Jind [2]. The vehicle's composition consists of two hydrogen-powered driving cars and eight passenger coaches [1]. This configuration allows the train to operate using hydrogen fuel cells, which emit only water vapor as a byproduct.
Before the official launch, the train underwent rigorous testing to ensure safety and performance. The final high-speed trial was completed on June 26 [3]. During these tests, the train successfully reached a maximum speed of 120 km/h [3].
The project was developed by Indian Railways under the direction of the Ministry of Railways, Government of India [1]. The initiative is part of a broader sustainability drive to modernize the rail system and align it with global environmental standards. The use of hydrogen technology is expected to provide a scalable alternative for routes where electrification is difficult or costly to implement.
Officials said the rollout in Haryana serves as a proof of concept for future expansions across the rest of the national rail network. By integrating hydrogen power, the government intends to lower the carbon footprint of the transport sector while maintaining the efficiency of high-speed passenger travel [1, 3].
“India debuted its first domestically built hydrogen-powered train on Friday, July 17.”
The introduction of hydrogen-powered rail indicates India's intent to diversify its energy mix beyond electrification. While battery-electric trains are common for short distances, hydrogen provides a viable solution for long-haul transport without the need for expensive overhead wiring, positioning India as a regional leader in green hydrogen application.
