Prime Minister Narendra Modi inaugurated India's first hydrogen-powered passenger train in Jind, Haryana [1].
The launch marks a significant shift in India's transportation infrastructure as the country seeks to reduce its reliance on fossil fuels. By adopting hydrogen fuel cell technology, the government aims to achieve zero-carbon emissions in the rail sector and join a small group of nations operating such trains [1, 2].
The new service is designed to operate at a maximum speed of 120 km/h [3]. Unlike traditional diesel engines, which emit greenhouse gases, the hydrogen train produces only water vapor as a byproduct. This transition is part of a broader strategy to modernize the Indian Railways network while meeting international climate goals [1, 2].
The inauguration took place in July 2026 [2]. The project focuses on the route in Haryana, serving as a pilot for potential wider implementation across the national rail grid. The integration of this technology requires specific fueling infrastructure, which the government is developing alongside the rolling stock [2].
Officials said the project aligns with the national goal of achieving net-zero emissions. The use of hydrogen fuel cells allows the train to operate efficiently over long distances without the need for overhead electrification, which can be costly to install in remote areas [1, 2].
This technological leap positions India as a competitor in the global green energy race. The government said that the transition to hydrogen will not only lower the environmental impact of travel, but also stimulate domestic manufacturing of fuel cell components [1, 3].
“India's first hydrogen-powered passenger train”
The introduction of hydrogen-powered rail indicates India's strategic move toward diversifying its energy portfolio. By bypassing the need for expensive electrification in some regions, the government can deploy zero-emission transport more rapidly. This shift signals a transition from experimental green energy to scalable infrastructure, potentially lowering the long-term carbon footprint of one of the world's largest rail networks.
