Prime Minister Narendra Modi inaugurated India's first hydrogen-powered train on the Jind-Sonipat railway line in Haryana on July 17, 2026 [1, 2].
The launch signals a strategic shift toward sustainable transportation and showcases India's growing capabilities in green-hydrogen technology. By reducing reliance on fossil fuels for heavy rail, the initiative aims to lower the carbon footprint of the national transport network.
Modi said the locomotive has one of the most powerful engines in the world [1]. He said the technology is rare on a global scale, noting that very few countries possess hydrogen-powered rail facilities [1].
"There are very few countries that can boast of hydrogen-powered trains. India's hydrogen train has one of the most powerful engines," Modi said [1].
The event served as a broader push for green infrastructure ahead of the Parliament's monsoon session. Alongside the train's debut, the government launched additional development projects valued at Rs 14,700 crore [2].
These investments are part of a larger effort to modernize the rail corridor in Haryana and integrate clean energy solutions into the state's transit system. The Jind-Sonipat line now serves as a testing ground for how hydrogen fuel cells can be scaled for wider commercial use across the Indian rail network [2, 3].
Officials said that the transition to hydrogen power is a critical component of the nation's goal to achieve energy independence. The project focuses on using green hydrogen—produced via electrolysis powered by renewable energy—to ensure the trains emit only water vapor rather than greenhouse gases [3].
“"India's hydrogen train has one of the most powerful engines."”
The introduction of hydrogen-powered rail puts India in a small group of nations implementing zero-emission heavy transport. By coupling the train's launch with significant infrastructure spending, the government is attempting to synchronize technological innovation with physical rail upgrades, potentially accelerating the phase-out of diesel locomotives in favor of green-hydrogen alternatives.
