Prime Minister Narendra Modi today delivered a powerful message from Jind railway station in Haryana: “You will be proud of India’s first hydrogen train.” With those words, he flagged off the nation’s maiden hydrogen-powered passenger service, transforming years of quiet engineering effort into a visible symbol of technological self-reliance and environmental ambition.

The train, a 10-coach formation running between Jind and Sonipat, stands out precisely for the reason the Prime Minister highlighted. While most operational or trial hydrogen trains worldwide operate with just two or three coaches on short regional routes, India’s version carries eight passenger coaches plus two powerful driving cars. This scale, capable of handling around 2,600 passengers, demonstrates that hydrogen technology can move beyond experimental niches into high-capacity daily operations.

Built entirely under the Make in India umbrella, the trainset converts hydrogen into electricity through fuel cells, releasing only water vapour. Two driving power cars together deliver 2,400 kW, giving it one of the highest power ratings among global hydrogen trains on broad-gauge tracks. Operational speed on the 89-km section is capped at 75 km/h after successful trials that touched 120 km/h. An indigenous hydrogen production and refuelling facility at Jind ensures the system runs on green hydrogen generated through electrolysis.

The launch is more than a ceremonial milestone. It positions India among a select group of countries—Germany, Japan, China and a few others—that have moved hydrogen rail from laboratory to revenue service. For Indian Railways, which has already electrified most of its core network, hydrogen offers a practical solution for non-electrified, heritage and branch lines where hanging overhead wires remains difficult or uneconomical. The “Hydrogen for Heritage” vision that underpins this project aims to eventually deploy dozens more such trainsets, protecting scenic routes while cutting diesel emissions.

PM Modi’s emphasis on national pride is deliberate and well-founded. The Research Designs and Standards Organisation framed the specifications, Integral Coach Factory and private partners such as Medha Servo Drives executed the build, and rigorous safety clearances from RDSO, the Commissioner of Railway Safety and PESO were secured before passenger service. The result is not an imported technology package but a domestically engineered system tailored to Indian operating conditions and passenger volumes.

Critics will rightly point to remaining challenges: the current cost of green hydrogen, the need for wider refuelling infrastructure, and the requirement for long-term operational data. Yet the careful sequencing—infrastructure ready before the train, extensive testing completed, and a high-capacity design chosen from the start—reduces the usual risks associated with first-of-its-kind deployments.

As the train begins its inaugural runs today, the real test shifts from engineering to sustained performance and public acceptance. If it succeeds, the Jind–Sonipat corridor will become the proving ground for a cleaner, quieter and more self-reliant future for Indian rail. PM Modi’s words capture the moment accurately: this is an achievement Indians can legitimately take pride in, not as a distant aspiration, but as a working train already on the tracks.

Official Sources of Data: India Today and Times of India reports dated 17 July 2026 on the flag-off and PM Modi’s remarks; Ministry of Railways and Railway Board communications; Northern Railway operational details; earlier PIB and RDSO statements on technical specifications and trials.