India will debut its first indigenous hydrogen-powered, 10-coach train on the Jind-Sonipat route in Haryana on July 17. This project marks a shift toward sustainable transport as Indian Railways explores clean energy alternatives to traditional fossil fuel-based locomotives.
Indian Railways is set to begin operations for the country's first hydrogen-fuel cell train, with an inauguration planned for July 17. The project will run on the Jind-Sonipat section in Haryana, serving as a pilot to test the viability of hydrogen technology in the rail sector. The train, which is entirely designed and manufactured in India, features a 10-coach layout and is equipped with a 1,200 KW propulsion system. It is designed for a maximum speed of 75 kmph and operates on the standard Broad Gauge rail platform used across much of the Indian network.
Supporting Infrastructure and Safety
To facilitate this new technology, a dedicated hydrogen storage and refuelling station has been set up in Jind. This facility is essential for the daily operation of the train, as it stores compressed hydrogen gas required for the fuel cell system. The station has received official licensing from the Petroleum and Explosives Safety Organisation (PESO), the body responsible for overseeing the safety of hazardous materials in India. Technical infrastructure at the site includes hydrogen compression systems and backup units. Given the nature of hydrogen, the site is also equipped with safety technology, including flame and gas leak detectors, as well as sensors designed to monitor the environment continuously.
Strategic Context and Industry Impact
This move aligns with India's long-term environmental goals, including the push toward net-zero emissions. By moving toward hydrogen, which produces only water vapour as a byproduct, Indian Railways aims to reduce its reliance on diesel and electricity generated from conventional thermal plants. India now joins a small number of countries, including Germany, China, Japan, and the United States, that are experimenting with or have already deployed hydrogen-powered passenger rail services.
For investors and the broader industry, the primary monitorable will be the commercial viability and operational costs of these trainsets compared to traditional Electric Multiple Units (EMUs) or diesel locomotives. While this project demonstrates indigenous technical capability, the future scaling of such technology will depend on the cost of hydrogen production, the durability of fuel cell components over long-term usage, and the ability to expand refuelling infrastructure across different railway zones. Following the launch, stakeholders will likely track the train's performance, maintenance requirements, and the speed at which Indian Railways decides to expand this technology to other routes.