India Approves First Hydrogen‑Powered Trainset – ICF’s 10‑Car Set for Jind‑Sonipat Route

Overview The Railway Board (RB) on 22 May 2026 gave the green light for India’s first hydrogen‑powered trainset . The 10‑car set, built by Integral Coach Factory (ICF) , will run on the Jind‑Sonipat line in Haryana at a top speed of 75 km/h . Key Developments First hydrogen train approved by Railway Board (RB) on 22 May 2026. Set to operate on a non‑electrified route (Jind‑Sonipat), showcasing an alternative to diesel locomotives. Part of the “ Hydrogen for Heritage ” plan to place 35 such trains on heritage and hill routes. Supports India’s net‑zero target 2070 by reducing diesel dependence. Important Facts • The train uses HFC technology. Hydrogen reacts with atmospheric oxygen inside the fuel cell, producing electricity and only water vapour as a by‑product. • A PEM separates the anode and cathode, letting protons pass while blocking electrons, which travel through an external circuit to generate power. • Onboard batteries store excess electricity and supply extra power during acceleration and regenerative braking, improving efficiency. • India’s National Green Hydrogen Mission aims for at least 5 MMT of green hydrogen annually by 2030, with a potential rise to 10 MMT. • Currently, grey hydrogen dominates India’s production, highlighting the need for a shift to greener sources. UPSC Relevance The development links to several GS topics. It illustrates infrastructure modernization (GS3) and the push for clean energy and climate action (GS3). Understanding green hydrogen versus grey hydrogen is essential for questions on energy transition. The project also reflects policy implementation by the Ministry of Railways and the role of the Railway Board (RB) , relevant for governance and public‑sector reforms (GS2). Way Forward • Scale up hydrogen trainsets on other non‑electrified routes to cut diesel use. • Accelerate green hydrogen production under the National Green Hydrogen Mission to ensure fuel availability. • Integrate hydrogen technology with existing rail infrastructure, including charging stations and maintenance facilities. • Monitor performance and environmental impact to guide future policy decisions.