India has officially commissioned its inaugural hydrogen-propelled passenger train, joining an elite global tier of nations experimenting with the eco-friendly technology to decarbonize its massive transit network and transition away from traditional fossil fuels.

The launch serves as a vital milestone in a expansive state-funded campaign to completely overhaul and modernize one of the largest rail infrastructures on earth while cutting greenhouse gas emissions.

Comprising a total of 10 coaches, the newly debuted train is operating along an 89-kilometer (55-mile) stretch connecting the towns of Jind and Sonipat in the northern state of Haryana.

The vehicle relies on a 1,200-kilowatt hydrogen fuel cell propulsion system, which administrative authorities highlighted as the most powerful onboard setup of its kind globally.

These advanced locomotives utilize specialized fuel cells that trigger an electrochemical reaction by blending hydrogen with atmospheric oxygen to generate clean electricity on board, releasing nothing but water vapor and thermal steam into the environment.

Marking the historic maiden departure, Prime Minister Narendra Modi flagged off the vehicle and celebrated the milestone on social media, stating, "This is a very significant day in the direction of self-reliant India and sustainable development."

While the Ministry of Railways publicly stated that the passenger train was "developed entirely in India," high-ranking institutional officials later conceded to journalists that multiple core technological mechanisms, including the underlying hydrogen fuel cells, had to be sourced from international suppliers.

Alongside the train rollout, the ministry also opened what it designated as India's largest specialized railway hydrogen containment and refueling depot in Jind.

Boasting a storage capacity of roughly 3,000 kilograms, the high-tech installation was constructed specifically to "support hydrogen-powered train operations."

A senior railroad administrator detailed that the overarching pilot program required an approximate budget of USD 12 million, candidly admitting that the capital layout makes it significantly more expensive than running a standard, conventional diesel or electric line.

However, the official emphasized that operational expenditures are projected to drop dramatically as production scales up and the technology evolves over time.

With this operational rollout, India successfully matches paces with a select group of advanced economies—including Germany, Japan, China, and the United States—that are actively evaluating or running hydrogen-reliant rail services.

The technological leap reflects a dramatic structural shift for India's national railway system, which initially began passenger operations in 1853 with a single steam-powered locomotive departing from Mumbai.

In recent years, New Delhi has injected billions of dollars into its rail networks to upgrade outdated infrastructure, boost safety standards, and expand haulage limits.

The sheer scale of the network is evident in latest public metrics, which show it successfully relocated 7.41 billion individual passengers alongside 1.67 billion tonnes of commercial freight last year.

The clean energy shift builds upon other massive rail successes in the country, including the introduction of its locally engineered Vande Bharat express fleets, which are capable of traveling at top speeds reaching 180 kilometers (112 miles) per hour.

Simultaneously, the country is progressing on its first high-speed bullet train corridor by adopting Japanese Shinkansen technology.

Regional planners project that the high-speed bullet train, engineered to hit velocities of up to 320 kilometers per hour, will open its introductory track segment to commuters in 2027.

Source: AFP