India Flags Off First Hydrogen Train as PM Modi Launches World’s Highest-Capacity Hydrogen Passenger Train

India has launched its first hydrogen-powered passenger train, flagged off by Prime Minister Narendra Modi from Jind, Haryana. Here's everything you need to know about the route, hydrogen fuel cell technology, passenger capacity, safety features, and why this zero-emission train is a landmark achievement for Indian Railways and the National Green Hydrogen Mission.

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India is all set to make history in the field of railways by introducing the nation’s first-ever train that is powered by hydrogen, an important step towards achieving sustainable modes of transport. The nation’s prime minister, Narendra Modi, is scheduled to commission the nation’s first hydrogen fuel-cell train at Jind railway station in Haryana state.

This event would be much more than the introduction of another train. It signifies the commitment of the nation to embrace clean energy sources, self-sufficiency, and advanced railway technology. Developed completely within India, this hydrogen train is supposed to become a benchmark throughout the world owing to its large passenger carrying capacity and robust propulsion system.

PM Modi to Flag Off India's First Hydrogen Train from Jind

The hydrogen train is going to be inaugurated by Prime Minister Narendra Modi on his tour to Haryana, along with laying the foundation stone of various infrastructural projects worth approximately ₹14,700 crore at Eklavya Stadium, Jind.

The hydrogen train will run initially on the Jind-Sonipat section of the railway line in lieu of polluting diesel trains.

This project was conceived by the Indian government under its Atmanirbhar Bharat scheme, and the technical and design approval were done by the Research Design and Standards Organization (RDSO).

India Joins the Global Hydrogen Rail Club

India has now become part of the elite group of nations that have been able to deploy hydrogen-based trains, which include countries such as the United States, Germany, Japan, and China.

It is generally believed that hydrogen-based rail travel is one of the most prospective technologies when it comes to cutting down carbon dioxide emission, especially when it is impossible or too costly to electrify.

While hydrogen-based international train projects often center on smaller trainsets, India's strategy involves focusing on more passenger-carrying capabilities without compromising on zero-emissions.

World's Highest-Capacity Hydrogen Passenger Train

One of the most significant advantages that the hydrogen train in India offers is the huge passenger capacity.

While hydrogen trains running in other parts of the world, including Germany and China, comprise two to three coach trains, the train in India boasts of a 10-coach train, which makes it the largest hydrogen-powered train in terms of passenger capacity in the world.

The train comprises:

• 2 Hydrogen Driving Power Cars (DPCs)

• 8 Trailer Coaches (TCs)

The train can carry roughly 2,600 passengers, which is much larger than the capacity of other hydrogen-powered passenger trains that exist in the world.

Its propulsion system runs on a 1,200 kW Hydrogen Fuel Cell that delivers a power output of about 3,200 horsepower.

Speed and Performance

The hydrogen train is certified to run at a commercial speed of 75 km/h and yet its design permits it to operate at a top speed of 110 km/h.

While operating at a lower commercial speed to guarantee its safety and efficiency in the initial period, its high-performing propulsion system will certainly allow future growth.

How Hydrogen Fuel Cell Technology Powers the Train

Instead of relying on diesel engines or continuous overhead electric wires, India's hydrogen train generates electricity onboard using Proton Exchange Membrane Fuel Cell (PEMFC) technology.

The system works by combining compressed hydrogen with oxygen from the surrounding air through a chemical reaction inside the fuel cell.

This process generates electricity that powers the train while producing only two harmless by-products:

• Water vapour

• Heat

Since no carbon dioxide is emitted during operation, hydrogen fuel cell technology offers one of the cleanest forms of rail transportation currently available.

Another major advantage is hydrogen's extremely high energy density. Hydrogen contains nearly 120 MJ/kg of energy compared to diesel's approximately 43 MJ/kg, enabling efficient energy storage while reducing long-term maintenance requirements and significantly lowering the train's environmental footprint.

Complete Route and Stations Covered

The hydrogen-powered passenger train will operate between Jind Junction and Sonipat, passing through multiple stations across Haryana.

Route Includes:

• Jind Junction

• Jind City

• Pandu Pindara Junction

• Lalit Khera Halt

• Bhambhewa

• Isapur Kheri Halt

• Butana Halt

• Khandrai Halt

• Rabrah Halt

• Lath Halt

• Mohana

• Barwasni Halt

• Sonipat New

• Sonipat Junction

This route has been selected as the pilot corridor for India's hydrogen rail operations.

Massive Hydrogen Refuelling Infrastructure Built at Jind

In order to facilitate hydrogen-based rail transport, Indian Railways has built the biggest railway hydrogen storage and refueling facility in India at Jind.

This facility boasts 3,000 kg capacity for hydrogen storage and is sanctioned by the Petroleum and Explosives Safety Organisation (PESO).

The infrastructure has been built according to globally recognized safety standards, including:

• NFPA-2

• ISO 19880 Series

Additionally, the facility has undergone independent safety assessment by TÜV SÜD Germany, ensuring compliance with international hydrogen handling standards.

The station includes:

• Hydrogen compression systems

• Dedicated refuelling equipment

• Backup compressors

• Technical support infrastructure

• Continuous monitoring systems

This infrastructure ensures uninterrupted hydrogen supply for daily train operations.

Advanced Safety Systems for Hydrogen Operations

Hydrogen is highly flammable, making safety a top priority for Indian Railways.

The hydrogen train and its supporting infrastructure have been equipped with multiple advanced safety technologies, including:

• Hydrogen leak detectors

• Flame detectors

• Smoke detectors

• Heat sensors

• Continuous ventilation systems

• Automatic hydrogen shut-off mechanisms

Should any problem arise, the system can immediately cut off the source of hydrogen to avoid any risks.

There is also an emergency operation mode for the train which helps to move safely in case of unforeseen technical problems.

Furthermore, Indian Railways has also appointed skilled staff members, regular checks and preventive maintenance in addition to round-the-clock monitoring for safety purposes.

Supporting India's National Green Hydrogen Mission

The launch of India's first hydrogen-powered passenger train directly supports the National Green Hydrogen Mission, one of the government's flagship initiatives aimed at reducing carbon emissions and promoting clean energy.

Beyond introducing a new train, the project establishes an entire ecosystem for hydrogen-powered rail transport, including:

• Hydrogen storage facilities

• Refuelling infrastructure

• Maintenance systems

• Technical expertise

• Operational procedures

• Skilled workforce development

This ecosystem could eventually pave the way for wider adoption of hydrogen-powered trains across non-electrified railway routes in India.

More Development Projects in Haryana and Punjab

Besides the inauguration of the hydrogen train, Prime Minister Narendra Modi will also be laying the foundation stones of various development projects in Haryana, which have a combined cost of around ₹4,700 crores.

In the latter part of the day, he will also visit Jalandhar in Punjab and inaugurates various development projects that cost more than ₹5,470 crores.

India First Hydrogen Train Specifications

Parameter	Details
Train Type	Hydrogen fuel cell-powered passenger train
Flagged Off By	Prime Minister Narendra Modi
Launch Station	Jind Railway Station, Haryana
Route	Jind–Sonipat
Coaches	10
Power Cars	2 Hydrogen Driving Power Cars (DPCs)
Trailer Coaches	8 Trailer Coaches (TCs)
Passenger Capacity	Around 2,600 passengers
Propulsion	1,200 kW Hydrogen Fuel Cell
Power Output	Around 3,200 HP
Operational Speed	75 kmph
Design Speed	110 kmph
Fuel	Compressed Hydrogen
Technology	Proton Exchange Membrane Fuel Cell (PEMFC)
Electricity Generation	Onboard via Hydrogen Fuel Cells
Emissions	Zero Carbon Emissions During Operation
By-products	Water Vapour and Heat
Overhead Electrification	Not Required
Developed By	Indian Railways with RDSO
Hydrogen Storage	3,000 kg Facility at Jind
Safety Features	Leak, Flame, Smoke and Heat Detection Systems
Monitoring	24×7 Hydrogen Refuelling Monitoring
Maintenance Depot	Shakurbasti, Delhi
Environmental Benefit	Clean, Sustainable, Zero-Emission Rail Transport
National Initiative	Supports National Green Hydrogen Mission
Global Significance	India's First and World's Highest-Capacity Hydrogen Passenger Train

The introduction of the world’s first hydrogen-powered train by Indian Railways is a landmark event not only for Indian Railways but also the entire clean energy strategy of India. Besides being a revolutionary transport system, this project proves that India can manufacture hydrogen fuel cells on their own, which is a result of Atmanirbhar Bharat initiative.

Equipped with 10 coaches, capable of carrying up to 2,600 passengers at once, having 1,200 kW fuel cell powertrain, and emitting no pollutants, the train is setting new standards of hydrogen-powered passenger trains globally. With growing hydrogen network of India, this project might lay the ground for a new generation of passenger railways of India.