. K.V.SHARMA EDITOR
Visakhapatnam Indian News Times 21 June 2026 The Hydrogen Fuel Cell Powered Trainset represents a landmark milestone in India's journey towards sustainable and self-reliant railway technology. Conceived, designed, engineered and manufactured in India by Indian engineers, the project is a shining example of the nation's growing capability to develop complex, world-class railway systems using indigenous expertise and technology.
A significant feature of the project is the extensive use of indigenous technology across critical systems. The propulsion system, including the traction converter, boost converter and Human Machine Interface (HMI), has been designed and manufactured in India. Essential safety equipment such as hydrogen leak detectors, flame detectors and other monitoring sensors, along with the hydrogen compressor, are also indigenous, reflecting the country's growing capability in advanced hydrogen technologies.
From concept development and detailed engineering to regulatory approvals, manufacturing, system integration and validation, every major aspect of the Hydrogen Fuel Cell Powered Trainset has been executed within India. This achievement not only demonstrates India's ability to develop cutting-edge hydrogen-powered railway technology but also reinforces the nation's commitment to the vision of "Make in India" and "Atmanirbhar Bharat." The project is expected to serve as a strong foundation for the future adoption of clean, green and energy-efficient rail transportation, while showcasing India's technological excellence on the global stage.
Visakhapatnam Indian News Times 21 June 2026 The Hydrogen Fuel Cell Powered Trainset represents a landmark milestone in India's journey towards sustainable and self-reliant railway technology. Conceived, designed, engineered and manufactured in India by Indian engineers, the project is a shining example of the nation's growing capability to develop complex, world-class railway systems using indigenous expertise and technology.
The complete system design and integration have been carried out within the country, with the design approved by the Research Designs and Standards Organisation (RDSO). The project has also secured all necessary regulatory approvals in India, including approvals from the Petroleum and Explosives Safety Organisation (PESO) for hydrogen handling and associated ground infrastructure, ensuring compliance with the highest standards of safety and reliability.
A significant feature of the project is the extensive use of indigenous technology across critical systems. The propulsion system, including the traction converter, boost converter and Human Machine Interface (HMI), has been designed and manufactured in India. Essential safety equipment such as hydrogen leak detectors, flame detectors and other monitoring sensors, along with the hydrogen compressor, are also indigenous, reflecting the country's growing capability in advanced hydrogen technologies.
From concept development and detailed engineering to regulatory approvals, manufacturing, system integration and validation, every major aspect of the Hydrogen Fuel Cell Powered Trainset has been executed within India. This achievement not only demonstrates India's ability to develop cutting-edge hydrogen-powered railway technology but also reinforces the nation's commitment to the vision of "Make in India" and "Atmanirbhar Bharat." The project is expected to serve as a strong foundation for the future adoption of clean, green and energy-efficient rail transportation, while showcasing India's technological excellence on the global stage.



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