+
IET Opens Centres for Green Hydrogen and EV Research
POWER & RENEWABLE ENERGY

IET Opens Centres for Green Hydrogen and EV Research

The Institute of Engineering and Technology (IET) has inaugurated two advanced Centres of Excellence focused on green hydrogen production and electric vehicle (EV) technology.
The institute has deployed onsite green hydrogen generation systems powered by renewable wind and solar sources, alongside a battery manufacturing unit for all-terrain electric vehicles. The integrated facility currently generates 4 kilowatts of electricity through these renewable sources, which is directly used for hydrogen production—highlighting the real-world application of clean energy in sustainable fuel systems.
According to IET Director Professor Vineet Kansal, a smart renewable energy-based energy management system has also been implemented alongside the hydrogen facility. This system serves as a research and experimentation platform for smart grids, showcasing integration with multiple renewable energy inputs and advanced hydrogen technology.
Professor Arun Kumar Tiwari, who oversees both centres, explained that the initiative offers a hands-on training platform for students, researchers, and energy professionals. The centre enables a detailed study of hydrogen energy cycles, smart grid systems, and renewable energy integration—all within a controlled laboratory setting.
IET’s electric vehicle laboratory adds to its credentials in clean technology research. The modular platform is designed to support advanced experimentation, covering battery behaviour, propulsion systems, and EV charging infrastructure.
With this dual-facility approach, IET is emerging as a national leader in clean energy education and EV innovation, providing future energy professionals with practical, future-ready training and research opportunities. 

The Institute of Engineering and Technology (IET) has inaugurated two advanced Centres of Excellence focused on green hydrogen production and electric vehicle (EV) technology.The institute has deployed onsite green hydrogen generation systems powered by renewable wind and solar sources, alongside a battery manufacturing unit for all-terrain electric vehicles. The integrated facility currently generates 4 kilowatts of electricity through these renewable sources, which is directly used for hydrogen production—highlighting the real-world application of clean energy in sustainable fuel systems.According to IET Director Professor Vineet Kansal, a smart renewable energy-based energy management system has also been implemented alongside the hydrogen facility. This system serves as a research and experimentation platform for smart grids, showcasing integration with multiple renewable energy inputs and advanced hydrogen technology.Professor Arun Kumar Tiwari, who oversees both centres, explained that the initiative offers a hands-on training platform for students, researchers, and energy professionals. The centre enables a detailed study of hydrogen energy cycles, smart grid systems, and renewable energy integration—all within a controlled laboratory setting.IET’s electric vehicle laboratory adds to its credentials in clean technology research. The modular platform is designed to support advanced experimentation, covering battery behaviour, propulsion systems, and EV charging infrastructure.With this dual-facility approach, IET is emerging as a national leader in clean energy education and EV innovation, providing future energy professionals with practical, future-ready training and research opportunities. 

Next Story
Real Estate

No glass boxes!

India is moving away from the ‘glass box’ syndrome, all-glass façades that were widely used in commercial buildings in the last two decades but came at a significant environmental cost given the country’s predominantly hot and humid climate. Poor thermal performance, excessive heat gain and dependency on mechanical cooling systems made buildings with glass façades energy guzzlers and significantly increased their carbon footprint.That said, it’s important to be aware that “glass is not the enemy,” points out Heena Bhargava, Architect, Architecture Discipline. “How it ..

Next Story
Infrastructure Transport

Why do pavements fail?

India’s highways continue to expand at a healthy pace. But conversations on the surface quality of highways are growing louder because major deficiencies and black spots continue to be identified, and they are cause for concern.“Road surface roughness causes vehicle vibrations that, in turn, can affect the performance of drivers,” explains Dr V K Gahlot, Road Safety Auditor, Centre for Research and Sustainable Development (CfRSD). “Continuous exposure may induce fatigue, a contributory factor to road accidents. Road surface roughness also affects the vehicle operating cost...

Next Story
Infrastructure Urban

APAC Logistics Rents Fall for First Time Since 2020

Logistics rents across the Asia-Pacific region declined 0.4% year-on-year in H1 2025, marking the first annual drop since 2020, according to Knight Frank’s Logistics Highlights H1 2025 report. Despite global trade tensions and cautious occupier sentiment, India emerged as a standout performer, driven by robust manufacturing momentum and supply chain recalibration.Regional Trends and DivergenceWhile rents largely remained stable across most markets, regional differences became more pronounced:Mainland China continued to see rental declines, though the pace of decline moderated to 12.8% YoY, s..

Advertisement

Subscribe to Our Newsletter

Get daily newsletters around different themes from Construction world.

STAY CONNECTED

Advertisement

Advertisement

Advertisement

Talk to us?