Indigenous Wireless charger for electrical vehicles with ability to charge 90% battery in 3 hours to become a reality; CDAC & VNIT Nagpur’s technology passed on to an Indian firm to commercially develop it Meity join hands with Railways to make an indigenous propulsion system of locomotives boosting railway electrification and industry adoption; Uses high power converters & advanced controlling management systemsUsing CDAC green technology Kerala’s K-DISC marks a milestone in sustainable power innovation making its building energy efficient through Low Voltage Direct Current.Research must lead to real-world applications with industry Collaboration Shri S. Krishnan, Secretary, MeitYMeitY secretary stresses indigenization in power electronics to boost ‘Make in India’ and ‘Aatmanirbhar Bharat’ goals

Published on 07-Apr-2025 08:06 PM

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Introducing the Future of Electric Vehicles and Power Systems in India

In a world where electric vehicles (EVs) dominate traffic networks, railway systems, and supply chains, innovation is paramount. However, the transition from traditional power electronics to indigenous systems for EVs and railways presents a significant challenge. Enter CDAC (T), C-DAC, and MeitY, bringing together a collaborative effort aimed at delivering transformative technologies.

Introduction: The Transition to Indigenous Power Systems

The headline discusses two groundbreaking initiatives: an Indigenous Wireless Charger for electric vehicles and an Indigenized Railway Propulsion System. Both projects are part of the National Mission on Power Electronics Technology (NaMPET) under MeitY, emphasizing the goal of promoting indigenous tech in EVs and power systems.

1. Indigenous Wireless Charger for Electric Vehicles

The charger developed by CDAC (T) and VNIT Nagpur is designed to charge a 4.8kWh battery pack at 48V with a 3-hour capacity, achieving an impressive efficiency of 89.4%. This technology aims to reduce reliance on traditional chargers, lowering carbon footprints and supporting renewable energy initiatives.

2. Indigenized Railway Propulsion System

The railway propulsion system, developed by C-DAC under MeitY’s NaMPET, is poised for full electrification by 2030. The indigenous system enhances e-mobility, reducing reliance on traditional methods and contributing to a cleaner energy future.

Collaboration and Partnership

The collaboration between MeitY, CDAC (T), and various industries underscores the importance of institutional support in moving research to industry. This partnership aims to commercialize the technologies developed through NaMPET, ensuring they meet global standards while being cost-effective and environmentally friendly.

Broader Impact: Moving Technology to Industry

CDAC’s work on EVs highlights a trend towards decarbonizing power grids with renewable energy. The railway system project serves as an example of how indigenous tech can revolutionize infrastructure, further driving sustainability.

Conclusion: A Global Vision for Renewable Energy

The initiatives demonstrate the global vision for decarbonized power systems. By promoting indigenous tech, India aims to contribute significantly to renewable energy and sustainable development, laying a foundation for a greener future.

In essence, these projects not only advance technology but also pave the way for a cleaner, more efficient world, aligning with MeitY’s commitment to advancing indigenous innovators in power electronics.

source: Indigenous Wireless charger for electrical vehicles with abi...

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