Modi suggests strengthening collaboration in the ‘fuels for the future’ areas
Prime Minister Narendra Modi said his government aims to transform India into a Global Hub for the production, use and export of Green Hydrogen and its derivatives.
The country is working on Mission mode on Green Hydrogen as an alternative energy source, he told delegates at the G20 Energy Ministers Meet in Goa via video message on 22 July 2023.
Noting that the world looks up to the G20 group to advance sustainable, just, affordable, inclusive and clean energy transition, the Prime Minister stressed the importance of taking the Global South along and ensuring low-cost finance for developing countries.
He emphasized finding ways to bridge technology gaps, promote energy security and work on diversifying supply chains.
Modi suggested strengthening collaboration in the ‘fuels for the future’ areas and remarked that the ‘High-level Principles on Hydrogen’ are a step in the right direction.
He further added that transnational grid interconnections can enhance energy security and India is promoting this mutually beneficial cooperation with its neighbors.
“Realizing the vision of inter-connected green grids can be transforming. It will enable all of us to meet our climate goals, stimulate green investment, and create millions of green jobs,” the Prime Minister said.
He extended an invitation to all participating nations to join the Green Grids Initiative – ‘One Sun, One World, One Grid’ of the International Solar Alliance.
He wants to strengthen Mission LiFE – Lifestyle for Environment, a movement that will make each one of us a climate champion.
He emphasized, “Our thoughts and actions must always help preserve our ‘One Earth’, protect the interests of our ‘One Family’, and move towards a Green ‘One Future’ no matter how we transition.”
He expressed delight that the Working Group delegates got a chance to witness the level and scale of India’s commitment to clean energy by visiting the Pavagada Solar Park and Modhera Solar Village. Fiinews.com
