Liquid cooling technology efficiently absorbs heat from high-power electronics using dielectric fluids, replacing traditional air cooling. Driven by indigenous innovations, it supports India's expanding AI data centres and EV sectors while drastically reducing emissions, energy costs, and water consumption.
Click to View MoreIndia’s farms are rapidly transitioning from food providers to vital renewable energy hubs. Through initiatives like ethanol blending, CBG production, and PM-KUSUM, agriculture ensures national energy security, reduces crude imports, boosts rural incomes, and drives the net-zero climate transition.
Click to View MoreOffshore wind energy presents a highly reliable, high-capacity renewable power source critical for India's 2030 decarbonization targets. Despite an estimated 70 GW potential along the Gujarat and Tamil Nadu coasts, high initial costs and grid constraints stall implementation, requiring robust Viability Gap Funding and targeted policy execution.
Click to View MoreCOP30 in Belém marks a shift from talks to real action. With the U.S. pulling back, Brazil, India, China, and South Africa are expected to lead. The summit highlights forest protection, the Baku to Belém roadmap, and finance, urging developing nations to pair climate ambition with fairness.
Click to View MoreIndia’s first National Policy on Geothermal Energy, led by MNRE, marks a major step toward Net Zero 2070. It promotes 24/7 clean power through fiscal incentives, repurposed oil wells, and joint ventures to develop 10 geothermal provinces, strengthening India’s sustainable energy transition.
Click to View MoreChina’s export restrictions on rare earth elements, affecting global defense, semiconductor, and green energy sectors. India must urgently build domestic processing capacity and secure resilient supply chains to protect its strategic autonomy, economic security, and technological independence.
Click to View MoreThe IEA’s Renewables 2025 report highlights rapid global energy transition, with Solar PV driving growth. India to become the second-largest market, but addressing grid bottlenecks, transmission expansion, and DISCOMs’ financial fragility is crucial to sustain progress and meet COP28 goals.
Click to View MoreHydrogen fuel is a clean energy carrier that can be used to generate electricity or mechanical power. It can combat climate change, better than batteries by weight, can store renewable energy and stabilize power grids, reduces dependence on fossil fuels and oil imports, supports India’s National Hydrogen Mission.
Click to View MoreUnder the vision of ‘Seva and Sushasan,’ India emerges as a global climate leader, achieving COP21 targets early, advancing the LiFE movement, promoting green hydrogen, and maintaining low per capita emissions, showing that economic growth and sustainability can coexist.
Click to View MoreIndia, with the world's fifth-largest rare earth reserves, faces challenges in domestic production due to complex extraction, radioactive elements, and atomic minerals classification. A shift in policy and investment is needed to leverage resources.
Click to View MoreIndia aims to produce 5 million metric tonnes of green hydrogen annually by 2030, using renewable energy sources. The National Green Hydrogen Mission aims to boost production, develop infrastructure, and create export markets. Challenges include high costs, infrastructure gaps, resource constraints, financing hurdles, and environmental concerns.
Click to View MoreIndia faces a paradox of unused 44 GW of renewable energy capacity due to lack of Power Purchase Agreements, weak grid infrastructure, and limited demand-side readiness. Resolving this requires multi-pronged reforms, including enhanced storage, accelerated electrification, smart meters, market reform, and state capacity alignment.
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