Reports

Analysis and evidence from IECC researchers on India’s clean energy transition, from power and industry to transport and extreme heat resilience.

As India’s energy demand grows, efficiency must become a core part of how the country plans its grid, shapes markets and builds industry.
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Despite dramatic declines in clean-energy costs, more than $1 trillion investments in new coal and gas plants is under consideration worldwide, largely because conventional plants are assumed to be the only economical way to provide reliable, round-the-clock power, such as that required by data centers.
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Approximately 2.4 billion workers perform manual labor globally, yet current heat stress indices are calibrated to sedentary individuals, systematically underestimating risk for active workers.
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An aerial shot of densely-populated Agra city
Heat Action Plans (HAPs) have evolved over the past decade into India’s principal framework for urban heat preparedness.
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Firm renewable power at Rs 5.25: reliable, inflation-proof, and below every coal PPA India signed in 2025.
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India’s clean-energy transition is an industrial, employment, and external-sector strategy, not only a decarbonization agenda. India imports about half of its primary energy and 87% of its crude oil.
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IECC and Energy Innovation analysis indicates that India can produce power-and-biomass-to-liquids (PBtL) sustainable aviation fuel (SAF) at costs up to 40 percent below prevailing global benchmarks. Two domestic advantages underpin this result: among the lowest green-hydrogen costs observed internationally, and a large, increasingly organised supply of agricultural residue.
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India is among the world’s most heat-exposed nations, with hundreds of millions of people facing dangerous temperatures each summer and a mortality burden that remains poorly understood at the district level.
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India’s power grid is buckling under the summer heat. Air conditioners (ACs) are fast becoming the single largest driver of peak electricity demand - contributing as much as 60-70 GW or 25%. ACs are power guzzlers, each consuming 100-150 times the electricity of an LED bulb.
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India is the world’s second-largest producer of crude steel, with output of 149 million tonnes in 2024, approximately 8% of global production.
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India’s industrial sector is an economic powerhouse, providing 19.5 million jobs and 17 percent of the country’s Gross Domestic Product (GDP). The sector is rapidly becoming the backbone of the modern Indian economy, manufacturing everything from the steel and cement that propel industrialization to the cars and electronics that can lift millions out of poverty.
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India has crossed a structural threshold: clean energy is no longer a climate choice; it is now economic statecraft. Handled strategically, it can halve economy-wide energy costs and halve fossil-fuel imports by mid-century, converting over US$200 billion per year currently spent on fuel imports into domestic capital formation and infrastructure investment. This would deliver a decisive boost to industrial competitiveness, energy security, and trade stability. Managed poorly, however, it risks remaining a fragmented sectoral transition, leaving India exposed to import volatility, fuel-price shocks, and stranded capital.
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