Google Unveils Five Major Sustainability Initiatives to Accelerate India's Clean Energy Transition

Google's Solar API Reaches 300 Million Indian Rooftops

Google sustainability initiatives now include expanding its Solar API to cover over 300 million rooftops across India, part of a broader effort to accelerate India's clean energy transition1

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. The technology, which forms part of Earth AI, can generate insights for more than 1.2 billion buildings globally2

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. Google's Solar API uses AI-driven solutions and imagery to assess rooftop solar potential without requiring an on-site visit, drastically reducing the time and cost installers need to produce accurate designs and customer proposals1

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The expansion arrives as India experiences a residential solar boom, supported by government programs like PM Surya Ghar: Muft Bijli Yojana2

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. Local platforms including Solar Ladder and OpenSolar are already integrating Solar API data into their workflows to automate 3D system layouts, model parapet and water tank clearances, and generate mobile proposals during initial client meetings1

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. By automating manual roof surveys and custom layouts, the technology makes residential solar faster, more affordable, and accessible for households across India2

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150MW Solar Project Adds Clean Energy to National Grid

Google has entered a long-term agreement with ReNew Power for a 150MW solar project in Rajasthan, marking the company's second Scope 3-focused solar initiative in the country3

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. Under this agreement, Google will receive environmental attributes associated with the clean electricity generated and apply them to address supply chain emissions across its broader value chain1

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. The project brings Google's total contracted capacity with ReNew to 300MW of new solar generation capacity on India's national grid2

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This deal builds on Google's approach to supply chain decarbonization through direct procurement of clean energy attributes1

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. The 150MW solar project represents a significant infrastructure investment aimed at adding renewable capacity to India's electricity grid while helping Google meet its broader environmental commitments3

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Climate-Smart Farming Practices Target Methane Emissions Reduction

Google is partnering with Mitti Labs on what represents the largest publicly announced agreement to purchase carbon credits generated by reducing methane emissions from rice cultivation1

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. The project will help tens of thousands of smallholder rice farmers in Telangana adopt Alternate Wetting and Drying practices2

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. Globally, rice farming accounts for up to 12% of all methane emissions, making this intervention particularly significant1

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Alternate Wetting and Drying periodically drains and refloods fields instead of keeping them continuously submerged, introducing oxygen into the soil and disrupting methane-producing microbes while significantly reducing irrigation demand and conserving water2

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. The initiative aims to mitigate nearly 3 million tonnes of CO2e on a 20-year Global Warming Potential basis, equivalent to 1 million tonnes on a 100-year GWP100 basis1

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. Participating farmers will receive direct payments, while AI-powered satellite monitoring enabled by NASA and on-the-ground field networks will verify results2

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Google Center for Climate Technology Expands Research Focus

Launched in February in partnership with the Government of India's Office of the Principal Scientific Adviser, the Google Center for Climate Technology supports researchers and innovators applying AI to environmental challenges1

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. From 77 applications, the center selected three inaugural grant recipients across two tracks: green workforce training and low-carbon construction materials1

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Google is now expanding the center's scope with two additional focus areas open for research and innovation proposals through the Government of India's Manthan Platform3

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. Water stewardship will focus on developing scalable technologies and management practices to address rising freshwater demand and protect watershed resources1

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. The waste and circularity track will advance research into e-waste and battery recycling processes to support more circular approaches to resource use1

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The inaugural cohort of the Google DeepMind Accelerator: AI for the Planet includes four climate-tech startups from India applying AI to environmental challenges3

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. Terrastack and Varaha Climate focus on plot-level land intelligence, regenerative practices, and verified carbon credits for smallholder farmers, while Farmers for Forests and Climitra Carbon use Geo-AI, drones, and satellite models for agroforestry, biodiversity restoration, and converting invasive biomass into biochar1

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Vrushali Gaud, Director of Climate Operations at Google, stated that as India strengthens its technological and AI leadership, ensuring this momentum drives sustainable, inclusive growth remains central to the collective future, demonstrating how digital innovation and environmental stewardship can create practical, lasting impact for India2

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