New Delhi: Google has announced five new sustainability initiatives in India that use artificial intelligence, satellite imagery and other technologies to address challenges across rooftop solar, clean energy, agriculture, water conservation, climate research and environmental technology.
The initiatives are part of Google’s broader push to apply AI to real-world problems beyond software and consumer applications. The company said its latest projects will support India’s transition towards cleaner energy while helping farmers, businesses, climate researchers and environmental technology startups.
One of the biggest announcements is the expansion of Google’s Solar API, which can now provide solar-related insights for more than 300 million rooftops across India. The technology is designed to help solar installers assess rooftops remotely, understand their solar potential and prepare system designs and customer proposals.
Google has also announced a new solar power agreement in Rajasthan, a climate-smart agriculture project involving rice farmers in Telangana, an expansion of its Centre for Climate Technology and support for four Indian startups developing technology for environmental challenges.
Google’s Solar API expands to 300 million rooftops
The expansion of Google’s Solar API is among the most significant parts of the company’s latest India sustainability push.
The API uses AI and imagery to provide information about rooftops and their potential for solar energy generation. Instead of requiring an installer to make an initial physical visit to assess a property, the technology can provide information about the roof remotely.
Solar companies can use the data to understand the available rooftop area, assess solar potential and develop proposed solar installations.
Google said platforms including Solar Ladder and OpenSolar are already using its Solar API in their workflows. The expansion comes as rooftop solar adoption continues to grow in India, supported by government programmes such as the PM Surya Ghar: Muft Bijli Yojana.
The technology could potentially make the initial stages of solar adoption more efficient. By providing digital information about a rooftop before an on-site assessment, installers can potentially save time and create more detailed proposals for customers.
For homeowners and businesses considering rooftop solar, such digital tools could also make it easier to understand whether a particular property is suitable for a solar installation.
Google signs 150MW solar agreement in Rajasthan
Google is also expanding its renewable energy commitments in India.
The company has signed a long-term agreement with ReNew Power for a 150MW solar project in Rajasthan. Google said this is its second Scope 3-focused solar project in India.
The latest agreement takes Google’s total contracted solar capacity with ReNew to 300MW.
Rajasthan has emerged as one of India’s important renewable energy hubs because of its large solar potential and availability of land for utility-scale projects.
The new agreement adds to Google’s efforts to support renewable electricity while addressing emissions associated with its wider operations and value chain.
For India, large renewable energy projects are also important to the country’s broader effort to increase clean power generation and reduce dependence on fossil fuels.
The project therefore complements Google’s technology-focused sustainability initiatives with direct investment in renewable electricity generation.
AI-powered farming project targets rice cultivation in Telangana
Google’s sustainability programme is not limited to electricity and solar energy.
The company is also working with Mitti Labs on a project involving tens of thousands of smallholder rice farmers in Telangana.
The initiative will introduce a farming technique known as Alternate Wetting and Drying, or AWD. Under the method, rice fields are not kept continuously flooded. Instead, farmers periodically drain and refill the fields during the cultivation cycle.
The approach is significant because continuously flooded rice fields can generate methane, a potent greenhouse gas.
When fields are periodically drained, oxygen enters the soil and can reduce methane production. The method can also help reduce water consumption, making it relevant to both climate mitigation and resource conservation.
Google said the Telangana project could help mitigate nearly 3 million tonnes of carbon dioxide equivalent over 20 years.
The company plans to monitor the project’s impact using satellite data and field networks, allowing the programme to track changes across participating farms.
For farmers, the potential benefits extend beyond emissions reduction. More efficient water use could become increasingly important as agriculture faces pressure from changing weather patterns and water availability.
Google expands Centre for Climate Technology
Google is also expanding the scope of its Centre for Climate Technology, which was launched in February in partnership with the Government of India’s Office of the Principal Scientific Adviser.
The centre initially focused on areas such as green workforce training and low-carbon construction materials.
Under the expanded programme, Google said the centre will also examine water stewardship, e-waste and battery recycling.
These areas are becoming increasingly important as India expands its digital infrastructure, electric mobility and renewable energy capacity.
Battery recycling, for example, will become more significant as electric vehicles and energy-storage systems become more widespread. Recovering valuable materials from used batteries can reduce waste while potentially lowering the need for newly mined resources.
Similarly, e-waste management is becoming an increasingly important environmental challenge as the use of smartphones, computers, appliances and other electronic devices continues to expand.
The centre’s expanded focus suggests that Google’s climate strategy in India is moving beyond carbon emissions alone to include resource efficiency and circular economy issues.
Four Indian startups receive Google DeepMind support
Google is also directing support towards Indian startups developing technology for environmental challenges.
Four startups — Terrastack, Varaha Climate, Farmers for Forests and Climitra Carbon — have been selected through the Google DeepMind Accelerator: AI for the Planet programme.
These companies are working across areas including agriculture, biodiversity and carbon management, using technologies such as artificial intelligence, satellite imagery and drones.
The support could help startups apply AI to environmental problems that require large amounts of data and field-level monitoring.
Satellite imagery, for instance, can provide information across large geographical areas, while drones can offer more detailed observations at the local level. AI can then help analyse this information and identify patterns that may not be immediately visible through manual monitoring.
For India’s growing climate technology ecosystem, such support could also provide startups with access to technology, expertise and global networks.
AI moves beyond chatbots and software
Google’s latest initiatives highlight how artificial intelligence is increasingly being applied to areas outside conventional technology products.
Instead of focusing only on chatbots, search, productivity tools or software development, the company’s India initiatives use AI and data to address physical-world challenges involving energy, farming, water and waste.
The rooftop solar project is aimed at helping installers assess hundreds of millions of buildings. The agriculture initiative uses data to monitor climate-smart farming practices. The climate technology centre is expanding into water and recycling, while startups are using AI alongside satellite data and drones for environmental applications.
Taken together, these initiatives reflect a broader shift in the way technology companies are approaching sustainability.
India becomes an important testing ground for climate technology
India’s scale makes it a significant market for technologies aimed at addressing environmental challenges.
With hundreds of millions of rooftops, a large agricultural workforce and rapidly growing energy demand, solutions that work at scale could have a substantial impact.
The country’s renewable energy expansion also creates opportunities for technology companies to contribute through solar assessment tools, clean-energy procurement and digital monitoring systems.
At the same time, agriculture remains closely connected to water consumption and greenhouse gas emissions. Projects such as the Telangana rice initiative show how relatively simple changes in farming practices can potentially deliver both environmental and resource-use benefits.
The success of these projects will ultimately depend on adoption, implementation and measurable outcomes on the ground.
Google’s sustainability push takes a wider approach
Google’s five initiatives show a strategy that combines technology, renewable energy investment, climate research and support for Indian startups.
The expansion of Solar API to more than 300 million rooftops could help accelerate digital tools for rooftop solar. The 150MW Rajasthan project adds new renewable generation to Google’s India commitments, while the Telangana farming programme focuses on reducing methane emissions and water use.
The expanded Centre for Climate Technology and support for four startups broaden the company’s approach further into water management, recycling, biodiversity and carbon management.
The initiatives do not represent a single solution to India’s environmental challenges. Instead, they cover several areas where data and AI could complement existing infrastructure, government programmes and private-sector investment.
As India continues to expand renewable energy while managing rising demand for electricity, water and technology, the role of AI in sustainability is likely to grow.
Google’s latest announcements indicate that the company wants to be part of that transition — not just by developing AI systems, but by applying them to some of the country’s largest environmental and energy challenges.