Advancing clean electricity on India’s grid

Advancing clean electricity on India’s grid
Our new solar agreement will also help address Google’s value chain emissions
Google’s global value chain is complex, spanning a wide range of industries, geographies, and emissions sources. To make progress toward our moonshot of net-zero emissions across our operations and value chain, we identified clean electricity as a critical solution to scale – primarily in Asia Pacific, where many of our suppliers operate.
As a next step in advancing clean electricity in the region and making progress toward addressing our value chain emissions, we are partnering with ReNew Energy to enable a new, 150 megawatt (MW) solar project in Rajasthan, India. Under this long-term agreement, Google will receive the associated environmental attribute certificates (EACs) and allocate them to our scope 3 emissions. While we continue to engage key suppliers directly to increase adoption of clean energy, this agreement will help address those emissions that cannot be traced to a specific supplier.
This deal puts into practice the principles outlined in a recently released white paper and represents our first-of-its-kind implementation of this scope 3 framework. To ensure it drives responsible and meaningful impact, the agreement is centered on two critical characteristics: first, we are adding new clean energy to the grid by signing a long-term agreement that will enable investment in new generation capacity. And second, by focusing this in India, which has significant energy needs and a rapidly growing grid, we are directing capital where it can create high impact.
Our aim is for this to serve as a market catalyst, demonstrating a pathway for companies to credibly address value chain emissions even without full supply chain data transparency.
This new solar agreement builds on previously announced partnerships with energy developers to add 186 MW of wind and solar generation capacity across multiple states in India. These investments will help India continue its recent clean energy progress, including reaching 50% of installed electric power capacity from non-fossil fuel sources, and reflect Google’s commitment to advance and scale a diverse portfolio of carbon-free energy sources in India.

- Renewable Milestones: India has surpassed 150 GW of installed solar capacity, with non-fossil fuel sources now making up over 50% of the total installed electric power capacity. [1, 2]
- Corporate Participation: Major global tech firms are directly investing in this transition. For example, Google’s Clean Energy Blog details a partnership with ReNew enabling a 150 MW solar project in Rajasthan to help add new zero-carbon generation to the grid. [1, 2, 3, 4]
- Distributed Solar: The PM Surya Ghar program has helped millions of households install rooftop solar systems, while PM-KUSUM provides solar pumps to agricultural hubs to reduce diesel dependence. [1]
- Smart Grid Investments: The India Smart Grid Forum (ISGF) is guiding the transition through large-scale investments in Green Energy Corridors and High Voltage Direct Current (HVDC) lines. [1]
- Storage Technologies: Battery Energy Storage Systems (BESS) and pumped storage projects are being developed to store excess solar and wind power, enabling 24/7 reliable energy. [1]
- Grid Rules: To manage the influx of variable renewable power, federal regulators are implementing stricter grid operation and communication rules to maintain frequency stability, though these have occasionally faced market resistance. [1, 2]
- Nuclear and Coal: While renewables are expanding fast, India’s energy roadmap maps out a strategic role for nuclear power (targeted to reach up to 135 GW by 2070). Coal will also continue to play a baseline or low-utilization reserve role to guarantee energy security. [1]
- National Grid Flexibility: Initiatives like the National Grid Flexibility Programme by the Rocky Mountain Institute aim to operationalize virtual power plants and aggregator models to match supply with real-time power demand. [1]
- Detail the corporate power purchasing process in India.
- Explain the incentives and rollout of rooftop solar installations.
- Compare the long-term energy storage technologies currently being deployed. [1]
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