Adani Group’s Battery Storage Entry

The Adani Group is building India's largest battery energy storage system at Khavda, Gujarat. This project will help store renewable energy and provide reliable power when needed, supporting India’s clean energy goals.

MARKET NEWS

11/13/20251 min read

With a groundbreaking project in Khavda, Gujarat, the Adani Group has formally entered the battery energy storage industry. This project is expected to become the largest single-location battery energy storage system (BESS) in India and among the largest in the world.

Key Details of the Project

  • Capacity: The project will have a power capacity of 1,126 megawatts (MW) and an energy storage capacity of 3,530 megawatt-hours (MWh), enabling it to store enough energy to supply electricity at 1,126 MW for approximately three hours.​

  • Technology: It employs advanced lithium-ion battery technology and sophisticated energy management systems to ensure high performance, safety, and reliability.​

  • Deployment: Over 700 BESS containers will be installed as part of this system, making it India’s largest and one of the most significant in the world.​

  • Completion Timeline: The project is scheduled for commissioning by March 2026.

Strategic Significance

  • Energy Stability: The project aims to support grid stability, especially during peak demand hours, and facilitate a round-the-clock renewable energy supply.​

  • Environmental Impact: By enabling better integration of renewable energy sources, it supports India’s climate goals, such as decarbonization and reduction of carbon emissions.​

  • Expansion Plans: The Adani Group has laid out an ambitious roadmap to scale its energy storage capacity to a total of 15 GWh by March 2027, with a long-term goal of reaching 50 GWh in five years.​

Broader Context

Adani's position as a key participant in India's clean energy transition is strengthened by this project, which is in line with global trends toward large-scale energy storage and underlines the company's strategy shift towards renewable and sustainable energy infrastructure. ​