With India targeting 500 GW of non-fossil power capacity by 2030 and already crossing 254 GW of renewables, the need for large-scale energy storage has become critical. To ensure grid stability and reliability, the country requires up to 230 GWh of energy storage capacity.

In a major step towards strengthening India’s battery energy storage ecosystem, the company has commissioned India’s largest Battery Energy Storage System (BESS) Gigafactory in Noida. The company has begun rolling out BESS installations across the country, witnessing strong demand and positive response from leading companies across multiple sectors.

At a time when global battery manufacturing is largely dominated by China and other international players, this development marks India’s growing presence in advanced battery storage manufacturing and aligns with the Government of India’s vision of Atmanirbhar Bharat.

GoodEnough Energy’s Noida Gigafactory represents a significant milestone in India’s clean energy journey. With an investment exceeding Rs 4.5 billion, the facility supports the National Energy Storage Mission and India’s Net-Zero goals. The company plans to expand the Gigafactory’s capacity to over 25 GWh within three years, positioning India as a key player in grid-scale battery storage.

Outlining the company’s vision, the co-founders stated that India’s clean energy ambitions require not only advanced technology but also vision, resilience and collaboration. They emphasised that the Noida Gigafactory is designed as a hub for innovation, climate leadership and green job creation, supporting national initiatives such as the National Energy Storage Mission and the PLI scheme to build a resilient and sustainable India.

The Gigafactory benefits from strong logistics infrastructure and access to a skilled engineering workforce. It is expected to create employment opportunities for local youth while fostering an ecosystem of more than 100 small and medium enterprises as suppliers and partners, delivering a significant boost to the regional and national economy.

With an operational capacity of 7 GWh, the Gigafactory will support high-emission sectors such as manufacturing, infrastructure, healthcare, mining and commercial real estate in reducing their carbon footprint. With planned expansion, the company aims to eliminate up to 15 million tonnes of CO? emissions by 2026.

By comparison, burning one litre of diesel emits around three kilograms of CO?. A 125 kVA diesel generator used for just two hours of daily backup power consumes approximately 60 litres of diesel, resulting in 180 kg of CO? emissions. In addition, every kilowatt-hour generated from diesel or coal releases about one kilogram of CO?. At its current capacity, the Gigafactory is designed to prevent more than 5 million tonnes of CO? emissions annually, comparable to the annual carbon reduction target of Indian Railways.

The BESS solutions are also set to support the rapid expansion of India’s electric vehicle charging infrastructure, particularly in areas with weak grid connectivity. Features such as peak shaving, time shifting and seamless integration with renewable energy sources are designed to optimise energy costs and enhance sustainability for businesses across the country.