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AmpereHour Energy, IndiGrid Commission 360 MWh BESS Project in Gujarat
AmpereHour Energy and IndiGrid have commissioned a 180 MW/360 MWh standalone Battery Energy Storage System (BESS) at a GETCO substation in Gujarat for GUVNL, making it India’s largest standalone utility-scale BESS project.
May 19, 2026. By Mrinmoy Dey
AmpereHour Energy and IndiGrid have commissioned a 180 MW/360 MWh Battery Energy Storage System (BESS) at Gujarat Energy Transmission Corporation (GETCO) substation in Gujarat.
With Gujarat Urja Vikas Nigam (GUVNL) as the off-taker, this project is the largest standalone utility-scale battery energy storage (BESS) installation in India and stands amongst the largest BESS capacities in Asia, stated AmpereHour Energy.
The commissioning of this project has significantly strengthened the regional energy landscape. Over the last few years, Gujarat has emerged as a frontrunner in the renewable energy sector, having launched a collective 870 MW of battery storage capacity projects state-wide. Within this ambitious ecosystem, this IndiGrid-AmpereHour project stands out as a lighthouse for standalone storage, demonstrating how technology can stabilise the grid and ensure 24/7 renewable energy supply, stated the company.
It further added that building one of Asia’s largest standalone BESS was a mammoth task that required AmpereHour to scale the learnings from its 40 MWh Delhi project into a massive 360 MWh reality. To meet GUVNL’s stringent grid requirements, AmpereHour’s R&D and engineering teams conducted advanced simulation studies to optimise the entire electrical chain – right from the 220 kV grid connection down to the DC systems, ensuring high Round Trip Efficiency (RTE) and usable energy.
The project utilised AmpereHour's ELINA EMS to integrate massive data streams and the AH Suite software platform to maintain high-quality execution across multiple contractors. From ‘boots on the ground’ quality audits to navigating complex international logistics, AmpereHour’s scientific approach and ‘First Time Right’ principle culminated in a flawless, one-go commissioning, stated the company.
Rahul Shelke, Co-Founder and MD of AmpereHour Energy, said, “This project is a 'lighthouse' moment for the Indian energy sector. Our Flexible Integration architecture was the key to this scale; by providing an intelligent, adaptable technology layer, we enabled IndiGrid to deploy a system that is technically superior and commercially optimised. As Gujarat continues to expand its energy storage footprint, we are excited to showcase how our technology serves as the backbone for such critical infrastructure.”
Harsh Shah, Managing Director of IndiGrid, said, “The successful commissioning of this 180 MW/360 MWh BESS project was a proud moment for IndiGrid and marks an important milestone for India’s evolving energy infrastructure. AmpereHour’s ability to design, integrate and energise a complex Battery Energy Storage System at scale was key to the success of this project. This is a critical asset that underscores our commitment to supporting India's goal of 500 GW of non-fossil fuel capacity by 2030.”
With Gujarat Urja Vikas Nigam (GUVNL) as the off-taker, this project is the largest standalone utility-scale battery energy storage (BESS) installation in India and stands amongst the largest BESS capacities in Asia, stated AmpereHour Energy.
The commissioning of this project has significantly strengthened the regional energy landscape. Over the last few years, Gujarat has emerged as a frontrunner in the renewable energy sector, having launched a collective 870 MW of battery storage capacity projects state-wide. Within this ambitious ecosystem, this IndiGrid-AmpereHour project stands out as a lighthouse for standalone storage, demonstrating how technology can stabilise the grid and ensure 24/7 renewable energy supply, stated the company.
It further added that building one of Asia’s largest standalone BESS was a mammoth task that required AmpereHour to scale the learnings from its 40 MWh Delhi project into a massive 360 MWh reality. To meet GUVNL’s stringent grid requirements, AmpereHour’s R&D and engineering teams conducted advanced simulation studies to optimise the entire electrical chain – right from the 220 kV grid connection down to the DC systems, ensuring high Round Trip Efficiency (RTE) and usable energy.
The project utilised AmpereHour's ELINA EMS to integrate massive data streams and the AH Suite software platform to maintain high-quality execution across multiple contractors. From ‘boots on the ground’ quality audits to navigating complex international logistics, AmpereHour’s scientific approach and ‘First Time Right’ principle culminated in a flawless, one-go commissioning, stated the company.
Rahul Shelke, Co-Founder and MD of AmpereHour Energy, said, “This project is a 'lighthouse' moment for the Indian energy sector. Our Flexible Integration architecture was the key to this scale; by providing an intelligent, adaptable technology layer, we enabled IndiGrid to deploy a system that is technically superior and commercially optimised. As Gujarat continues to expand its energy storage footprint, we are excited to showcase how our technology serves as the backbone for such critical infrastructure.”
Harsh Shah, Managing Director of IndiGrid, said, “The successful commissioning of this 180 MW/360 MWh BESS project was a proud moment for IndiGrid and marks an important milestone for India’s evolving energy infrastructure. AmpereHour’s ability to design, integrate and energise a complex Battery Energy Storage System at scale was key to the success of this project. This is a critical asset that underscores our commitment to supporting India's goal of 500 GW of non-fossil fuel capacity by 2030.”
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