Renewable Energy

Resonia secures project to integrate 4.5 GW of green energy in Andhra Pradesh

Resonia Ltd has secured the bid for the โ€œTransmission System for Integration of Ananthapur-II Renewable Energy Zone (REZ) Phase-Iโ€ project, a significant initiative aimed at integrating 4.5 GW of renewable energy in Andhra Pradesh. The company, formerly known as Sterlite Grid 32 Ltd (SGL32), emerged successful through the Tariff Based Competitive Bidding (TBCB) process in 2025.

Under the projectโ€™s framework, Resonia Ltd will develop and operate the transmission system through a Special Purpose Vehicle on a BOOT (Build, Own, Operate, Transfer) basis for a period of 35 years. This achievement marks the companyโ€™s 11th power transmission project in India under the TBCB process, reinforcing its presence in the sector. With this latest addition, Resonia now manages projects worth approximately โ‚น32,527 Crores.

Arun Sharma, CEO of Resonia Ltd, expressed enthusiasm about the project, emphasising its role in expanding the companyโ€™s footprint into Andhra Pradesh. He highlighted the projectโ€™s importance in strengthening the stateโ€™s power transmission network and its contribution to Indiaโ€™s broader goal of integrating renewable energy into the grid. He further stated that this endeavour marks a strategic expansion into the southern states, aligning with the companyโ€™s vision for sustainable energy solutions.

The Ananthapur-II REZ Phase-I project involves the establishment of critical transmission infrastructure to facilitate the evacuation of 4.5 GW of renewable energy from the Ananthapur region. The scope includes constructing a large-scale Greenfield Pooling Station at Ananthapuram-II, featuring 765/400kV and 400/220kV capacities. Additionally, the project entails the development of 765 kV D/C transmission lines, extending approximately 150 km from Ananthapuram-II to Davangere and around 200 km to Cuddapah. Furthermore, a ยฑ300 MVAR STATCOM will be installed at the Ananthapuram-II Pooling Station to enhance grid stability and reliability.

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