Adani Energy Solutions Receives LOI for Transmission Project
Filing Summary
Adani Energy Solutions Ltd has received a Letter of Intent from PFC Consulting Limited for a transmission project in Gujarat. The project involves establishing a 2500 MW HVDC system to evacuate power from a renewable energy zone in Khavda. This initiative is part of Phase-V, designed to facilitate the evacuation of 2.5 GW of renewable energy. The LOI is subject to customary conditions and binding agreements. This development will expand Adani’s transmission network to 27,905 ckm and 97,236 MVA of transformation capacity.
Adani Energy Solutions Ltd has announced the receipt of a Letter of Intent (LOI) from PFC Consulting Limited for the establishment of a transmission system. This system is intended for the evacuation of power from a renewable energy zone in the Khavda area of Gujarat under Phase-V (8GW): Part C. The LOI is subject to customary conditions and the execution of binding agreements between the parties involved.
The project involves the establishment of a 2500 MW High Voltage Direct Current (HVDC) system between KPS III and South Olpad, covering approximately 1200 circuit kilometers (ckm). This development will increase Adani Energy Solutions Ltd’s overall transmission network to 27,905 ckm and 97,236 MVA of transformation capacity. The project is designed to facilitate the evacuation of 2.5 GW of renewable energy, as part of the Phase-V scheme, which aims to enable the evacuation of an additional 8 GW of renewable energy power from the Khavda renewable energy park.
PFC Consulting Limited is a subsidiary of Power Finance Corporation, focusing on providing consultancy services for power sector projects. It plays a significant role in facilitating the development of power infrastructure in India.
Adani Energy Solutions Ltd is engaged in the development and operation of energy infrastructure projects. The company focuses on expanding its transmission network to support the integration of renewable energy sources into the national grid.