# GE Vernova T&D India wins HVDC project order from AESL Projects

GE Vernova T&D India Ltd. has secured a contract from AESL Projects Limited, a subsidiary of Adani Energy Solutions Ltd., for the design and construction of a 2,500 MW ±500 kV HVDC VSC terminal station at Khavda to South Olpad. The order will be executed over multiple years.

- Type: Contract
- Announced: 2025-12-20
- Where: Khavda to South Olpad, India
- Value: $1.17B (10.0B INR)
- Status: announced
- Capacity: 2500 MW
- Products: HVDC VSC terminal station
- Sectors: [Electrical Equipment](https://endata.com/sectors/electrical-equipment.md), [Power Generation Equipment](https://endata.com/sectors/power-generation-equipment.md)

## Companies

- [GE Vernova T&D India](https://endata.com/companies/74679.md)
- [AESL Projects](https://endata.com/companies/13844.md) (customer)
- [Adani Energy Solutions](https://endata.com/companies/13845.md) (partner)
- [GE Vernova T&D India](https://endata.com/companies/74679.md) (supplier)

## Sources

- [cnbctv18.com](https://www.cnbctv18.com/market/ge-vernova-t-d-india-share-price-company-wins-large-aesl-adani-energy-solutions-hvdc-project-order-19798315.htm), 2025-12-22: "The company has secured a contract from AESL Projects Limited for the design and construction of a 2,500 MW ±500 kV high voltage direct current VSC terminal station, comprising two units of 1,250 MW each."
- [economictimes.indiatimes.com](https://economictimes.indiatimes.com/markets/stocks/news/ge-vernova-td-india-shares-jump-over-10-after-major-hvdc-contract-win/articleshow/126114274.cms), 2025-12-22: "The company has been awarded a contract by AESL Projects Limited, a domestic entity, dated December 20, 2025, involving the design, supply, and execution of a 2,500 MW, ±500 kV HVDC Voltage Source Converter (VSC) terminal station."
- [financialexpress.com](https://www.financialexpress.com/market/ge-vernova-tampd-jumps-10-on-massive-rs-10000-cr-hvdc-win-why-analysts-see-a-20-upside-ahead-still-4084888/), 2025-12-23: "The order covers the setting up of a 2,500 MW HVDC transmission system, split into two units of 1,250 MW each."

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Data from Endata (https://endata.com/). Announcements are summarized from public sources and may be incomplete; check the linked originals.