Power Grid notification and project scope

GE Vernova T&D India announced on September 7, 2026, that Power Grid Corporation of India issued a letter naming the company as the L1 bidder for the design and establishment of a 6,000 MW, ±800 kV High Voltage Direct Current (HVDC) Line Commutated Converter (LCC) terminal station configured as 2x3,000 MW modules. The terminal station is intended to evacuate renewable power from Barmer II to South Kalamb. The Business Standard report identifies GE Vernova T&D India as the bidder named in the notification, and Capital Market's separate corporate-news entry repeats the same scope, capacity and corridor.
Bid status and what an L1 designation covers
Both reports characterize the outcome as an L1 bid, indicating that GE Vernova T&D India was the lowest-priced qualified bidder in the tender. The publicly reported text does not disclose the bid value, the contract award date, or the construction timeline; it states only that Power Grid has intimated the bidder status to the company. Capital Market's filing adds no additional commercial terms beyond those in the Business Standard write-up.
Corridor purpose and technology choice
The 6,000 MW, 800 kV HVDC LCC configuration is described as a means of transmitting renewable energy between Barmer II and South Kalamb. The source material does not include further technical detail on converter stations, electrode layout, or expected commissioning milestones beyond the 2x3,000 MW module framing.
Other developments
Separately, GE Vernova Inc. was reported on the same day to have agreed to acquire the remaining 50% of Mexican joint venture Prolec GE for $5.3 billion in cash and debt at closing, a transaction expected to complete in mid-2026 subject to regulatory approvals and tied to GE Vernova's grid-equipment strategy. The Prolec reporting does not reference the Indian HVDC terminal station bid, and the HVDC bid reports do not reference the Prolec transaction; no causal link between the two is established in the supplied evidence.
Share this article






