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India’s 600 MW Wind Auction Complete: SJVN Announces Winners and Tariffs

SJVN Limited awards 600 MW ISTS-connected wind power projects to KPI Green, Urdhvaga, Adyant, and Lambent Energy at competitive tariffs. Projects include transmission and weather stations.
India’s 600 MW Wind Auction Complete: SJVN Announces Winners and Tariffs

New Delhi, 6 March 2026: SJVN Limited has concluded its 600 MW inter-state transmission system (ISTS)-connected wind power auction, awarding capacities to multiple developers under competitive tariffs.

Auction Results

  • KPI Green Energy: 300 MW at Rs. 3.64 per kWh

  • Urdhvaga: 120 MW at Rs. 3.64 per kWh

  • Adyant: 110 MW at Rs. 3.64 per kWh

  • Lambent Energy: 70 MW at Rs. 3.65 per kWh (under the bucket-filling allocation method)

The auction allows selected developers to establish wind power projects while developing necessary transmission infrastructure up to the interconnection or delivery point. Additionally, the projects include the installation and maintenance of GPS-enabled automatic weather stations to enhance performance monitoring and operational efficiency.

 

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Background

The tender for the 600 MW ISTS-connected wind capacity was floated in September 2025 as part of India’s ongoing push toward renewable energy expansion and grid integration. By linking these wind projects to the inter-state transmission system, SJVN aims to improve power availability, reliability, and renewable energy penetration in the national grid.

The auction results reflect a strong competitive response from developers and demonstrate continued investor confidence in India’s renewable energy sector.

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Significance

  • Strengthens India’s wind energy capacity and renewable energy mix

  • Encourages deployment of advanced weather monitoring technology

  • Supports national goals under the National Electricity Plan and renewable energy targets

SJVN’s successful wind power auction aligns with India’s strategy to enhance clean energy generation and accelerate the transition to a sustainable energy future.

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