Competitive Outcomes of GUVNL’s 500 MW Phase II Hybrid Auction: KPI Green, Juniper, Hinduja, JSW Winners

0
439
Representational image. Credit: Canva

The Gujarat Urja Vikas Nigam Limited (GUVNL) recently conducted an auction for its 500 MW Phase II Hybrid (Wind-Solar) project. The auction results highlighted several key players in the renewable energy sector, each winning a portion of the project with varying tariffs per unit of electricity (โ‚น/kWh).

  1. KPI Green Energy emerged as one of the winners, securing a capacity of 50 MW with a tariff rate of โ‚น3.33 per kWh. This company specializes in solar power projects and has been expanding its portfolio in hybrid energy solutions.
  2. Juniper Green won a significant share of the project, with a capacity of 120 MW at a tariff rate of โ‚น3.34 per kWh. Juniper Green is known for its investments in renewable energy projects and this auction win bolsters its presence in the hybrid energy sector.
  3. JSW Energy stood out by securing the largest capacity in the auction, winning 180 MW with a tariff rate of โ‚น3.39 per kWh. Initially, JSW Energy had bid for 200 MW but ended up with 180 MW. The company is a major player in the Indian energy market, focusing on expanding its renewable energy footprint.
  4. Hinduja Renewable also made a significant impact by securing 150 MW at the same tariff rate as JSW Energy, โ‚น3.39 per kWh. Hinduja Renewable has been actively involved in various renewable projects, and this win further solidifies its position in the market.

These results from the GUVNL auction indicate a competitive landscape in the hybrid renewable energy sector, with companies striving to secure projects at competitive tariffs. The awarded capacities and tariff rates reflect the companies’ commitment to expanding their renewable energy portfolios and contributing to India’s sustainable energy goals.

Also Read  India Launches First-Ever R&D Roadmap for Carbon Capture to Support Net Zero Goals

Discover more from SolarQuarter

Subscribe to get the latest posts sent to your email.

Leave a Reply

This site uses Akismet to reduce spam. Learn how your comment data is processed.