JSW Energy Secures 1,600 MW PPA, Consolidating Salboni as Key Energy Hub

Executive Summary JSW Energy Ltd, through its subsidiary JSW Thermal Energy Two Limited, has successfully executed a Power Purchase Agreement (PPA) with the West Bengal State Electricity Distribution Company Limited (WBSEDCL). This agreement facilitates the development of a greenfield 1,600 MW thermal power project in Salboni, West Bengal. This move significantly bolsters the company’s thermal portfolio and aligns with its strategic growth roadmap. Project Highlights & Operational Synergies Capacity & Configuration: The project comprises two units of 800 MW each (1,600 MW total) utilizing domestic linkage coal allocated under the SHAKTI B (iv) policy. Timeline: Commissioning is projected within the next six years. Strategic Consolidation: This PPA follows a similar 1,600 MW agreement signed in March 2025. Consequently, the Salboni site will host a total capacity of 3,200 MW, making it JSW Energy’s largest single-location asset. Efficiency: The co-location with the existing unit under construction is expected to drive significant operational synergies and cost efficiencies, leveraging the site's proximity to coal blocks. Management Commentary Mr. Sharad Mahendra, JMD & CEO, emphasized that this expansion reinforces JSW Energy's commitment to India's energy security by providing reliable, affordable power. He highlighted the strategic value of scaling Salboni into a major energy hub, optimizing both logistics and operational overheads. Portfolio Implications & Growth Trajectory Thermal Capacity: The company currently operates 5,658 MW of thermal capacity. With the 3,200 MW under construction at Salboni and an option for 1,800 MW at KSK Mahanadi, total thermal capacity is projected to rise to 10,658 MW. Total Portfolio: JSW Energy’s total locked-in generation capacity now stands at 32.1 GW (13.3 GW operational, 14 GW under construction, and a strong pipeline). Energy Storage: The company maintains a locked-in energy storage capacity of 29.4 GWh.