India Proposes Transmission Charge Relief to Support Delayed Renewable Energy Projects

India has proposed new regulatory measures to provide transmission charge relief for renewable energy projects delayed due to factors beyond developers' control, aiming to accelerate the country's clean energy transition.

The draft proposal, issued by the Central Electricity Regulatory Commission (CERC), seeks to address challenges faced by solar, wind, and hybrid power projects that have experienced commissioning delays because the required transmission infrastructure was not completed on schedule.

Under the proposed framework, eligible renewable energy projects could continue receiving waivers on interstate transmission system (ISTS) charges even if project completion is delayed, provided the delays are linked to transmission network readiness rather than developer performance. The move is intended to reduce financial burdens on project developers and prevent viable renewable projects from becoming commercially unviable due to circumstances outside their control.

The proposal supports India's broader objective of rapidly expanding renewable energy capacity while strengthening grid connectivity. By easing regulatory and financial constraints, the measure is expected to improve project viability, encourage continued private sector investment, and help ensure that clean energy projects are commissioned without unnecessary cost increases.

The draft regulations have been released for stakeholder consultation before a final decision is made. If adopted, the reforms could accelerate renewable energy deployment, enhance investor confidence, and support India's long-term clean energy and decarbonization goals while improving the efficiency of the national power transmission network.

Transmission-charge relief targets one of the specific frictions holding up India's renewable pipeline, and it changes IRR calculations for both stalled and new projects. Our energy-transition and responsible-investment teams help clients rethink pipeline economics under evolving grid-charge structures.