HomeConventional energy ›India to Improve Around 6,000 MW of Coal-Based Power Capacity in FY 2020-21: Report

India to Improve Around 6,000 MW of Coal-Based Power Capacity in FY 2020-21: Report

This likely decline in thermal capacity addition is attributed to the decommissioning of nearly 2,000 Mw annually as the plants complete their useful life; the stress in nearly 85 percent of the private under-construction capacity

July 11, 2019. By News Bureau

Coal-based capacity addition in the Indian power sector, which dropped to a low of 3,600 Megawatt in FY 2018-19 is expected to continue restrained in a range between 5,000 Mw and 6,000 Mw in the current fiscal year and the next (2020-21), as per India Ratings and Research.

“This likely decline in thermal capacity addition is attributed to the decommissioning of nearly 2,000 Mw annually as the plants complete their useful life; the stress in nearly 85 per cent of the private under-construction capacity, given the issues with regards to availability of funds, coal, power purchase agreements and evacuation; and decline in fresh project starts across the central, state and private sectors,” the Fitch Group arm believed in a report.

In the five years between 2012-13 and 2016-17, surplus capacity in the thermal power sector had increased to an average of 42 per cent on account of a significant increase in capacity and lower-than-expected growth in power demand. The excess capacity touched a peak of 45 per cent in 2015-16 and then declined subsequently to around 42 per cent last fiscal.

“Power demand is likely to see healthy growth during the period between 2019-20 and 2023-24 and only a part of the incremental demand can be met by existing and upcoming renewable capacities. Considering the absence of any major alternatives to meet the growth in demand, the proportion of excess capacity in the thermal power sector would decline further during this 2019-20 and 2023-24,” the report said.

The slowdown in new thermal capacity addition by the state and central thermal sectors would also support the captivation of the excess thermal capacity over this period.

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