India’s Power Demand Hits Unprecedented 270.82 GW as Severe Heatwave Drives Consumption Surge
India’s electricity demand has surged to a record 270.82 GW for the fourth consecutive day amid an intense heatwave affecting multiple regions, including New Delhi. Driven by increased cooling usage, demand has exceeded projections even before the peak summer heat phase, raising concerns over continued pressure on the national power grid and future consumption trends.
On Thursday, 21 May, the country’s peak electricity demand reached an all-time high of 270.82 gigawatts at 3:45 PM, marking the fourth straight day of record demand. The power requirement has consistently risen alongside escalating mercury levels, placing unprecedented pressure on the national electricity grid.
A day earlier, on Wednesday, 20 May, peak demand stood at 265.44 gigawatts, also a historic high at the time. The Ministry of Power confirmed the development in an official post on the social media platform X, stating that Thursday marked the fourth consecutive day of record peak demand and that the system successfully met the requirement despite the extreme load conditions.
Officials had earlier projected that peak electricity demand during the summer season could reach up to 270 gigawatts. However, this threshold was surpassed on Thursday, even before the onset of the peak summer heat phase traditionally associated with the nine-day extreme heat period that occurs in late May and early June.
This period is characterized by severe temperature spikes linked to the Sun’s transition into the Rohini lunar constellation phase, which typically intensifies heatwave conditions across several regions of the country. With this climatic phase yet to fully begin, energy experts anticipate that electricity demand may rise even further in the coming days.
Authorities and energy planners are closely monitoring the situation as both consumption and peak load levels are expected to test the resilience of the national power infrastructure amid sustained extreme weather conditions.

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