India’s electricity demand has touched an all-time high over the past four days as scorching temperatures continue to grip several parts of the country. The Union Ministry of Power said the country recorded a peak daytime electricity demand of 270.82 gigawatts on Thursday, the highest ever in India’s history.
According to the ministry, the continuous rise in temperatures has significantly increased the use of cooling appliances such as air conditioners, coolers and fans, leading to an unprecedented surge in power consumption across states.
The ministry noted that the country’s peak daytime demand crossed 265 gigawatts on Wednesday, while it remained above 260 gigawatts on Tuesday and over 257 gigawatts on Monday. Officials said the peak demand period generally occurs between 2 pm and 4 pm, when temperatures remain at their highest during the day.
Despite the sharp rise in consumption, the government asserted that it is fully prepared to meet the growing electricity requirement during the ongoing summer season. The Ministry of Power said adequate arrangements have been made to ensure uninterrupted power supply across the country, including sufficient coal stocks and enhanced coordination among power generation and distribution agencies.
The government also appealed to citizens to use electricity responsibly and avoid unnecessary wastage. Consumers have been advised to adopt energy-efficient practices, particularly during peak hours, to help maintain grid stability and ensure availability of power for all.
The latest record highlights the growing pressure on India’s power infrastructure during extreme weather conditions. Experts believe that rising urbanisation, increasing temperatures and expanding access to cooling appliances are contributing to the steady rise in electricity demand every summer.
India has witnessed a consistent increase in power consumption in recent years, reflecting both economic growth and rising household energy needs. The government has been focusing on expanding generation capacity, strengthening transmission networks and boosting renewable energy production to meet future demand effectively.
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