The Vizag region is currently experiencing a surge in power consumption, with a 30% increase compared to the same period in 2022. The scorching summer, high humidity, and absence of pre-monsoon showers in April have made it a triple whammy for the people in many parts of the state.

On April 12, power consumption under the Vizag circle went up to nearly 31 million units, with the peak power demand expected to reach over 1,450 MW during peak summer. L Mahendranath, a senior official of AP Eastern Power Distribution Company (APEPDCL) Vizag Circle, confirmed the increase in power consumption and stated that the situation is being monitored closely.

One of the main factors behind the increase in Vizag's power demand is the cooling load, with most consumers using air conditioners from 9 p.m. to 11.50 p.m. Mahendranath noted that this indicates people have already started feeling uncomfortable with the change in weather conditions and that the use of air conditioners will likely increase in the coming days. However, APEPDCL is ready to meet the demand and has been supplying uninterrupted power to consumers. At present, the peak power demand in Vizag Circle is around 1,376 MW.

Unfortunately, the situation may worsen as IMD predicts isolated places in north coastal Andhra Pradesh (NCAP) and Yanam may experience heatwave conditions over the next few days. Earlier this month, IMD also predicted above-normal maximum temperatures for parts of NCAP. The situation is further exacerbated by the fact that most parts of coastal AP did not experience any pre-monsoon showers in April. Although many parts of the state experienced hot weather conditions in February, the above-normal rainfall in March kept temperatures in check.

The surge in power consumption in the Vizag region is a cause for concern, especially with the predicted heatwave conditions. However, APEPDCL is prepared to meet the demand and provide uninterrupted power to consumers, but the situation highlights the importance of conserving energy and using it efficiently during peak summer.