Hyd Consumes Nearly Half of T'gana's Electricity

As temperatures in Hyderabad soar to unprecedented levels, the city is now responsible for an astonishing 45% of Telangana's electricity consumption. Official records from the Telangana Southern Power Distribution Company Limited (TGSPDCL) reveal that the daily average power demand has reached approximately 10,000 megawatts (MW), with Greater Hyderabad alone accounting for around 4,300 MW. Forecasts indicate this figure could escalate to 5,500 MW in the coming weeks as the mercury is expected to rise further, pushing average temperatures between 43 and 46 degrees Celsius across the state, with several districts already under a 'red alert' due to extreme heat conditions.

The relentless heat wave has been exacerbated by a combination of factors. Besides the rising temperatures, the ongoing LPG crisis has prompted residents to rely more heavily on electric appliances, contributing to increased power demand. Additionally, the burgeoning electric vehicle market in the city is further straining the already stretched power grid. Notably, Hyderabad recorded its peak power demand on April 17, when consumption hit 4,683 MW, surpassing the previous high of 4,352 MW set last May. This relentless growth in demand underscores the challenges facing the power infrastructure as the city continues to urbanize rapidly.

Within Greater Hyderabad, the distribution of power consumption reveals significant disparities. Approximately 25% of the power is consumed in the tech-centric cyber city circle, which covers the high-density zones of Gachibowli, Kondapur, and Madhapur, known for their concentration of IT offices and gated communities. Meanwhile, the Rajendranagar and Medchal circles contribute an additional 30% to overall consumption, driven by a mix of industrial activity and burgeoning residential developments. A senior official from the energy department has noted that as new colonies emerge, Greater Hyderabad's energy demands could see an alarming increase of over 1,000 MW as early as next year, primarily fueled by the expanding usage of air conditioning units and the rising adoption of electric vehicles.

In response to the mounting demand, TGSPDCL has taken proactive measures to ensure grid stability, with preparations in place to accommodate potential peaks of 5,500 MW. N Narasimhulu, the director of operations at TGSPDCL, confirmed that around 5,000 distribution transformers are prepared for immediate replacement in the event of overloads. Furthermore, to enhance the capacity of its infrastructure, older 500 kVA transformers are being replaced with 1,000 MVA units, while high-capacity power transformers are being deployed in strategically important substations throughout the city. Despite this surge in local demand, officials noted a decline in the overall electricity needs of the state, as the conclusion of the Rabi harvesting season has led to a dip in average demand to between 9,000 and 10,000 MW, a marked decrease from the peaks seen during the agricultural active months.