Power Supply Restoration Nearly Complete in Cyclone-Hit Andhra Pradesh

Special Chief Secretary (Energy) K. Vijayanand announced that power supply restoration works in the cyclone-affected areas of Andhra Pradesh are nearing completion. Over 1,000 specialized teams, comprising more than 11,000 personnel, have been working around the clock to restore the damaged power network in six central coastal districts: Bapatla, Guntur, NTR, Palnadu, Prakasam, and Krishna. The efforts have been bolstered by the assistance of the National and State Disaster Response Forces, who have played a crucial role in the recovery process.

Cyclone Murasu, which struck the coastal regions of Andhra Pradesh, caused extensive damage to infrastructure, particularly the power supply network. The cyclone led to the collapse of numerous electricity poles and significant waterlogging, which hampered restoration efforts. According to Vijayanand, the Extra High Tension (EHT) transmission lines were severely affected, particularly in Prakasam and Bapatla districts, where the damage was most extensive.

The Special Chief Secretary highlighted the challenges faced by restoration teams, including the risk posed by floods and heavy downpours. Despite these obstacles, the teams have made remarkable progress in restoring power to affected areas. "The personnel have risked their lives to ensure that power is restored as quickly as possible," Vijayanand stated during a review meeting at the State Load Dispatch Centre (SLDC) at Vidyut Soudha.

The restoration efforts have been a collaborative endeavor involving various agencies. Officers and field staff from AP-Transco and DISCOMs have been working tirelessly alongside disaster response teams. The coordination between these entities has been crucial in addressing the immediate needs of the affected communities.

Vijayanand commended the dedication of the personnel, stating, "Their commitment and bravery in the face of adversity have been commendable. We are grateful for their service during this challenging time." The review meeting underscored the importance of teamwork and the need for prompt alternative arrangements to supply power in areas where infrastructure was severely damaged.

One of the significant challenges faced by restoration teams was the collapse of electricity poles into ponds and severe waterlogging in various locations. These conditions delayed the erection of new poles and the restoration of power lines. However, Vijayanand assured that prompt alternative arrangements were being made to ensure that power supply was maintained wherever possible.

The situation was particularly dire in Prakasam and Bapatla districts, where extensive damage to the power supply infrastructure was reported. Teams have been working diligently to repair the damaged lines and restore electricity to homes and businesses. "We are making every effort to ensure that power is restored as quickly as possible, and we appreciate the patience of the residents during this time," Vijayanand added.

In light of the extensive damage caused by Cyclone Murasu, the Andhra Pradesh government is now focusing on future preparedness and enhancing the resilience of its power infrastructure. Vijayanand emphasized the need for a comprehensive review of the existing power supply network to identify vulnerabilities and implement necessary upgrades.

"We must learn from this experience and ensure that our infrastructure is better equipped to handle such natural calamities in the future," he stated. The government is considering investments in more robust materials and technologies that can withstand extreme weather conditions, thereby reducing the risk of future outages.

As restoration efforts near completion, the focus will shift towards long-term solutions that enhance the resilience of Andhra Pradesh's power supply infrastructure. The collaborative efforts of various agencies and the dedication of personnel have played a pivotal role in the recovery process. With the lessons learned from Cyclone Murasu, the state aims to build a more robust power network that can withstand future challenges.