Tata Power Completes Ultra High-Voltage Transmission Network Project in Uttar Pradesh, India
2026-03-26 13:41
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en.Wedoany.com Report on Mar 26th, Carbon CaptureTata Power has successfully completed its ultra high-voltage transmission network project in Uttar Pradesh, India. This project, implemented by the South East Uttar Pradesh Power Transmission Company Limited (SEUPPTCL), saw the commissioning of the latest 400 kV Tanda-Gonda and Gonda-Basti double-circuit lines, with a total length of 154 circuit kilometers, marking the full completion of all transmission lines.

The SEUPPTCL project was jointly developed by Tata Power, ICICI Bank, and global investors through Resurgent Power Ventures Pte. Limited to alleviate stress in the power sector assets. Upon completion, the project has established a robust transmission network in Uttar Pradesh, comprising three 765 kV lines, fourteen 400 kV lines, and three 765/400 kV substations, with a total transformation capacity of 3,460 MVA, contributing to improved power handling and distribution efficiency in the region.

This ultra high-voltage transmission network project involved large-scale construction, utilizing over 45,000 metric tons of tower steel and 8,600 kilometers of conductor. The construction traversed 139 critical locations, such as railways, rivers, and highways. The project placed special emphasis on environmental compliance, ensuring all work in forest areas adhered to relevant regulations. Key lines like the Mainpuri-Bara and Mainpuri-Unnao 765 kV corridors are designed to evacuate over 4,000 MW of thermal power generation, which is expected to enhance power supply reliability and grid system stability.

With the completion of these seventeen transmission corridors, Tata Power's operational transmission network has expanded to 5,466 circuit kilometers, with an additional 1,863 circuit kilometers currently under construction, demonstrating the company's ongoing growth in the transmission sector. As part of the Tata Group, Tata Power manages a diversified power portfolio of 16.3 GW, of which approximately 46% comes from clean energy sources, reflecting its commitment to sustainable power development.

The completion of the SEUPPTCL project represents a significant advancement in India's efforts to strengthen its high-voltage transmission infrastructure. It is expected to support the growing electricity demand, improve grid stability, and foster broader economic activities.

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