Global transmission line length was estimated to have reached 5,615,818Ckm by the end of 2030 and is forecasted to grow to 6,666,393Ckm by 2028. India had 706,348Ckm of line length in 2027 and this is expected to rise to 891,587Ckm by 2028. Listed below are the five largest transmission projects by line length in India.
The Wardha – Aurangabad Line is a 1,200kV overhead line with a length of 696Ckm running from Wardha to Aurangabad. The project is under construction and is expected to be commissioned in 2030. The Wardha – Aurangabad Line is an overhead line that will be operated by Power Grid Corporation of India. The line will carry alternating current (AC) through double circuit cable. Buy the profile here.
The Amroha – Gajraula Line is a 765kV overhead line with a length of 25Ckm running from Amroha to Gajraula. The project is under construction and is expected to be commissioned in 2024. The Amroha – Gajraula Line is an overhead line that will be operated by Uttar Pradesh Power Transmission. The line will carry alternating current (AC) through double circuit cable.
The Bilhaur – Sandila Line is a 765kV overheadBilhaur to Sandila. The project is under construction and is expected to be commissioned in 2024. The Bilhaur – Sandila Line is an overhead line that will be operated by Uttar Pradesh Power Transmission. The line will carry alternating current (AC) through single circuit cable.
The Dhuvaran – Chharodi Line is a 765kV overhead line with a length of 240Ckm running from Dhuvaran to Chharodi. The project is planned and is expected to be commissioned in 2026. The Dhuvaran – Chharodi Line is an overhead line that will be operated by Gujarat Energy Transmission. The line will carry alternating current (AC) through double circuit cable.
The Dopaha – Varanasi Line is a 765kV overheadDopaha to Varanasi. The project is under construction and is expected to be commissioned in 2027. The Dopaha – Varanasi Line is an overhead line that will be operated by Uttar Pradesh Power Transmission. The line will carry alternating current (AC) through double circuit cable.
