Development of 1200 KV Transmission System in India
V. Ramakrishna, Subir Sen
Abstract
V. Ramakrishna, Subir Sen
Abstract
The Indian power system is developing at an accelerated pace and it is anticipated that peak demand shall increase to over 400 GW by 2022 and beyond for which total installed generation capacity of about 500 GW is envisaged. To optimally utilize the unevenly distributed energy resources and taking into account severe right of way issues, transfer of bulk power over long distance is required. Towards this, National Grid interconnecting all the five(5) regional electrical grids comprising high capacity 400 kV/765 kV AC and ±500 kV HVDC system has been established. Today, National Grid with inter-regional capacity of about 17,000 MW is in place. Further, central grid comprising of the Northern, Western, Eastern and North-eastern Regions is operating as a single synchronous grid of 105 GW capacity and asynchronously connected to the Southern region of about 40 GW. To meet the growing power demand of various regions power transfer capacity of the inter-regional links are being enhanced continuously.
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The Indian power system is developing at an accelerated pace and it is anticipated that peak demand shall increase to over 400 GW by 2022 and beyond for which total installed generation capacity of about 500 GW is envisaged. To optimally utilize the unevenly distributed energy resources and taking into account severe right of way issues, transfer of bulk power over long distance is required. Towards this, National Grid interconnecting all the five(5) regional electrical grids comprising high capacity 400 kV/765 kV AC and ±500 kV HVDC system has been established. Today, National Grid with inter-regional capacity of about 17,000 MW is in place. Further, central grid comprising of the Northern, Western, Eastern and North-eastern Regions is operating as a single synchronous grid of 105 GW capacity and asynchronously connected to the Southern region of about 40 GW. To meet the growing power demand of various regions power transfer capacity of the inter-regional links are being enhanced continuously.
Key concepts: Grid, Pace, Electric power system, Nameplate capacity, Electric power transmission, Transfer (computing), Regional power, Transmission (telecommunications)