Performance Step-up of Nuclear Greater Power Grid by HVAC-3HVDC Line
DOI:
https://doi.org/10.37591/.v9i1.1677Abstract
This research work is done for performance step-up of nuclear greater power by HVAC-3HVDC line when load disturbance occurs in power grid-1. Three types of tie lines, HVAC-3HVDC, HVAC-2HVDC and HVAC-1HVDC parallel tie lines are applied for performance step-up of 12-area two interconnected nuclear greater power grids. For synchronizing purpose of nuclear greater power grid, this research work proves that HVAC-3HVDC parallel tie line is better as compared to the HVAC-2HVDC and HVAC-1HVDC parallel tie line. This project work also proves the HVAC-2HVDC parallel tie line is better as compared to the HVAC-1HVDC parallel tie line. Quality of all three types of tie line is judged by the frequency deviation of 12-area two interconnected nuclear greater power grid when load disturbance occurs in power grid-1. The major advantage of this research work is the performance of nuclear greater power grid is stepped-up by HVAC-3HVDC line without any high-tech controller.
Keywords: Nuclear greater power grid, HVAC-3HVDC parallel tie-line, HVAC-2HVDC parallel tie-line, HVAC-1HVDC parallel tie-line, HVAC (High Voltage Alternating Current), HVDC (High Voltage Direct Current), traditional integral controller
Cite this Article
Pankaj Kumar Sahu. Performance Step-up of Nuclear Greater Power Grid by HVAC-3HVDC Line. Journal of Power Electronics & Power Systems. 2019; 9(1): 1–14p.
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