Reactive Power Compensators in Large Wind Farms to Improve Performance

PROJECT TITLE :

Applying Reactive Power Compensators to Large Wind Farms to improve

ABSTRACT:

With the advancement of wind power production technology, investment in wind farm building has increased, and the effects of parallel connections to the electric power transmission grid have become increasingly crucial. Researchers are trying to figure out how voltage-ampere reactive (VAR) compensators might improve the stability of regional power transmission systems with wind farms. The placement and capacity of these VAR compensators are determined by conducting a voltage stability analysis in conjunction with appropriate search methods. Additionally, the Taiwan Power Company (Taipowereastern )'s regional electric Power System is simulated using the Electrical Transient Analysis Program (ETAP) and Matrix Laboratory (MATLAB) and Power System Analysis Toolbox (PSAT) software. STATCOM and SVC have been shown to effectively improve the dynamic characteristics of a system under fault interference, which can serve as a reference and application for the planning of VAR compensators and wind power integration analyses.

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