Comparative study of voltage stability analysis for renewable energy grid-connected systems using PSS/E
Fort Lauderdale, FL（2015）
摘要
The voltage stability of large scale renewable energy grid-connected system plays a major role in a power system environment. Nowadays, Integration of large scale wind power may have severe impacts on the power system operation. Stable, reliable and economic operation of the power system under the massive integration of wind power is a big challenge to power system operators. This paper seeks to study the voltage stability problems for the integration of wind power and Photovoltaic (PV) to the IEEE-14 bus network. Modern analytical tools are demonstrated to study voltage stability analysis by using PV analysis and dynamic analysis. Comparative study is developed to present the behavior of voltage stability of the system that employs PV and different types of wind farms. These analyses define the amount of reactive power required to enhance voltage stability. Simulation of 14-IEEE network with integrated renewable energy sources is developed using PSS/E.
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关键词
control engineering computing,photovoltaic power systems,power generation control,power generation economics,power generation reliability,power grids,power system simulation,power system stability,reactive power control,voltage regulators,wind power plants,IEEE-14 bus network,PSS/E,PV analysis,Photovoltaic Integration,dynamic analysis,large scale wind power integration,power system economic operation,power system environment,power system reliability operation,power system stability operation,renewable energy grid-connected systems,voltage stability analysis,PSS/E,PV,contingency analysis,voltage stability,wind farm
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