Development of power quality analysis platform for INER Microgrid
Power and Energy Society General Meeting（2013）
Abstract
The deployment of ac microgrids including distributed energy resources (DERs) can reduce the investment cost of building new fossil-fuel based power plants, facilitate the carbon-oxide reduction, provide reactive power compensation and frequency regulation, and enhance the system stability. However, some undesired effects such as imbalance, voltage fluctuation, and harmonics accompanied with the operations of DERs and nonlinear loads may affect the power quality (PQ) within the microgrid system. It is thus crucial to maintain the power quality within the microgrid to a satisfactory level. This paper presents the development of a graphical user interface-based analysis platform to monitor the power quality of the INER AC microgrid.
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Key words
distributed power generation,graphical user interfaces,power engineering computing,power supply quality,power system measurement,reactive power,smart power grids,der,iner ac microgrid,ac microgrids deployment,carbon-oxide reduction,distributed energy resources,fossil-fuel based power plants,frequency regulation,graphical user interface-based analysis platform,harmonics,investment cost reduction,nonlinear loads,power quality analysis platform,power quality monitoring,reactive power compensation,stability,voltage fluctuation,ac microgrid,flicker,harmonic,power quality,harmonic analysis
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