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Integration of Hybrid Renewable Energy Using Active Compensation for Distributed Generating System

R.Bharath Kumar, P.Anand

In this paper a new reference generation technique to integrate renewable energy to the grid is proposed. The increase in power demand is met by the renewable energy and distributed generation. The power electronic components are widely used to mitigate the current harmonics, reactive power compensation and regulate load voltages. This converters require a DC link which is supplied from the renewable energy resources (solar and wind). This hybrid renewable energy resources act as the voltage source and they also inject active power generated by the renewable energy resources. In this paper a active compensator is used to compensate the reactive power, reduce harmonic in the source current and injects the active power from the renewable energy resources to the grid. This simulation studies are carried out and analyzed for single phase using MATLAB/ SIMULINK tool