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The use of nonlinear loads and power electronics switches are increasing day by day and causing so many problems like, harmonics pollution, reactive power demand, low power factor etc. These problems are mitigated through Shunt Active Power Filter (SAPF) but the system robustness is depending on the control algorithm. In this article the Modified P-Q theory is implemented to mitigate power quality...
The pressure on the utilities to drive a greater extent of their power from renewable energy is increasing globally. The increase in load is also compelling the utilities to include Renewable Energy Sources (RES) into the system. With the increasing threats to the environment from the energy production by the extensive use of fossil fuels has left us with the consideration of RES as the only possible...
Recently the power productions by PV source are growing fast & affect the electric power generation market in the way of power prices. But it is very challenging to integrate with distribution system because it directly affects the power quality in a distribution system. This paper present an active power component theory based shunt active power filter (SAPF) to integrate the PV source at Micro-Grid...
In this paper, the active power component theory (APCT) has used for control shunt active power filter for harmonics, reactive power and nonlinear load compensation. The compensation technique is based on active currents or voltage signals compensation in the time domain because time domain response is quick, easy implementation and lower computational load compared to the frequency domain. Several...
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