Analysis and design of a three phase sliding mode controller for a shunt active power filter
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In this paper a three-phase sliding mode controller for a shunt active power filter is presented; analysis, design, simulation and experimental results are included. The sliding mode controller proposed is a three phase controller that considers the overall system, and the loop to regulate the capacitor voltage is added to the sliding mode control strategy. The instantaneous reactive power theory is used to generate the references.
Capacitors; Computer simulation; Control system analysis; Control system synthesis; Differential equations; Electric network analysis; Mathematical models; Nonlinear control systems; Reactive power; Voltage control; Kirchoff law; Reactive power theory; Shunt active power filters; Three phase sliding mode controller; Active filters