Gauss–Newton-based fast and simple recursive algorithm for compensation using shunt active power filter - Chittora, Prakash; Singh, Alka; Singh, Madhusudan (IET generation, transmission & distribution, 2017)
Keywords: active filters; compensation; control circuits; digital signal processor; dspace 1104; fast MRGN control technique; gating circuits; harmonic problem; linear loads; load unbalancing; Matlab‐Simulink environment; modified recursive Gauss‐Newton algorithm; MRGN algorithm; neutral current problem; Newton method; nonlinear loads; power distribution; power factor; power harmonic filters; power quality problems; power supply quality; PQ problems; Research Article; SAPF; sensors; shunt active power filter; three‐phase four‐wire distribution systems; power harmonic filters; digital signal processor; shunt active power filter; neutral current problem; Newton method; SAPF; gating circuits; MRGN algorithm; fast MRGN control technique; Matlab-Simulink environment; three-phase four-wire distribution systems; harmonic problem; power factor; active filters; power supply quality; dspace 1104; power quality problems; modified recursive Gauss-Newton algorithm; sensors; load unbalancing; linear loads; control circuits; power distribution; compensation; nonlinear loads; PQ problems