Robust adaptive H-infinity based controller for islanded microgrid supplying non-linear and unbalanced loads - Sedhom, Bishoy E; Hatata, Ahmed Y; El-Saadawi, Magdi M; Abd-Raboh, El-Hosaini E (IET Smart Grid, 2019)
Keywords: Adaptive control; Adaptive systems; B8110C Power system control; B8120K Distributed power generation; C1310 Control system analysis and synthesis methods; C1320 Stability in control theory; C1330 Optimal control; C1340E Self‐adjusting control systems; C3110B Voltage control; C3110D Current control; C3110G Frequency control; C3340H Control of electric power systems; C7410B Power engineering computing; C7420 Control engineering computing; Communication; control engineering computing; Control methods; control system synthesis; Controllers; current error tracking; Distributed generation; distributed power generation; droop control loop; droop control method; Effectiveness; electric current control; Electric potential; fault clearance; frequency control; frequency regulation; Frequency variation; H-infinity controller; Infinity; Internal model principle; islanded microgrid; Load fluctuation; Matlab; nonlinear loads; off-grid mode; power distribution control; power engineering computing; power grids; power system stability; Repetitive control; repetitive control method; Research Article; robust adaptive H-infinity based controller; Robust control; Root locus; Simulink; Stability analysis; Step response; system load variation; system stability analysis; system step response; system voltage; Systems stability; Tracking control; unbalanced loads; Voltage; voltage control; voltage tracking; power distribution control; fault clearance; distributed power generation; Simulink; electric current control; repetitive control method; system step response; droop control loop; system load variation; system stability analysis; droop control method; robust adaptive H-infinity based controller; robust control; power grids; system voltage; control engineering computing; islanded microgrid; voltage tracking; power system stability; off-grid mode; control system synthesis; adaptive control; frequency control; unbalanced loads; current error tracking; frequency regulation; power engineering computing; root locus; internal model principle; H-infinity controller; nonlinear loads; voltage control; Matlab