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- Journal Article1,448
- IET electric power applications [remove]1,448
- 621.305 1,448
- Electric power -- Periodicals 1,448
- Electric power systems -- Periodicals 1,448
- (B0230) Integral transforms -- (B8310D) Synchronous machines -- (B8510) Drives -- (C1130) Integral transforms -- (C3120C) Spatial variables control -- (C3120E) Velocity, acceleration and rotation control -- (C3340H) Control of electric power systems -- (C5135) Digital signal processing chips -- (B1265G) Digital signal processing chips 1
- (B8110C) Power system control -- (B8210) Energy resources -- (B8245) Wind power plants -- (B8310E) Asynchronous machines -- (B8360) Power convertors and power supplies to apparatus -- (C3340H) Control of electric power systems 1
- 12/14 bearingless switched reluctance motor -- double winding -- bias winding -- control winding -- suspending pole -- levitation force -- stator torque pole -- equivalent magnetic circuit -- finite element analysis -- self‐starting characteristic -- coupling characteristic 1
- 15‐phase induction motors -- ship propulsion system -- electric propulsion -- multiphase machines -- reduced torque ripple -- power density -- tandem ship propulsion configuration -- 15‐phase induction machines -- field‐oriented control -- reconfiguration fault‐tolerant control -- single 15‐phase IM -- master‐slave coordinated control strategy -- power allocation -- total stator copper loss minimization -- propulsion output power maximization 1
- 19 VVs -- three‐level conventional MPCC -- reduced VVs -- computational time -- developed torque -- stator current -- presented control method -- efficient model predictive control -- three‐level open‐end -- permanent‐magnet synchronous motor drive -- model predictive current control -- classical cost function -- three‐level inversion‐fed open‐end winding PMSM -- lesser torque -- stator flux ripples -- computation time -- control variables -- three‐level inversion‐fed OEW‐PMSM -- maximum four voltage vectors 1
- 2D analytical model -- heteropolar active magnetic bearings -- air gap regions -- slot‐openings regions -- flux density vector tangential components -- flux density vector radial components -- magnetic local traction -- magnetic forces -- finite element method 1
- 2D finite element modelling -- axial flux permanent magnet disc machines -- three‐dimensional FE modelling -- AFPM motors -- 3D FE analyses 1