Electromagnetic Network Model Simulation and Experimental Verification of Controllable Reactor

The centralized access of nonlinear loads such as high proportion of distributed generation makes the power system more complex. To cope with the dramatic power flow changes in the new form of power grid, controllable reactor plays an important role. In order to verify the effectiveness of the electromagnetic network model in the parameter calculation of high voltage and large capacity controllable reactor, this paper takes a 10kV single-phase MSCR engineering prototype as the analysis object, establishes its nonlinear electromagnetic network model, and applies it to the calculation of the working current of the controllable reactor. Finally, the validity and practicability of the electromagnetic network model are illustrated from the aspects of calculation accuracy and calculation time by finite element method and experimental measurement.