Control method for parallel power generation of multiple switched reluctance generators

The invention discloses a control method for parallel power generation of multiple switched reluctance generators, and is suitable for the technical field of switched reluctance generator control. In the initial stage of parallel operation of a plurality of generators or when loads are suddenly loaded and unloaded, firstly, stable operation of each switched reluctance generator is realized through a maximum value current sharing method based on a feedback type two-degree-of-freedom PID, and load current during stable operation of a system is obtained, so that data support is provided for optimization of system efficiency. After the power generation system operates stably, each generator adopts a non-current-sharing control mode, a differential evolution algorithm is used for solving an unconditional extreme value problem taking system efficiency as a target, an optimal solution (current values needing to be output by each generator) is obtained, and output current of each generator is redistributed. According