Electric system architecture with a permanent magnet generator and interleaved active rectifiers

A system for electric power generation, the system comprising:

• a permanent magnet generator (PMG);
• a rectification stage operably coupled to the PMG;
• a position sensor coupled to the PMG;
• a controller operably coupled to the rectification stage, wherein the controller further comprises:
• a voltage regulator configured to receive a voltage reference and an output voltage of the system;
• a current regulator in communication with the voltage regulator;
• a selective harmonic compensator comprising a current harmonic selector, wherein the selective harmonic compensator is configured to produce a compensation signal for a selected harmonic, wherein the compensation signal includes a first alpha component and a second beta component that are provided to a first summer and a second summer, respectively, at the input of the PWM.