System and method for shifting operation modes of variable flux memory motors

A system for shifting operational modes of variable flux memory motor (VFMM) based on environmental parameters, the system comprising:

• at least one VFMM configured to shift to at least one operational mode of a plurality of operational modes;
• at least one sensor configured to detect at least one environmental parameter;
• and
• a controller configured to:
• shift the at least one operational mode of the at least one VFMM to a target operational mode based on the at least one environmental parameter from the at least one sensor;
• transmit a first command signal to switch magnetization states of a first set of VFMMs corresponding to the target operational mode;
• transmit a second command signal to increase power of a second set of VFMMs to compensate for a change in net power output during switching of the magnetization states of the first set of VFMMs;
• transmit a third command signal to switch magnetization states of the second set of VFMMs corresponding to the target operational mode;
• and
• transmit a fourth command signal to increase power of the first set of VFMMs to compensate for a change in net power output during switching of magnetization states of the second set of VFMMs.

A method for shifting operational mode of Variable Flux Memory Motor (VFMM), the method comprising:

• providing at least one VFMM coupled with a controller configured to operably shift an operational mode of the at least one VFMM based on a signal;
• receiving, by the controller, a set of signals from at least one of one or more interfaces and/or one or more sensors to shift a target operational mode of the at least one VFMM;
• determining, by the controller, a set of magnetization states of each of the least one VFMM corresponding to the target operational mode;
• and
• transmitting, by the controller, a set of command signals to each-VFMM of the at least one VFMM to shift the corresponding operational mode, wherein the step of transmitting comprises:
• transmitting, by the controller, a first command signal to switch magnetization states of a first set of VFMMs corresponding to the target operational mode;
• transmitting, by the controller, a second command signal to increase power of a second set of VFMMs to compensate for a change in net power output during switching of magnetization states of the first set of VFMMs;
• transmitting, by the controller, a third command signal to switch magnetization states of the second set of VFMMs corresponding to the target operational mode;
• and
• transmitting, by the controller, a fourth command signal to increase power of the first set of VFMMs to compensate for a change in net power output during switching of magnetization states of the second set of VFMMs.