The disclosure relates to an energy management system (111) and method for electric vehicles. The energy management system (111) includes a control unit operatively connected to multiple motor-generators (102a-102n) and energy storage devices (108a-108n). The control unit is configured to harvest power generated by ...

A system and method for improving starting characteristics of a single-phase induction motor are provided. The system comprises a parameter detection unit, a decision logic unit, and a flux control unit. The parameter detection unit monitors at least one electrical parameter and the load of the motor. The decision l...

A system (100) for managing power generation and charging in multiple energy storage devices (104) is disclosed. The system (100) includes a monitoring unit (106) that identifies energy requirements of the devices and an energy charging unit (108) that controls the energy flow by implementing a predefined cyclic ene...

Aspects of the present disclosure relate to systems and methods for real-time adaptive control and continuous energy recovery in an electric motor. The electric motor includes a main winding and one or more auxiliary windings in a stator of the electric motor. The system includes an adaptive control unit configured ...

Aspects of the present disclosure relate to systems and methods for real-time adaptive control and continuous energy recovery in an electric motor. The electric motor includes a main winding and one or more auxiliary windings in a stator of the electric motor. The system includes an adaptive control unit configured ...

Aspects of the present disclosure relate to systems and methods for real-time flux control and predictive performance optimization in electric motors. A real-time data integration platform (RDIP) collects and processes real-time data from a plurality of sources (e.g., sensors) and generates fused data. A predictive ...