Dual PMG Start Control Using Sensorless Rotor Position Detection

The patent replaces the mechanical resolver system with an electrical field-based sensing system. The sensorless control system uses electrical signals and mathematical algorithms to determine rotor position without mechanical moving parts, thereby eliminating the mechanical failures inherent in traditional resolvers while maintaining position sensing accuracy

The patent introduces an intermediary sensorless control system that acts as a mediator between the motor and the control unit. This intermediary system processes electrical signals and computes rotor position information without direct mechanical contact, improving reliability while preserving measurement precision

The patent employs cost-effective electrical sensing components and algorithms that replace expensive mechanical resolvers. The sensorless control system uses standard electrical sensors and computational methods that are significantly cheaper than traditional resolver assemblies, reducing overall system cost while maintaining positioning accuracy

By substituting the expensive mechanical resolver system with an electrical field-based sensorless control system, the patent eliminates the need for costly mechanical components, thereby reducing manufacturing costs while preserving the ability to accurately determine rotor position

The patent replaces heavy mechanical resolver components with lightweight electrical sensing elements and computational algorithms. This substitution eliminates the need for mechanical moving parts, sensors, and associated mounting structures, significantly reducing system weight while maintaining rotor position sensing accuracy

The patent extracts and removes the heavy mechanical resolver components from the system, retaining only the essential electrical sensing and computational functions. This extraction eliminates unnecessary weight while preserving the core functionality of accurate rotor position determination