Inverter Mode Switching Adaptation for Voltage Overshoot

The patent applies preliminary action by performing an adaptation process before the actual mode switching occurs. The controller determines voltage and current values for the current operating mode, then carries out an adaptation process to adjust these values for the target operating mode. This preparatory adjustment of voltage and current parameters prevents transient voltage increases and phase overcurrents when switching from clocked mode to freewheeling or short-circuit mode, while still achieving fast switching within milliseconds.

The patent applies dynamics by enabling the inverter to dynamically switch between different operating modes (clocked, freewheeling, and short-circuit modes) based on real-time operational requirements. The controller can quickly transition between modes that generate torque and modes that ensure safety, optimizing both productivity and reliability. The adaptation process ensures smooth transitions while maintaining the ability to generate torque when needed and ensuring safety when required.

The patent applies parameter changes by adjusting voltage and current parameters during the adaptation process. The controller determines the voltage and current values for the current operating mode, then modifies these parameters to match the target operating mode requirements. This controlled parameter adjustment ensures stable transitions between operating modes while keeping the adaptation process brief, achieving both operational stability and acceptable switching time within milliseconds.