A scene-adaptive intelligent circuit breaker cascade control platform

Abstract

The application discloses a scene self-adaptive intelligent circuit breaker cascade control platform, and relates to the related field of emergency protection circuit devices, which comprises the following steps: searching and calling the service record of an intelligent circuit breaker, performing hierarchical clustering and logical fuzzification, and determining a control response logic; configuring a parallel microprocessor, combining a host coordinator, and building an intelligent control unit; monitoring and reading dynamic circuit data of the intelligent circuit breaker, performing data verification and compensation based on a confidence interval, determining effective circuit data, combining the intelligent control unit, performing microprocessor matching and decision-making, performing strategy defuzzification, and determining a pre-control strategy; and controlling and managing the intelligent circuit breaker, with the pre-control strategy responding to a cascade controller, wherein the cascade controller comprises a control outer ring and a control inner ring. The application solves the technical problem that the control strategy of the circuit breaker in the prior art is difficult to adapt to complex and changeable power environments and cannot match the requirements of modern power systems on safety, reliability and high efficiency.