基于有限状态机的电力实时调度防误控制方法

Error Proof Control Method for Real-time Power Dispatching Based on Finite State Machine

传统的电力实时调度防误控制方法在实际应用过程中难以对电网中状态转移的过程进行模拟和描述,导致在进行实时调度的过程中容易忽略错误信息,影响实际的调度进度。设计一种基于有限状态机的电力实时调度防误控制方法,建立调度防误控制总体架构和基于有限状态机的调度防误模型,最后生成使用电力网络的实时调度防误控制规则,完成基于有限状态机的电力实时调度防误控制方法的设计。算例分析结果表明,在不同的错误调度信息下,与传统调度防误控制方法相比,该设计方法能够精准找出调度信息的错误位置,防误控制性能更好。

It is difficult to simulate and describe the process of state transition in the power grid in the practical application of the traditional error prevention control method for real-time power dispatching,which leads to the easy neglect of error information in the process of real-time dispatching and affects the actual dispatching progress.A fault prevention control method for real-time power dispatching based on finite state machine is designed.The overall architecture of scheduling error prevention control and the scheduling error prevention model based on finite state machine were established.Finally,the real-time dispatching error-proof control rule using the power network was generated,and the design of the real-time power dispatching error-proof control method based on finite state machine was completed.The example analysis results showed that compared with the traditional scheduling error prevention control method,the design method could accurately find out the error location of the scheduling information under different error scheduling information,and the error prevention control performance was better.