复杂环境下智能变电站设备多维度管控方法研究

Research on multi-dimensional management and control method of intelligent substation equipment in complex environment

为了提高智能变电站设备的输出可靠性和稳定性,提出复杂环境下智能变电站设备多维度管控方法。分析复杂环境下智能变电站设备多维度管控的参数特征,建立信息物理主动配电约束方案下的智能变电站设备多维度管控的信息参数解析模型,实现对智能变电站设备多维度管控的过程约束和参数耦合控制,提取智能变电站设备多维度管控的信息特征量,结合综合能源系统韧性耦合调度模型,实现对复杂环境下智能变电站设备多维度管控。仿真结果表明,采用该方法的自适应性和鲁棒性较好,提高了智能变电站设备的输出可靠性和稳定性。

In order to improve the output reliability and stability of intelligent substation equipment,a multi-dimensional control method of intelligent substation equipment in complex environment is proposed.This paper analyzes the parameter characteristics of multi-dimensional management and control of intelligent substation equipment in complex environment,and establishes the information parameter analysis model of multi-dimensional management and control of intelligent substation equipment under the active distribution constraint scheme of Information Physics.This could realize the process constraint and parameter coupling control of multi-dimensional management and control of intelligent substation equipment,and extract the information characteristic quantity of multi-dimensional management and control of intelligent substation equipment.Combined with the comprehensive control,the energy system flexible coupling scheduling model realizes multi-dimensional management and control of intelligent substation equipment in complex environment.The simulation results show that the method has good adaptability and robustness,and improves the output reliability and stability of intelligent substation equipment.