(EN) The invention discloses a power grid fault diagnosis method based on a micro-service architecture and a storage medium, and the method comprises the following steps: 1), a micro-service architecture enterprise console generates power grid inspection task information, and transmits the power grid inspection task information to a PC headquarters; 2) the PC headquarter sends the power grid inspectiontask information to an inspection robot; 3) the inspection robot arrives at a to-be-inspected position of the power grid according to the power grid inspection task information, patrols the power grid, obtains power grid patrol information, analyzes the operation condition of the power grid according to the obtained power grid inspection information, then, sends an analysis result and power gridinspection information to a PC headquarters; the PC headquarter judges whether the power grid breaks down or not according to the analysis result and the power grid inspection information, and when the power grid breaks down, the power grid fault position is synchronously displayed on the GIS map. The method and the storage medium can conduct all-around inspection on the power grid, and meanwhilevisualization of the fault position is achieved.
(ZH) 本发明公开了一种基于微服务架构的电网故障诊断方法及存储介质,包括以下步骤:1)微服务架构企业中台生成电网巡视任务信息,并将所述电网巡视任务信息发送给PC指挥部;2)PC指挥部将所述电网巡视任务信息发送至巡检机器人;3)巡检机器人根据所述电网巡视任务信息到达电网待巡视位置,并对电网进行巡视,得电网巡视信息,然后根据得到的电网巡视信息对电网运行情况进行分析,然后将分析的结果及电网巡视信息发送至PC指挥部,PC指挥部根据分析的结果及电网巡视信息判断电网是否出现故障,当电网出现故障时,则在GIS地图上同步显示电网故障位置,该方法及存储介质能够对电网进行全方位的巡检,同时实现故障位置的可视化。