基于多线式智慧移动指挥的配网调度管理体系研究

Research on Distribution Network Scheduling and Management System Based on Multi-Line Intelligent Mobile Command

随着配网规模增大,设备数量增多,配网调控和运维人员高峰时业务承载力不足、现场等待时间长、调控移动应用开发不足、内网移动终端便利性不够、配网信息支撑不足以及参与业务流转效率低等问题日益突出。文章以提高调控信息的实时感知、提升调控运行安全可靠为目标,统筹调度管理系统、网络下令指挥平台和“i配调”3大应用系统,建立配网调度指挥至现场运维支撑的2级网络快速响应机制,打造基于多线式智慧移动指挥的配网调度管理体系,旨在从调度操作智能化、带电作业平台化、设备检修网络化、定值管理可视化、故障传递多元化和调控信息共享化6大方面,实现配网调控业务联系由传统“内网+电话”到“移动+可视”交互的转变,解决配网调度管理突出问题,提高配网调控业务处理效率和协作能力,提升配网运行管控精益化水平。

With the expansion of the distribution network scale and the increase in the number of devices,issues such as inadequate capacity to handle peak business loads,long waiting times at field sites,insufficient development of mobile control applications,lack of convenience for internal network mobile terminals,inadequate support for distribution network information,and low efficiency in participating in business flow have become increasingly prominent.This paper aims to improve real-time perception of control information and enhance the safety and reliability of control operations.It proposes a two-tier network rapid response mechanism that integrates the dispatch management system,network command platform,and i-distribution network dispatch mobile APP,to support the coordination of dispatch command with on-site maintenance in the distribution network.The goal is to establish a smart mobile command-based distribution network dispatch management system,focusing on intelligent dispatch operations,platform-based live-line work,network-based equipment maintenance,visualization of parameter management,diversification of fault transmission,and sharing of control information.The objective is to transform the traditional"intranet+telephone"mode of communication in distribution network control operations to a"mobile+visual"interactive approach,resolve prominent issues in distribution network dispatch management,improve the efficiency and collaboration capability of distribution network control operations,and enhance the lean management level of distribution network operations.