摘要
现有的操作票系统设置操作任务是通过间隔模板,组合出任务设备相关的初始和目标态集合,通用性差、数据维护量大。文中研究了一种自动生成可操作设备初始和目标态的方法:通过间隔搜索,获取任务设备所有可操作设备;制定设备—端—单元状态约束规则,裁决设置时各端可操作设备状态与任务设备状态、各可操作设备状态间的矛盾冲突;设计五要素任务模板,快速生成基于可操作设备的操作任务。该方法应用于某电网操作票系统,间隔模板数据维护量小,适用于各类接线形式。
The existing operation order system sets up the operation task by bay template,which combines the initial and target state set related to the task equipment.It has poor versatility and large amount of data maintenance work.Thus,this paper proposes a general method for automatic generation of initial and target states for the operable equipment:obtaining all operable equipment of task equipment by searching operable bay;formulating the constraint condition of equipment-terminal-unit state to solve the conflicts between the state of operable equipment and the task equipment,and the state of each operable equipment;designing the task template with five elements to generate operation task based on operable equipment fast.The validity of proposed method in reducing bay data maintenance work for all kinds of wiring forms is verified through arithmetic examples of an actual power grid.
作者
张东英
杨俊威
黄建阳
王卫
ZHANG Dongying;YANG Junwei;HUANG Jianyang;WANG Wei(School of Electrical and Electronic Engineering,North China Electric Power University,Beijing 102206,China;State Grid Beijing Electric Power Company,Beijing 100031,China)
出处
《电力系统自动化》
EI
CSCD
北大核心
2018年第24期169-174,共6页
Automation of Electric Power Systems
基金
国家自然科学基金资助项目(51877079)~~
关键词
变电站
能量管理系统
操作票
间隔搜索
可操作设备
状态约束
substation
energy management system
operation order
bay searching
operable equipment
state constraint