电力系统自动化
電力繫統自動化
전력계통자동화
AUTOMATION OF ELECTRIC POWER SYSTEMS
2014年
23期
91-95
,共5页
何清素%曾令康%欧清海%蒋梨花%汪晓岩
何清素%曾令康%歐清海%蔣梨花%汪曉巖
하청소%증령강%구청해%장리화%왕효암
配电通信网%业务断面%断面流量%网络冗余系数
配電通信網%業務斷麵%斷麵流量%網絡冗餘繫數
배전통신망%업무단면%단면류량%망락용여계수
distribution communication network%business section%sectional flow%network redundancy coefficient
阐述了配电通信网的物理定义、组成及其重要性,分析了配电通信网承载主要业务及业务特点,提出了配电通信业务断面模型,通过分析不同业务断面的流量计算方法,为各种站点类型、不同配电分区中的流量带宽计算提供依据。文中以A+区域配电业务流量计算为例,根据业务断面模型、业务流量计算方法,分析业务流量及流量计算;最后给出不同区域配电自动化业务汇总流量,为配电通信网规划、设计提供参考。断面流量模型可以为智能配用电信息通信技术选型、带宽预测、规划设计等提供有效评估手段,为电力系统地市骨干网和配电通信网的规划建设提供参考。
闡述瞭配電通信網的物理定義、組成及其重要性,分析瞭配電通信網承載主要業務及業務特點,提齣瞭配電通信業務斷麵模型,通過分析不同業務斷麵的流量計算方法,為各種站點類型、不同配電分區中的流量帶寬計算提供依據。文中以A+區域配電業務流量計算為例,根據業務斷麵模型、業務流量計算方法,分析業務流量及流量計算;最後給齣不同區域配電自動化業務彙總流量,為配電通信網規劃、設計提供參攷。斷麵流量模型可以為智能配用電信息通信技術選型、帶寬預測、規劃設計等提供有效評估手段,為電力繫統地市骨榦網和配電通信網的規劃建設提供參攷。
천술료배전통신망적물리정의、조성급기중요성,분석료배전통신망승재주요업무급업무특점,제출료배전통신업무단면모형,통과분석불동업무단면적류량계산방법,위각충참점류형、불동배전분구중적류량대관계산제공의거。문중이A+구역배전업무류량계산위례,근거업무단면모형、업무류량계산방법,분석업무류량급류량계산;최후급출불동구역배전자동화업무회총류량,위배전통신망규화、설계제공삼고。단면류량모형가이위지능배용전신식통신기술선형、대관예측、규화설계등제공유효평고수단,위전력계통지시골간망화배전통신망적규화건설제공삼고。
The definition of the distribution communications network is presented along with the distribution communication network physical composition and its importance in power system communication.By analyzing the distribution communication network undertaking the principal transactions and their characteristics,a model for the distribution communication business section is proposed.By analyzing the flow calculating method of different business cross-sections,the traffic bandwidth calculation basis is provided to a variety of types of sites and different distribution partitions.The A+ regional electricity distribution business flows is taken as an example to show how the business flow and its calculation is analyzed in accordance with the business section model and the business flow calculation method.Finally,the total traffic of different regions of the distribution automation business is given for reference by network communication planning and design.The sectional flow model provides intelligent electricity distribution network communication with effective means of assessing technical type options,bandwidth forecasting,planning and design,contributing to planning and construction of the power system of both prefectural and municipal backbone distribution communication networks. This work is supported by National High Technology Research and Development Program of China (863 Program) (No.2011AA05A116).