电力系统保护与控制
電力繫統保護與控製
전력계통보호여공제
POWER SYSTM PROTECTION AND CONTROL
2014年
23期
138-142
,共5页
郝思鹏%楚成彪%方泉%张仰飞%阚建飞
郝思鵬%楚成彪%方泉%張仰飛%闞建飛
학사붕%초성표%방천%장앙비%감건비
SG-CIM%IEC 61970/61968%数据平台%安全分区%公共信息模型
SG-CIM%IEC 61970/61968%數據平檯%安全分區%公共信息模型
SG-CIM%IEC 61970/61968%수거평태%안전분구%공공신식모형
SG-CIM%IEC 61970/61968%data platform%security division%common information model
国家电网公司提出的SG-CIM模型为我国电网建模和信息交互建立了统一的规范,方便了不同系统和应用间的信息集成。在现有SG-CIM模型的基础上,根据配电网业务需要,扩展了模型的类、属性以及相互关系。为克服电力系统安全分区对信息交互的影响,在安全III区建立了数据汇聚平台。在统一数据源的基础上,构建了一体化平台。根据业务要求,进行了对象聚合,同时构建了实时数据平台,提高实时数据传输速度。在此基础上,以GIS为依托,根据业务流程,集成了跨系统的信息,开发了多个高级应用,并在工程中得到实践。
國傢電網公司提齣的SG-CIM模型為我國電網建模和信息交互建立瞭統一的規範,方便瞭不同繫統和應用間的信息集成。在現有SG-CIM模型的基礎上,根據配電網業務需要,擴展瞭模型的類、屬性以及相互關繫。為剋服電力繫統安全分區對信息交互的影響,在安全III區建立瞭數據彙聚平檯。在統一數據源的基礎上,構建瞭一體化平檯。根據業務要求,進行瞭對象聚閤,同時構建瞭實時數據平檯,提高實時數據傳輸速度。在此基礎上,以GIS為依託,根據業務流程,集成瞭跨繫統的信息,開髮瞭多箇高級應用,併在工程中得到實踐。
국가전망공사제출적SG-CIM모형위아국전망건모화신식교호건립료통일적규범,방편료불동계통화응용간적신식집성。재현유SG-CIM모형적기출상,근거배전망업무수요,확전료모형적류、속성이급상호관계。위극복전력계통안전분구대신식교호적영향,재안전III구건립료수거회취평태。재통일수거원적기출상,구건료일체화평태。근거업무요구,진행료대상취합,동시구건료실시수거평태,제고실시수거전수속도。재차기출상,이GIS위의탁,근거업무류정,집성료과계통적신식,개발료다개고급응용,병재공정중득도실천。
SG-CIM defined by the State Grid Corporation of China provides unified specification for common information modeling and information interaction, which is convenient for information integration between different systems and applications. Based on the existing SG-CIM model, with the demand of distribution power system, the class, attribute and relationship are extended. In order to overcome the influence of security division to information interaction, the data aggregation platform is established in safety zone III. The integration platform is established based on data aggregation platform. Based on unified data source, the integrated platform is constructed. The object is aggregated on the basis of business requirement. The real time data platform is constructed to enhance data transmission speed. Depending on GIS and according to the distribution business process, information across systems are integrated and several senior applications are developed. They are running well in actual engineering projects.