为满足特性复杂电网的全景仿真需求,综合考虑区域输、配电网的规划及运行特点,基于"云计算"技术,以业务应用为导向,采用资源共享、协同维护,跨单位、跨专业的应用架构,开发了以场景定值为核心的输、配电网全景仿真实验平台。...为满足特性复杂电网的全景仿真需求,综合考虑区域输、配电网的规划及运行特点,基于"云计算"技术,以业务应用为导向,采用资源共享、协同维护,跨单位、跨专业的应用架构,开发了以场景定值为核心的输、配电网全景仿真实验平台。应用结果表明:依据业务应用需求构建电力系统"仿真业务云"(Power System Simulation Business Cloud,PSSB-C),能够在线、高效地满足各业务应用部门的全景仿真需求,全景仿真平台实现了对大规划、大运行体系的全面支持。展开更多
Power system simulation is an important tool that guarantees safe and stable operation of multiple HVDC weak sending power grids of a large energy base.In this paper a transmission and distribution grid panoramic simu...Power system simulation is an important tool that guarantees safe and stable operation of multiple HVDC weak sending power grids of a large energy base.In this paper a transmission and distribution grid panoramic simulation laboratory is developed based on power system simulation demand,while applying advanced simulation technology for distributed and open deployment.Through a specialized power wide area network,resource-sharing advantages are realized among departments of business application.The engineering application in this work demonstrates that a resource-sharing laboratory for collaborative operations is able to satisfy the requirements of multiple directions,scenes,and angles of the transmission and distribution power grid.展开更多
文摘为满足特性复杂电网的全景仿真需求,综合考虑区域输、配电网的规划及运行特点,基于"云计算"技术,以业务应用为导向,采用资源共享、协同维护,跨单位、跨专业的应用架构,开发了以场景定值为核心的输、配电网全景仿真实验平台。应用结果表明:依据业务应用需求构建电力系统"仿真业务云"(Power System Simulation Business Cloud,PSSB-C),能够在线、高效地满足各业务应用部门的全景仿真需求,全景仿真平台实现了对大规划、大运行体系的全面支持。
文摘Power system simulation is an important tool that guarantees safe and stable operation of multiple HVDC weak sending power grids of a large energy base.In this paper a transmission and distribution grid panoramic simulation laboratory is developed based on power system simulation demand,while applying advanced simulation technology for distributed and open deployment.Through a specialized power wide area network,resource-sharing advantages are realized among departments of business application.The engineering application in this work demonstrates that a resource-sharing laboratory for collaborative operations is able to satisfy the requirements of multiple directions,scenes,and angles of the transmission and distribution power grid.
