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Smart Dispatching Technical Support System
Applications

The Smart Dispatching Technical Support System (E8000) is a new generation system developed with a Service-Oriented Architecture (SOA). It complies with international standards IEC 61970/IEC 61968 and fully incorporates specifications from systems such as the State Grid Corporation of China's power grid dispatching and control system and China Southern Power Grid's integrated smart grid operation system. As a highly integrated system for dispatching operations, the E8000 system achieves horizontal integration of various specialized application systems within the power grid dispatching and control center. It consolidates traditionally separate business applications—such as dispatching, centralized control, distribution, relay protection, and security automation—into a single system. Concurrently, it facilitates vertical connection across dispatching control centers at all levels as well as plants and substations, enabling the sharing and coordination of information for planning, data management, analysis, and control in dispatching operations. It serves as a comprehensive solution for power dispatching and control centers of all types and levels to realize smart grid operation control and optimized management.

System Composition

Functional Features
  • It is based on domestically secure computers, networks, operating systems, and databases to meet system requirements for openness, security, and scalability.
  • It complies with IEC61970/IEC61968 international standards and supports seamless access to IEC61850-compliant smart substations.
  • Based on a Service-Oriented Architecture (SOA) to achieve horizontal integration and vertical connection.
  • Utilizes platform technology based on a Service Bus/Message Bus mechanism to support integrated multi-level dispatching (provincial, prefectural, and county) and integrated dispatching and control.
  • Employs distributed real-time database technology based on a reference/replication mechanism to meet the processing demands of massive amounts of big data.
  • Based on CIM E/CIM G technology to support integrated graphics and models, remote model access, and model stitching.
  • Utilizes distributed integration technology to flexibly support integrated dispatching-and-control and integrated dispatching-and-distribution functions.
  • Based on expert system technology with a user-definable rule base to support comprehensive smart alarms and smart fault analysis.
  • Features comprehensive smart dispatching and auxiliary decision-making functions, elevating grid dispatching from an analytical to an smart level.
  • Leverages visualization technology based on situational awareness to support task-oriented visualization for power grid operation decision-making.
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