Operation management method of electric power system cloud simulation platform

Abstract

The invention provides an operation management method of an electric power system cloud simulation platform. The electric power system cloud simulation platform comprises a cloud simulation resource management system and a cloud simulation application supporting system. The method comprises the following steps that the cloud simulation resource management system is constructed; the cloud simulation application supporting system is constructed; the safety of the electric power system cloud simulation platform is determined; operation management of the electric power system cloud simulation platform is carried out. Cloud simulation analytical calculation application is achieved, multiple users can carry out currents, transient stability, small interference, short-circuit currents and other simulation calculation functions on one or more sets of data according to the permission in the mode of facing network services, and the limitation that services and data of standalone version software cannot be shared in large-scale interconnected power grid analytical calculation is eliminated.

Description

technical field [0001] The invention relates to an operation management method, in particular to an operation management method of a power system cloud simulation platform. Background technique [0002] With the large-scale construction of my country's power grid, the data scale and mode of power grid simulation analysis and calculation have undergone tremendous changes. The power system simulation analysis tools that are still in the form of a stand-alone version can no longer meet the needs of daily calculation and analysis work. These outstanding Requirements include: [0003] (1) The existing simulation analysis tools cannot efficiently support multiple users to carry out data maintenance and calculation work on the same set of data or on multiple sets of data at the same time. When analyzing and calculating the power grid, they are forced to use the stand-alone version of the centralized office for a long time to carry out calculation and analysis work methods. This app...

AI Technical Summary

Problems solved by technology

[0003] (1) The existing simulation analysis tools cannot efficiently support multiple users to carry out data maintenance and calculation work on the same set of data or on multiple sets of data at the same time. When analyzing and calculating the power grid, they are forced to use the stand-alone version of the centralized office for a long time to carry out calculation and analysis work methods. This approach seems increasingly unsustainable;

[0004] (2) The simulation computing application has developed rapidly in recent years, but the boundary between the application development and the platform is not clear, and the lack of basic platform support results in the lack of scalability and reliability of the application; how to sort out the achievements of the existing platform and use it Cloud computing technology, creating an open and easy-to-use cloud simulation platform for various application development and testing is imminent;

[0005] (3) Simulation computing applications are independently constructed and operated, and computing resources are allocated according to the peak value of application computing, with a high idle rate; computing resources are scattered, and resource sharing and utilization cannot be realized globally

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