Intelligent scheduling plan management method and platform

Abstract

The invention relates to the technical field of power grid dispatching, and particularly to an intelligent scheduling plan management method and a platform. The method comprises the following steps: establishing a multi-dimensional intelligent scheduling expert model by checking the running state of a power grid and simulating a power grid accident, intelligently analyzing the internal logic relationship of the power grid accident, and dynamically generating and checking a scheduling accident plan in combination with power grid safety analysis and calculation; the functions of the intelligentscheduling plan management method are realized through the following modules: a function module, a function module and a function module, the system comprises an EMS and BPA model management module, afault set management module, an important user management module, a power grid operation safety check module, a power grid operation risk assessment module, an intelligent scheduling expert model management module, a power grid operation accident disposal scheme module and a plan self-check management module. The method has the advantages that the management level of the power grid dispatching plan is improved, the early warning function of power grid dispatching is achieved, and therefore safe and stable operation of a power system can be guaranteed.

Description

technical field [0001] The invention relates to the technical field of power grid dispatching, in particular to an intelligent dispatching plan management method and platform. Background technique [0002] In order to quickly respond to power grid anomalies and failures, it is necessary to write a large number of dispatching plans to assist in the handling of power grid accidents. At present, it is all manually written by dispatchers. Not only is the task of writing heavy, but the effectiveness, accuracy, and degree of agreement between the plan and the actual fault are objective. There are also differences in varying degrees, which lead to the poor operability of the contingency plan and the failure to meet the functional requirements of the contingency plan, which delays the handling of the accident to a certain extent. At present, the power grid dispatching plan mostly relies on manual experience, which is not accurate enough to ensure the safe and stable operation of t...

AI Technical Summary

Problems solved by technology

[0002] In order to quickly respond to power grid anomalies and failures, it is necessary to write a large number of dispatching plans to assist in the handling of power grid accidents. At present, it is all manually written by dispatchers. Not only is the task of writing heavy, but the effectiveness, accuracy, and degree of agreement between the plan and the actual fault are objective. There are also differences in varying degrees, resulting in poor operability of the contingency plan, failing to meet the functional requirements of the contingency plan, and delaying the handling of the accident to a certain extent

At present, the power grid dispatching plan mostly relies on manual experience, which is not accurate enough to ensure the safe and stable operation of the power system

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