Multi-scenario business information automatic sharing platform and method for power grid business

Abstract

The invention provides a power grid service-oriented multi-scenario service information automatic sharing platform and method. Multiple scenarios are multiple service scenarios based on the same base power grid scenario and corresponding historical scenarios and backtracking scenarios, the base power grid scenario corresponds to a data object management system of one type of service system and data objects of the data object management system, each service scenario corresponds to a data object management system of one type of service system and data objects of the data object management system, and the historical scenarios and backtracking scenarios are data object sets of the base power grid scenario and the service scenarios at a certain past moment respectively. The sharing platform comprises a multi-scenario organization and management unit, a multi-scenario display and maintenance unit, an object-oriented data management unit, a data object operation management unit and a human-computer interaction interface. According to the platform and method, integrated management and quick and automatic system underlying data sharing of a multi-time-scale and multi-specialty power grid model are achieved by means of the object-oriented technique, and visual comprehensive management of the multi-time-scale and multi-specialty power grid model is achieved by means of an inheritance relationship diagram.

Description

technical field [0001] The invention relates to an object-oriented power grid business information system, and more specifically relates to a power grid business-oriented multi-scenario information automatic sharing platform and method. Background technique [0002] With the rapid development of the power system, the scale of grid interconnection continues to expand, especially after the rapid development of renewable energy, a large number of random, intermittent wind power and photovoltaics are connected to the grid, the links of grid operation control, production operation, and planning and design are of great importance to multi-temporal , The real-time sharing of multi-specialty power grid model information puts forward more and more urgent requirements. To solve this problem, it is necessary to carry out integrated management of multi-temporal and multi-specialty power grid models, so as to realize power grid model information sharing among multiple power grid applicat...

AI Technical Summary

Problems solved by technology

[0008] The technical problem to be solved by the present invention is to provide a multi-scenario business information automatic sharing platform and method for power grid business in view of the above-mentioned problem of untimely information sharing in cross-professional collaborative work in the power grid information system

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