Power grid operation information multi-dimensional display system and method

Abstract

The invention provides a power grid operation information multi-dimensional display system and method.The display system comprises a data sharing module, a model processing module, a management module, a display module and an operation and maintenance three-dimensional data center, the operation and maintenance three-dimensional data center is connected with the data sharing module, and the model processing module and the management module are both connected with the data sharing module; the display module is connected with the data sharing module. The display method comprises the following steps: firstly, determining a transformer substation to be displayed and equipment thereof, obtaining three-dimensional model data from an operation and maintenance three-dimensional data center, carrying out normalization processing on the three-dimensional model data, carrying out real-time power flow and planning state typical power flow display scheme planning, and then displaying the display scheme through a display module. According to the invention, synchronous sharing of three-dimensional model data is realized, real-time monitoring and timely marking are carried out on power flow anomalies in the display process of the real-time power flow and the planning state typical power flow, the maintenance workload is reduced, and the maintenance efficiency is improved.

Description

technical field [0001] The invention relates to the technical field of multi-dimensional display of power grid operation information, in particular to a system and method for multi-dimensional display of power grid operation information. Background technique [0002] Due to the continuous accumulation of power grid operation risks, real-time monitoring of power grid operation information is required. At present, the power grid dispatching organizations mostly adopt the hierarchical monitoring mode, but each dispatching organization can only establish and use the power grid model within the scope of its control. However, with the continuous increase of the grid scale, the continuous accumulation of power grid operation data and With the continuous growth of regulation and control business requirements, dispatching organizations at all levels cannot share the resources of the grid model established within the scope of their control, and cannot intuitively display the overall g...

AI Technical Summary

Problems solved by technology

At present, the power grid dispatching organizations mostly adopt the hierarchical monitoring mode, but each dispatching organization can only establish and use the power grid model within the scope of its control. However, with the continuous increase of the grid scale, the continuous accumulation of power grid operation data and With the continuous growth of regulation and control business requirements, dispatching organizations at all levels cannot share the resources of the grid model established within the scope of their control, and cannot intuitively display the overall grid operation information, and it is difficult to determine the abnormal occurrence when the power flow of the substation is abnormal Therefore, it is impossible to respond to the abnormal power flow of the substation in a timely manner.

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