Power grid voltage monitoring data platform for realizing multi-interface fusion

Abstract

The embodiment of the invention discloses a power grid voltage monitoring data platform for realizing multi-interface fusion. The power grid voltage monitoring data platform comprises a data acquisition system, a dispatching automation system, a metering automation system, a power production management system, a voltage tester, a data processing server, an integrated platform system and an interface server; the interface server is used for identity authentication and connection with the automation system interface, the metering automation system interface and the voltage tester; the front acquisition server acquires data of the dispatching automation system, the metering automation system and the voltage tester, and an external network switch is used for acquiring data of other front acquisition servers; the front acquisition servers and the external network switch transmit data to the data processing server; the data processing server transmits the processed data to the integrated platform system, and the integrated platform system is used for displaying data and information maintenance.

Description

technical field [0001] The invention relates to the technical field of grid voltage detection, in particular to a grid voltage monitoring data platform for realizing multi-interface integration. Background technique [0002] The qualified rate of power supply voltage is an important index to measure the quality of electric energy, which directly reflects the network structure, comprehensive management and power supply service level of the power grid. With the rapid development of social economy, the load of the power grid and its volatility are increasing, the voltage quality problem is becoming more and more prominent, and the complaints about voltage quality problems are increasing. high demands. At the same time, the National Energy Administration launched the full monitoring of voltage quality, requiring continuous improvement of distribution network voltage quality, improvement of distribution network operation monitoring and control capabilities, improvement of power ...

AI Technical Summary

Problems solved by technology

At present, the system is running stably, but the overall construction plan of the system was designed 10 years ago, and the performance of hardware equipment can no longer meet the needs of a large amount of data access and application; all kinds of information systems are gradually adopting the district-level centralized construction mode, and the district-level The putting into operation of the centralized transformation directly affects the integrity and timeliness of the metering data connected to the reactive power and voltage monitoring and management system in the early stage. The scientific decision-making of construction and transformation urgently requires practical transformation of the system

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