Voltage monitoring data platform

Abstract

The invention discloses a voltage monitoring data platform, and relates to the technical field of electric variable monitoring devices or methods. The platform comprises a voltage monitoring system, a big data platform, and a relation database. The big data platform is used for collecting the voltage data of a metering automation system, the voltage data of the dispatching automation system and the voltage data of a voltage detector, and transmits the voltage data to the voltage monitoring system for processing through corresponding interfaces. The relation database is used for collecting the data of the relation between the voltages and other parameters of a power marketing system, a distribution network production system, a distribution network GIS platform and a data resource system, and transmits the relation data to the voltage monitoring system through the corresponding interfaces. The voltage monitoring system carries out the monitoring and evaluation of the voltages according to the data transmitted by the big data platform and the relation database. The platform can achieve the monitoring of various types of voltage data, and provides reliable, complete and accurate voltage data support for related system application functions.

Description

technical field [0001] The invention relates to the technical field of monitoring devices or methods for electrical variables, in particular to a voltage monitoring data platform. Background technique [0002] Existing technology has built and put into operation voltage monitoring system, massive quasi-real-time data service platform, metering automation system, safety production management system, dispatching automation system, power grid GIS spatial information service platform and other power supply quality related business systems. These power systems have space The characteristics of distribution and control objects are diverse and complex, and with the acceleration of the smart grid construction process, the number of voltage quality monitoring points continues to increase, the system is gradually improved, and the amount of various types of monitoring and calculation data increases sharply. The quality of the voltage quality monitoring system It is closely related to ...

AI Technical Summary

Problems solved by technology

[0002] Existing technology has built and put into operation voltage monitoring system, massive quasi-real-time data service platform, metering automation system, safety production management system, dispatching automation system, power grid GIS spatial information service platform and other power supply quality related business systems. These power systems have space The characteristics of distribution and control objects are diverse and complex, and with the acceleration of the smart grid construction process, the number of voltage quality monitoring points continues to increase, the system is gradually improved, and the amount of various types of monitoring and calculation data increases sharply. The quality of the voltage quality monitoring system It is closely related to the managed data storage and real-time calculation and analysis. The software platform architecture of the existing system cannot meet the requirements of customization and scalability, and the hardware platform cannot meet the requirements of high-speed, real-time and parallel processing. Power data has become a big data trend. , the data integration platform cannot meet the growing demand for data, so that it cannot meet the pace of grid companies' development towards smart grids, and cannot use advanced data mining technology and intelligent algorithms to analyze power quality problems, locate fault sources and automatically A series of functions such as identification, power quality assessment and governance cannot provide effective guarantee for the governance of power quality problems and the establishment of a power quality market

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