Scalable vector graphics (SVG) power quality management engineering application method based on micro-network wide-area information

Abstract

The invention discloses a scalable vector graphics (SVG) power quality management engineering application method based on micro-network wide-area information. The traditional SVG obtains power quality management demand information on the basis of bus voltage and line current. The SVG power quality management engineering application method based on the micro-network wide-area information expands information sources, provides a SVG control strategy based on the wide-area information, and well solves multi-objective management of micro-network power quality. Simultaneously, through coordination control of the SVG and a micro-network control system, the micro-network control system can regulate micro sources and loads of a micro network when SVC compensation cannot solve the problem of power quality totally, and therefore power quality management of the micro network is completed well.

Description

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AI Technical Summary

Benefits of technology

In this patented technology, there are two ways how it helps manage electricity: one way they use advanced techniques like smart meters (smart devices) to measure electrical energy consumption at different points within their grid systems; another method involves analyzing data from multiple sensors placed throughout the area where the equipment operates. By collectively controlling these methods with each other, we aimed towards achieving more efficient utilization of resources while maintaining good environmental performance.

Problems solved by technology

This patented describes an approach used in managing power quality within a small area network (SPN). One technical issue addressed are issues like excess or imprecision in measuring power quality due to changes over time caused by external influences from outside world environments. These concerns affect both the design and operation of equipment located near these areas where they operate. To address them, there have developed techniques involving smart meters installed throughout SPN networks. By combining measurements taken across multiple sensors into a centralized unit, the technique allows for more precise measurement capabilities without sacrificially increasing costs associated with installing older units.

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