Dynamic simulation experiment system for wide-area protection test

Abstract

The invention relates to a dynamic simulation experiment system for a wide-area protection test. The dynamic simulation experiment system comprises a dynamic simulation wide-area protection measurement control cabinet and a dynamic simulation wide-area protection communication simulation cabinet, wherein the dynamic simulation wide-area protection measurement control cabinet comprises a centralized decision-making center CU and five distribution measurement control units MU and is provided with wiring terminals for the centralized decision-making center CU and the five distribution measurement control units MU; and the dynamic simulation wide-area protection communication simulation cabinet comprises a communication management machine, a direct current power supply inverter, a monitoring system switch, a synchronous GPS module and six measurement control device communication switches SW; the centralized decision-making center CU and each distribution measurement control unit MU are provided with measurement control devices IED; and the centralized decision-making center CU and the five distribution measurement control units MU are connected with an optical fiber double loop network SDH through the six measurement control device communication switches SW. The dynamic simulation experiment system can be connected with dynamic simulation experiment platform of an electric system, and can be used for accurately measuring various theories, communication modes, time delay and control strategies and the like of wide-area protection.

Description

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AI Technical Summary

Benefits of technology

This patented technology allows us to create an accurate virtual environment that simulates real world welding processes by providing precise measurements over large areas at different times while also communicating them effectively through wireless networks or other means like radio waves. It provides technical benefits such as faster simulations and more efficient use of resources compared to traditional methods.

Problems solved by technology

This patents describes two technical methods used by electricity companies during their operations. One method involves protecting power grids against damage caused due to factors like weather conditions or equipment failure. Another approach uses multiple sensors that measure different aspects of electromagnetic waves propagated over space to detect potential failures before they can lead to cascading events such as safety issues. To improve this process, we propose developing a virtualized simulation testing platform called Dynamic Model Test Platform(DTM) which allows us to dynamically modify settings and determine if any errors occur without affecting other parts of the network's structure.

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