一种电压暂降治理方法以及电压暂降治理装置

By analyzing voltage sag fault data and historical current data, the tripping current of the eddy current self-driven fast switch was adjusted, which solved the problem of malfunction of the voltage sag mitigation device and improved power stability and user experience.

CN121710282BActive Publication Date: 2026-07-17BEIJING HOUSE POWER SUPPLY ENGINEERING CO LTD

Patent Information

Authority / Receiving Office
CN · China
Patent Type
Patents(China)
Current Assignee / Owner
BEIJING HOUSE POWER SUPPLY ENGINEERING CO LTD
Filing Date
2026-02-11
Publication Date
2026-07-17

AI Technical Summary

Technical Problem

When handling load short circuits, voltage sag mitigation devices may accidentally trip due to rapid switching, causing the device to malfunction and affecting the user's electricity experience.

Method used

By acquiring voltage sag fault data, the causes and timing of fault occurrence in the target segmented branches are identified, the frequency of mishandling is statistically analyzed, and the self-driving tripping current of the eddy current self-driven fast switch is adjusted in conjunction with historical current data to reduce the possibility of mishandling.

Benefits of technology

It effectively reduces the probability of erroneous tripping of voltage sag control devices, improves users' electricity experience, and ensures the stability and reliability of voltage sag control devices during peak electricity consumption periods.

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Abstract

本申请涉及一种电压暂降治理方法以及电压暂降治理装置,其属于电压暂降处理技术领域,所述方法包括:获取当前配电网母线下的电压暂降故障数据,电压暂降故障数据包括有故障发生诱因信息和故障发生时刻;根据电压暂降故障数据,划分出配电网母线下目标分段支路中误处理的故障发生诱因以及故障发生时刻,并统计生成目标分段支路下电压暂降治理装置的误处理频次;根据电压暂降故障数据中误处理频次,和预先收集的历史电流数据,调整电压暂降治理装置中涡流自驱快速开关的自驱分闸电流。本申请在误处理频次较大时,通过调整涡流自驱快速开关自驱分闸电流的方式,降低电压暂降治理装置误分闸的可能性,增强用户对于用电的体验感。
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