基于力学分析的asd对电压跌落的容限

Songhao Tang, S. Tao, Cong Chen, Xiangning Xiao, Na Yang
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引用次数: 0

摘要

在量化电压跌落对调速器影响的基础上,提出相应的建议和改进措施,已成为电网公司、电力用户和生产企业面临的重要问题。本文利用直流电路的动态方程和异步驱动的动态方程,对asd对内部(即保护系统、控制策略)和外部(即负载、电压跌落特征指标)因素的敏感性进行了机理分析,并提出了相应的措施。特别是结合欠压和过流保护阈值,得到了矢量控制和直接转矩控制策略下的工作范围,为采用不同控制策略对电压跌落进行保护系统整定提供了理论参考。
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The Tolerance of ASDs to Voltage Sags Based on Mechanical Analysis
Based on quantifying the influence of voltage sags on adjust speed drivers, putting forward relevant suggestions and improvement measures have become important issues for power grid corporations, power consumers and manufacturers. In this paper, with the dynamic equations of DC circuit and dynamic equations of asynchronous drive, mechanism analyses of the sensitivity to internal (i.e. protection system, control strategies) and external (i.e. load and voltage sags characteristic indexes) factors on ASDs were carried out and proposed corresponding measures. Especially combined with undervoltage and overcurrent protection thresholds, the operating ranges under vector control and direct torque control strategies were obtained, which provided the theoretical reference for protection systems setting with different control strategies to voltage sags.
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