负载切换对变压器感应电动势的影响

S. Bhowmik, A. Mitra, P. Deb
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引用次数: 0

摘要

本文利用Simulink环境建立了变压器的数学模型,研究了由于绕组存在漏电感而导致的负载切换对感应电动势的影响。通过开路和短路试验对实验室单相变压器进行了参数估计,建立了空载电流暂态方程。这项实验工作定义了电阻、电阻-电感(RL)的开关效应,以及与RL负载并联引入的功率因数改进电容器。研究发现,在电容器存在的情况下,由于向系统注入无功功率,感应电压尖峰被最小化。
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Effect of Load Switching on Induced e.m.f. of a Transformer
In this proposed work, a mathematical model of transformer has been implemented using Simulink environment to investigate the effect of load switching on the induced e.m.f. due to the presence of leakage inductances of the windings. Estimation of the parameters on a laboratory single-phase transformer has been carried out through Open Circuit (O.C.) and Short Circuit (S.C.) tests and the transient equation for no-load current has been established. This experimental work defines the switching effect of resistive, resistive-inductive (RL) along with a power factor improvement capacitor introduced in parallel with RL load. It has been found in presence of capacitor, the inductive voltage spikes is minimized because of reactive power injection to the system.
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