首页> 外文会议>Intelligent Networks and Intelligent Systems, 2009. ICINIS '09 >Analysis and Design of the Green Voltage Regulator Based on Transformer Coupling
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Analysis and Design of the Green Voltage Regulator Based on Transformer Coupling

机译:基于变压器耦合的绿色稳压器的分析与设计

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摘要

Aiming at high harmonic content and low power factor of AC voltage regulator, a kind of high power factor voltage regulation is proposed. By means of transformer coupling, the green voltage regulator has the advantages of high commonality and low voltage quota of thyristors. Based on the analyses of harmonic content and power factor, high power factor AC voltage regulation which adopts two single phase voltage regulations to work together can minimize harmonic content and improve energy efficient. Owing to the existence of leakage inductance of transformer in electric circuit, the current lags behind voltage. There will be circular current effect when it changes voltage phase. So the article analyzes the reason of circular current. Finally the application can satisfy Chinese National Standards of power quality and harmonic of public utility grid by analyzing the circuit based on impedance load.
机译:针对交流稳压器的高谐波含量和低功率因数,提出了一种高功率因数的稳压器。通过变压器耦合,绿色稳压器具有通用性高,晶闸管电压定额低的优点。在对谐波含量和功率因数进行分析的基础上,采用两个单相电压调节器共同工作的高功率因数交流电压调节器可以最大限度地减少谐波含量并提高能源效率。由于电路中变压器漏感的存在,电流滞后于电压。改变电压相位会产生环形电流效应。因此本文分析了产生环流的原因。通过基于阻抗负载的电路分析,该应用最终可以满足中国国家电力质量和谐波标准。

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