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Efficiency Enhancement of ZVS based PFC converter With Average Current Controlled Scheme

机译:基于平均电流控制方案的基于ZVS的PFC转换器的效率增强

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To enhance the output voltage regulation and power factor generally Bridge based Power factor correction (PFC) converter is used but it has high conduction losses. To reduce the conduction losses two switch based PFC(bridgeless PFC) is used having less number of component, but at high switching frequency. It has high switching losses that reduces the efficiency. This paper presents an attempt to make the further enhancement of the modified circuit to cease the switching losses to almost zero using ZVS based PFC converter. Analysis has been made on ZVS based PFC converter under load change & supply fluctuation for universal input voltage supply and load transient condition. For this average current mode control is employed. This analytical method has been verified by modeling a simulation with POWERSIM software. The detailed results have been shown and its effectiveness has been presented.
机译:为了增强输出电压调节和功率因数,通常使用基于桥的功率因数校正(PFC)转换器,但它具有较高的传导损耗。为了减少传导损耗,使用了两个基于开关的PFC(无桥PFC),该PFC具有较少的组件数量,但开关频率较高。它具有很高的开关损耗,从而降低了效率。本文提出了使用基于ZVS的PFC转换器对改进电路进行进一步增强以将开关损耗几乎降至零的尝试。分析了基于ZVS的PFC转换器在负载变化和电源波动下的通用输入电压电源和负载瞬态情况。为此,采用平均电流模式控制。通过使用POWERSIM软件对模型进行建模,已经验证了这种分析方法。已显示了详细的结果,并已显示了其有效性。

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