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Voltage-controlled power factor corrected CSC derived DC–DC converter for PMBLDC driven home appliances

机译:用于PMBLDC驱动的家用电器的电压控制功率因数校正CSC导出的DC-DC转换器

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摘要

A voltage-controlled canonical switching cell-derived DC–DC converter with improved power quality feeding a variable speed permanent magnet brushless direct current (PMBLDC) motor-drive system for home appliances, is presented in this study. The converter is operating in the continuous conduction mode (CCM). This converter has less stress on the converter devices due to CCM of operation. A single converter is used for both the power factor correction (PFC) and the speed control of the drive, thus reducing the number of elements in the system. The speed control, along with PFC in this system is achieved via a PI controller having speed reference as an input. This system is capable of providing the low speed to rated speed operation while maintaining a unity power factor. The Hall-effect sensor-based electronic commutation of a PMBLDC motor-drive is implemented at the fundamental frequency. This significantly improves efficiency by reducing the switching losses of the voltage source inverter. A prototype of it is developed in the laboratory for implementation of the scheme. Simulated and real-time experimental results of the scheme are presented here for performance validation at various dynamic and steady-state operating conditions.
机译:本研究提出了一种具有改进的电能质量的电压控制的规范开关电池导出的DC-DC转换器,其具有用于家电的可变速永磁无刷直流(PMBLDC)电动驱动系统。转换器以连续导通模式(CCM)操作。由于操作的CCM,该转换器对转换器装置的压力较小。单个转换器用于功率因数校正(PFC)和驱动器的速度控制,从而减少了系统中的元素的数量。通过具有作为输入的速度参考的PI控制器实现该系统中的速度控制以及PFC。该系统能够在保持统一功率因数的同时向额定速度操作提供低速。基于霍尔效应传感器的PMBLDC电动驱动器的电子换向以基频实现。通过减小电压源逆变器的开关损耗,这显着提高了效率。它的原型是在实验室开发的,以实施该方案。该方案的模拟和实时实验结果在此介绍了各种动态和稳态操作条件下的性能验证。

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