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Intensification of Power Quality Using PMSG and Cascaded Multi Cell Trans-Z-Source Inverter

机译：使用PMSG和级联多单元反Z源逆变器提高电能质量

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摘要

This script depicts the power quality intensification of Wind Energy Transfer System (WETS) using Permanent Magnet Synchronous Generator (PMSG) and Cascaded Multi Cell Trans-Z-Source Inverter (CMCTZSI). The PMSG knocks the induction generator and earlier generators, because of their stimulating performances without taking the frame power. The Trans-Z-Source Inverter with one transformer and one capacitor is connected newly. To increase the boosting ratio gratuity a cascaded impression is proposed with adopting multi-winding transformer which provides an option for this manuscript to use coupled inductor as an alternative of multi-winding transformer and remains the matching voltage gain as cascaded multi cell trans-Z-source inverter. Accordingly the parallel capacitances are also balancing the voltage gain. The parallel correlation of the method is essentially to trim down the voltage stresses and to improve the input current gain of the inverter. By using MALAB Simulation, harmonics can be reduced up to 1.32% and also DC side can be boosted up our required level 200 - 1000 V achievable. The new hardware setup results demonstrate to facilitate the multi cell Trans Z-source inverter. This can be generated high-voltage gain [50 V - 1000 V] and also be credible. Moreover, the level of currents, voltages and Harmonics on the machinery is low.
机译：该脚本描述了使用永磁同步发电机（PMSG）和级联多单元跨Z源逆变器（CMCTZSI）的风能传输系统（WETS）的电能质量增强。 PMSG会导致感应发电机和早期发电机爆震，因为它们具有刺激性能而无需占用机架功率。新连接了带有一个变压器和一个电容器的跨Z源逆变器。为了增加升压比的小费，提出了采用多绕组变压器的级联印象，该方案为该手稿提供了一种选择，以使用耦合电感器作为多绕组变压器的替代方案，并保持匹配的电压增益作为级联多单元跨Z-源逆变器。因此，并联电容也在平衡电压增益。该方法的并联相关性实质上是为了减小电压应力并提高逆变器的输入电流增益。通过使用MALAB Simulation，可以将谐波降低多达1.32％，并且可以将直流侧提高到我们可以达到的200-1000 V所需水平。新的硬件设置结果证明可简化多单元Trans Z源逆变器。这可以产生高压增益[50 V-1000 V]，并且也是可信的。此外，机器上的电流，电压和谐波水平很低。

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