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首页> 外文会议>IEEE International Conference on Recent Trends in Electronics, Information and Communication Technology >High Efficiency Closed Loop Boost Inverter for Standalone Power Applications
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High Efficiency Closed Loop Boost Inverter for Standalone Power Applications

机译：高效闭环升压逆变器，用于独立电源应用

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摘要

Rapid developments in the field of renewable energy sources and decreasing cost per unit poses a good viable alternative to the traditional grid connected power which is hard to reach in remote areas. This paper presents a novel high efficiency boost inverter topology with a closed loop control system to be used for standalone power applications. The reported literature so far employs complicated algorithms to convert the energy stored to domestically usable AC power with high quality. In this design we have shown how a microcontroller can be used with minimal hardware to put together a high efficiency closed loop boost inverter and provide good quality of power under all load conditions leading to exceptional advantage over the conventional inverters today available. We have used here a voltage feedback mechanism which shall directly control the SPWM output. This helped us achieve voltage regulation and low Total Harmonic Distortion (THD).
机译：可再生能源领域的快速发展和每单位降低成本对传统的网格连接功率造成了良好的可行替代品，这很难进入偏远地区。本文提出了一种新型高效率提升逆变器拓扑，闭环控制系统可用于独立功率应用。迄今为止，报告的文献采用复杂的算法将存储的能量转换为具有高质量的国内可用的交流电源。在这种设计中，我们已经显示了微控制器如何使用最小硬件来组合在一起的高效率闭环升压逆变器，并在所有负载条件下提供良好的功率质量，导致现有的传统逆变器可用的卓越优势。我们在此处使用了一种电压反馈机制，可直接控制SPWM输出。这有助于我们实现了电压调节和低总谐波失真（THD）。

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