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首页> 外文会议>International exhibition and conference power electronics, intelligent motion and power quality;PCIM Europe 2010 >'(GaN)-based power device technology and its impact on futureEfficient Solar grid connected micro-inverters, power optimizersand string inverters'.
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'(GaN)-based power device technology and its impact on futureEfficient Solar grid connected micro-inverters, power optimizersand string inverters'.

机译：“基于（GaN）的功率器件技术及其对未来高效太阳能并网的微型逆变器，功率优化器和串式逆变器的影响”。

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摘要

GaN-based power device technology is progressing rapidly and expanding its applicability in a wide range of power applications including Solar Inverters. Along with intrinsic scalability in low and high voltage power conversion topologies and coupled with dramatic FOM improvement vs. Si based devices, GaN power products are set to have a direct impact on future efficient PV solar inverter/converters. By reducing losses in each stage of the power conversion, GaN based devices will help in increasing total energy harvesting. The integration with driver ICs and other components will drive the size reduction and high volume commercialization. In this article we present the latest improvements of the GaN-based power technology, the future trends in the product roadmaps and experimental results and simulation examples of AC/DC and DC/DC topologies in traditional and micro PV inverters.
机译：基于GaN的功率器件技术发展迅速，并在包括太阳能逆变器在内的各种功率应用中扩展了其适用性。结合低压和高压功率转换拓扑的固有可扩展性，以及与基于Si的器件相比FOM的显着改善，GaN功率产品将直接影响未来的高效PV太阳能逆变器/转换器。通过减少功率转换每个阶段的损耗，基于GaN的器件将有助于增加总的能量收集。与驱动器IC和其他组件的集成将推动尺寸减小和大批量商业化。在本文中，我们介绍了基于GaN的电源技术的最新改进，产品路线图的未来趋势以及传统和微型PV逆变器中AC / DC和DC / DC拓扑的仿真结果和仿真示例。

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