Power Electronic Applications with Wind Power

D. Woodford
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Abstract

Increased use of wind power generation results in more stringent standards regulating their interconnection. The transmission systems to which the wind farms are connected to are often stretched to their maximum capacities. As penetration of wind energy becomes significant, energy storage will be required to maintain an operable power system. All these factors require increased use of power electronic applications. The end result is that through judicious use of power electronics, the energy generated by wind farms can be accommodated as best as the facilities will allow, with increased dispatchability and thus be of greater value.
风力发电的电力电子应用
风力发电使用的增加导致了更严格的标准来规范它们的互连。风力发电场所连接的传输系统通常被拉伸到最大容量。随着风能的普及,将需要储能来维持一个可运行的电力系统。所有这些因素都要求增加电力电子应用的使用。最终的结果是,通过明智地使用电力电子设备,风力发电场产生的能量可以在设施允许的范围内得到最好的调节,提高了可调度性,从而具有更大的价值。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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