Transmission System Operation Challenges with Large Wind Penetration

S. Kincic, Hongming Zhang
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Abstract

The State of California’s renewable energy policies and energy incentives are the main drivers of renewable generation development occurring in the Pacific Northwest. The largest wind integration efforts are happening within the Bonneville Power Administration’s (BPA) Balancing Area (BA). BPA is approaching a 40 percent wind penetration factor. Such a large wind penetration imposes significant challenges on the transmission system operation requiring more system studies in operational time frame. These challenges include needs for additional voltage regulation requiring more switching operations, dealing with higher ramping rates and carrying additional regulation reserve as well as additional difficulty in Columbia River management (river scheduling). This paper discus some of those challenges in more details.
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大风侵彻下输电系统运行挑战
加利福尼亚州的可再生能源政策和能源激励措施是太平洋西北地区可再生能源发电发展的主要驱动力。最大的风力整合努力发生在博纳维尔电力管理局(BPA)平衡区(BA)内。BPA接近40%的风穿透系数。如此大的风力穿透量给输电系统的运行带来了巨大的挑战,需要在运行时间框架内进行更多的系统研究。这些挑战包括需要额外的电压调节,需要更多的开关操作,处理更高的斜坡率,携带额外的调节储备,以及哥伦比亚河管理(河流调度)的额外困难。本文更详细地讨论了其中的一些挑战。
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