The Tres Amigas Superstation: Linking renewable energy and the nation's grid (July 2010)

Z. Alaywan
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引用次数: 11

Abstract

New Wind generating facilities are the fastest renewable resource to install and interconnect to the power grid. Wind generation, however, presents the largest operational challenges. Wind generation energy production is extremely variable; it often produces its highest energy output when the demand for power is at a low point. During some periods of the year, wind generation is difficult to forecast because it does not follow a predictable day-to-day production pattern. In general, wind generation has a pattern of maximum wind generation at night, a ramp down of energy production during the morning load pick up period, and a ramp up of generation in the evening. Integration of large amounts of wind generation is technically feasible, but there are transmission, operating and forecasting challenges. The West Texas wind CREZ, Southwest Power Pool (SPP), West Texas wind expansion and eastern New Mexico renewable collector system will add 12,00 to 20,00MW of predominately wind and solar energy to the grid.
特雷斯阿米加斯超级电站:连接可再生能源和国家电网(2010年7月)
新的风力发电设施是最快安装并连接到电网的可再生资源。然而,风力发电带来了最大的运营挑战。风力发电的能源产量变化很大;它通常在电力需求处于低谷时产生最高的能量输出。在一年中的某些时期,风力发电很难预测,因为它不遵循可预测的日常生产模式。一般情况下,风力发电具有夜间风力发电量最大,上午负荷回升期间发电量下降,晚上发电量上升的模式。大量风力发电的整合在技术上是可行的,但存在传输、运行和预测方面的挑战。西德克萨斯风能CREZ、西南电力池(SPP)、西德克萨斯风能扩展和新墨西哥东部可再生能源收集系统将为电网增加1.2万至2万兆瓦的风能和太阳能。
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