俄罗斯UPS跨区域和区域电力系统中太阳能和风力发电厂数量和装机容量的研究

A. Egorov, Alena Savosina, Mariya A. Sadokhina
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引用次数: 1

摘要

自2014年以来,俄罗斯联合电力系统中有大量太阳能和风能发电厂的建设和调试,因此为俄罗斯电力工程师设定了新的工程任务。太阳能和风能发电厂的运行模式直接取决于外部不可控因素——太阳能和风能活动。风能和太阳能发电厂运行模式规划的另一个特点是,在风或太阳消失的情况下,它们分别瞬间终止电力输出。因此,功率输出的终止是一种“失效”,它造成了系统有功功率的不平衡。为了覆盖它,有必要提前在火电厂或水电厂设置有功电力储备,该储备的价值应等于最大的风能和/或太阳能发电厂的容量。关于俄罗斯联合电力系统中风能和太阳能发电厂的组成、数量和装机容量的系统和综合信息未在公共领域公布。因此,本研究的目的是建立风能和太阳能发电厂的数量和装机容量,并确定俄罗斯最强大的风能和太阳能发电厂。
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Research of the Number and Installed Capacity of Solar and Wind Power Plants in Interregional and Regional Power Systems in the Russian UPS
There is significant volumes of construction and commissioning of solar and wind power plants since 2014 in the United power system of Russia, therefore new engineering tasks are being set for Russian power engineers. Operating modesof solar and wind power plants directly depend on external uncontrollable factors - solar and wind activity. An additional feature of the planning of the wind and solar power plants operation modes is their instantaneous termination of power output in the event of the disappearance of the wind or the sun, respectively. Therefore, the termination of the power output is a “failure”, which creates an imbalance of active power in the system. To cover it, it is necessary to place active power reserves at the thermal or hydro power plants in advance, and the value of this reserve should be equal to the capacity of the largest wind and/or solar power plant. Systematic and consolidated information on the composition, quantity and installed capacity of wind and solar power plants in the United power system of Russia is not published in the public domain. Therefore, the purpose of this study is to establish the quantity and installed capacity of wind and solar power plants, as well as to identify the most powerful wind and solar power plants in Russia.
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