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Adequacy of frequency reserves for high wind power generation

机译:高风力发电的频率储备充足

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In this paper, a new methodology is developed to assess the adequacy of frequency reserves to handle power imbalances caused by wind power forecast errors. The goal of this methodology is to estimate the adequate volume and speed of activation of frequency reserves required to handle power imbalances caused due to high penetration of wind power. An algorithm is proposed and developed to estimate the power imbalances due to wind power forecast error following activation of different operating reserves. Frequency containment reserve (FCR) requirements for mitigating these power imbalances are developed through this methodology. Furthermore, the probability of reducing this FCR requirement is investigated through this methodology with activation of different volumes and speed of frequency restoration reserve. Wind power generation for 2020 and 2030 scenarios for Continental Europe network are investigated based on which recommendations are made for requirements of frequency reserves in these scenarios. It has been observed through simulations that FCR requirements reduce exponentially with increase in volume of frequency restoration reserve and remains almost unaffected by increase activation speed of frequency restoration reserve.
机译:在本文中,开发了一种新的方法来评估频率储备是否足以处理由风电预测误差引起的功率不平衡。该方法的目标是估计足够的数量和激活频率储备的速度,以处理因风电的高渗透率而导致的功率不平衡。提出并开发了一种算法,用于估算激活不同运行储备后由于风力发电预测误差而导致的功率不平衡。通过这种方法可以开发出缓解这些功率不平衡的频率抑制储备(FCR)要求。此外,通过这种方法研究了降低此FCR要求的可能性,并激活了不同的音量和频率恢复储备的速度。针对欧洲大陆网络的2020年和2030年情景的风力发电进行了调查,并根据这些情景中的频率储备要求提出了建议。通过仿真已观察到,FCR要求随着频率恢复储备量的增加而呈指数下降,并且几乎不受频率恢复储备的激活速度的影响。

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