Study on Calculation of Dynamic Penetration Limit of WTG and Applications of BESS in Power Systems

Han Na Gwon, W. Choi, K. Kook
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Abstract

풍력발전기와 같은 신재생에너지원은 기존 한 상황에서는 주파수 변동에 신속히 대응하지 못하므로 주파응답성능을 Since the characteristics of Renewable Energy Sources like wind turbine generators are very different from those of existing thermal power generators and their response to the sudden change of the frequency are not as good as that from thermal power generators. Especially when the penetration level of the wind power generation is substantially high, the output from the WTG would be possibly limited to keep the stability of power systems. For this, this paper implements the process for calculating the dynamic penetration limit of WTG and analyze the potential application of BESS for increasing the dynamic penetration limit of WTG.
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WTG动态侵彻极限计算及BESS在电力系统中的应用研究
풍력발전기와같은신재생에너지원은기존한상황에서는주파수변동에신속히대응하지못하므로주파응답성능을自可再生能源如风能涡轮发电机的特点是非常不同于现有火电发电机及其应对突然的变化的频率不一样,从热发电机。特别是当风力发电的渗透水平相当高时,为了保证电力系统的稳定,WTG的输出可能会受到限制。为此,本文实现了WTG动态侵彻极限的计算过程,并分析了BESS在提高WTG动态侵彻极限方面的潜在应用。
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