近年來由於科技不停的成長，伴隨而來的就是對環境的破壞，為了減緩全球暖化的趨勢，各國紛紛投入大量的再生能源，然後再生能源雖然環保且乾淨，但併入電網後會對台灣的電力系統造成不小的影響，因為其不連續性、不穩定性的因素，無法像傳統發電機組一樣穩定的供電，造成電網的韌性有所下降。因此儲能系統得以在這幾年內迅速發展，儲能系統可以在電力發電過剩時將能量儲存，並在電力吃緊時供電回電網，以此減少再生能源對電網的衝擊，而如何做好儲能系統的控制則是本文的一大重點。
本文旨在研究儲能系統應用於台電調頻輔助服務的案場規劃與控制策略，其中包含動態調頻備轉追隨電池電量的控制策略與針對增強型動態調頻備轉的儲能案場規劃、保護協調設計與其對電池電量分配的控制策略。
此外，本研究也分別撰寫動態調頻備轉及增強型動態調頻備轉的電網控制器，套用本文之控制策略，透過實行台電調頻輔助服務的能力測試，用以驗證本文之控制策略結果。

I In recent years, due to the continuous growth of science and technology, it is accompanied by damage to the environment. In order to slow down the trend of global warming, countries have invested in A large amount of renewable energy, and although renewable energy is environmentally friendly and clean, it will have a considerable impact on Taiwan's power system after being integrated into the grid. Because of its discontinuity and instability, it cannot provide stable power supply like traditional generator sets , resulting in a decline in the resilience of the power grid. Therefore, the energy storage system has developed rapidly in the past few years. The energy storage system can store energy when the power generation is surplus, and supply power back to the grid when the power is in short supply, so as to reduce the impact of renewable energy on the grid. And how to control the energy storage system is a major focus of this paper.
The purpose of this study is to research the field planning and the control strategies of energy storage systems applied to Taipower’s Frequency Regulation services, including the control strategy of dynamic regulation following the battery power, the energy storage field planning for enhanced dynamic regulation, protection coordination design and its control strategy for battery power distribution.
In addition, this research also writes the grid controllers of dynamic regulation and enhanced dynamic regulation respectively, applies the control strategy of this paper, and verifies the control strategy results of this paper by implementing the ability test of Taipower frequency regulation auxiliary service.

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