伴隨著電力系統面臨負載陡升及尖峰用電時段由日間轉移至夜間，台電公司依據相關的設置規則設立電力交易平台，規劃利用併網型儲能具快速反應與可大量儲存電能之特性，鼓勵非傳統 機組如併網型儲能參與輔助服務。
本文提出一個應用儲能系統參與輔助服務調頻市場之裝置容量最佳化方法與最佳運轉策略並提出使用電池參與輔助服務，透過不同充放電倍率分別參與輔助服務並與超級電容組成混合儲能系統使用演算法模擬使併網型儲能系統運營者年化報酬率最大化。

As the power system faces power surges and the shift of peak power consumption period from daytime to nighttime, Taiwan Power Company has established a power trading platform based on the Regulations on Power Trading Platform. The objective is to make use of the grid-connected energy storage devices which are featured with quick response and energy storage in large amounts, encouraging non-traditional equipment, such as grid-connected energy storage, to join the auxiliary services.
This thesis propose an optimal sizing and operation strategy for a battery energy storage system participating in the ancillary service market In fact, the battery can join the auxiliary services and set up hybrid energy storage systems with supercapacitors at different charge and discharge rates. For the grid-connected energy storage system operators, this allows them to maximize the annualized rate of return via algorithm simulation.

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