燃料電池系統發電技術料將成為分散型電源主流技術之一。本文推導出質子交換膜燃料電池、儲能裝置、升壓式轉換器及三相變流器數學模型，並以商用套裝軟體Matlab®/Simulink®建構其等效電路模組，再據以探討含燃料電池系統之配電系統運轉行為。分析內容包含燃料電池於獨立供電模式及市電並聯模式下之系統運轉特性，並探究燃料電池與儲能裝置複合系統之能量管理模式，以利未來此類型系統可行性評估或建置時之參考。

The power generation technologies of fuel cell systems are expected to become one of the prevailing technologies of distributed generation systems. In this thesis, the mathematical models of PEM fuel cell modules, boost converters, energy storage devices and three-phase inverters are derived and their corresponding circuit models are constructed by using Matlab®/Simulink®. Then, the operation of a distributed system with a fuel cell system is analyzed. The operation characteristics of fuel cell systems under stand alone mode and grid-connected mode are analyzed, and the criteria of energy management of integrated system of a fuel cell and an energy storage system are explored. The results and conclusion are of value to the feasibility study and construction assessment of this kind of systems.

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