未來展望

本論文使用 PID 控制器使 DC-DC 轉換器能夠準確地達到穩壓及分流控制，

並使用 RBCS、ECMS 與 AABC 規劃各個能源分配比。使系統達到最佳化能源管 理。在研究期間經過實作驗證及參考一些文獻，提出幾點建議，提供往後研究方 向的參考:

1. PID 控制器可結合各個演算法，尋找最佳控制器參數解結合一些控制理論來 提升DC-DC 轉換器控制之穩定性。

2. 透過本文建置的能源管理方式能夠對儲能系統進行最佳的排程規劃，而未來 希望加入其他演算法來尋找最佳解，以即時性的管理模式達到節約之技術重點。

3. 將本文建置的多能源硬體架構實現於實際的太陽能光電板。

4. 承上所有硬體架構成本及考慮使用年限後做個攤提成本計算。

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