針對分散式太陽能發電系統，再受到雲層短暫的遮蔭影響，造成功率的瞬間驟降，使得電力輸出品質降低，本研究擬引入超級電容的蓄電功能，進行瞬間補償短暫變動的光伏輸出，期望達到負載端較為平穩的電力輸出品質。
在模擬的部份使用了Multisim電路模擬與Labview程式構出模擬系統，藉由Multisim架構出功率優化器以觀察暫態反應以及太陽能發電系統搭配上電容之後的效果。主要會在Multisim模擬分別在輸入端以及輸出端對電容的充電情形以及不同照度下對電容充電的情形，最後在模擬出電容的放電特性在搭配上Labview控制照度變換，並藉由電容的補償模擬出當日照度降低時藉由電容放電所得出來的輸出曲線。
實驗部份則是採用實驗室的太陽能陣列模擬器(SAS)，輸入所預期的太陽能板特性，結合由實驗室開發的功率優化器搭配上超級電容模組以及中央控制器的邏輯判斷在適當的時機控制超級電容的充放電，在藉由電路元件達到功率補償的效果。從實驗的Case中得到一些結果，並利用這些結果提出一套門檻的補償機制以及太陽能發電系統搭配上超級電容的選擇建議。

The main content of this study is to use the supercapacitor to match the solar power generation system. When the solar panel is shaded by a short cloud, the power will suddenly drop and the power supply at the load end will be unstable to reduce the power quality. In the experimental part, the solar array simulator (SAS) is paired with the power optimizer developed by our laboratory with the National Instrument (NI) device as the central controller, with the power optimizer and the central controller. The communication, in conjunction with the DC1937B supercapacitor module developed by Linear Technology, compensates for the instantaneous shortage of power when shading by the instantaneous charging and discharging of super capacitors. I believe that if combined with the application to the grid, there will be good benefits in the future. .

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