高效多彩的聚合物太陽能電池 : 活性層和金屬合金電極的優化 = An Efficient and Colorful Polymer Solar Cells : The Optimization of the Active Layers and Metal Alloy Electrodes / 偉大.
- 作者： 偉大
- 其他題名：
- An Efficient and Colorful Polymer Solar Cells : The Optimization of the Active Layers and Metal Alloy Electrodes
- 主題： 聚合物太陽能電池 多彩的太陽能電池 室內光收集 法布里-珀羅電極 金屬合金. , Polymer solar cell colorful solar cell indoor light harvesting Fabry-Perot electrode metal alloy.
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電子資源
- 一般註：指導教授: 劉舜維. 學年度: 109.
- 書目註：參考書目： 葉.
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讀者標籤：
- 系統號： 005167592 | 機讀編目格式
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摘要註
Recently, polymer solar cells (PSCs) attract the researcher's attention due to the rapid development of efficiency under one sun or indoor light condition. PSCs have been achieved 18% of power conversion efficiency (PCE) under one sun, resulting in the approach of the particular application, i.e., wearable electronics or building windows, etc. The operational concepts of indoor light harvesting and the colorful electrode could probably integrate for realizing the embellishment and energy harvesting products. This work will explain some parameters that influence the PSC's efficiency under sunlight and indoor condition. Another thing, we also will propose a new design of the Fabry-Perrot electrode utilizing metal alloy. As a result, the device with ZnO nanoparticles shows a 21% enhancement of PCE comparing to the device with ZnO sol-gel where it strongly depends on ZnO's mobility and surface charge accumulation under one sun illuminance. Simultaneously, the impact of trap-assisted recombination influences the PSC performance under indoor light conditions. Furthermore, the proposed Fabry-Perrot electrode's cavity effect can tune the device's color and efficiency, which remains 90% of PCE comparing to the 100 nm of Ag electrode..
內容註
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