2015-01-272024-05-17https://scholars.lib.ntu.edu.tw/handle/123456789/671936摘要：將太陽能發電裝置設置於池塘、湖泊、水庫甚至海洋等水面上具有避免土地使用短缺問題,較佳的發電效率及避免人為破壞的優點。然而要將發電機組置於水面上，需面對浮動平台設計及其錨泊系統等技術性問題。本計畫旨在協助設計合適的浮動平台並且提出適用之錨泊方式來固定浮動平台。此為第二年期計畫，承第一年計畫之成果，本年度之研究工作為(1)延續第一年的置於院區太陽能測試平台的穩定度實測，並整合氣象資料進行分析，(2)加強平台穩定度數值模擬，(3)配合總計畫，實地勘察未來平台系統可能置放的自然環境，(4) 發表研究成果於學術研討會或期刊。<br> Abstract: The advantages of PV system installed on the floating platform in the pond, lake, reservoir, and even ocean are to avoid the issue of land shortage and artificial damage and to improve the efficiency of power generation. Therefore, the issues of the floating platform design and the mooring technology are raised. The goal of this proposal seeks to assist to design the suitable floating platform and propose feasible anchorage methods. This is a second-year-running project. Based on the results from the first-year run, the research work in this project include (1) continuously monitoring the test floating platform/PV system located at INER and incorporating the meteorological data for analysis, (2) the enhancement of the numerical simulation for floating platform stability, (3) evaluation of the natural environments for the deployments of PV system and (4) presentation of our results on scientific meeting or journal.太陽能太陽光電系統浮動平台錨碇Solar energyPhotovoltaic SystemsFloating platformMooring