工業技術研究院

技術簡介

澎湖低碳島專案計畫，其中2 大指標性工程的馬公機場與馬公第一漁港太陽光電系統，部分支架在5年內受鹽害腐蝕斷裂，遠遠低於太陽光電系統保障發電20 年期限，所以本技術將進行嚴苛環境下太陽光電系統組件腐蝕行為探討，並預測不同材料的使用壽命，進一步找到嚴苛環境下較佳的太陽光電系統組件材料。

Abstract

In 2013, the Energy Bureau of the Ministry of Economic Affairs provided a subsidy of 360 million U.S. dollars to integrate the low-carbon island project in Penghu. Among them, the Magong Airport and Magong No. 1 Fishing Port Solar Photovoltaic System, which are two major landmark projects, were damaged by salt within 5 years which is far beyond the 20-year period of solar photovoltaic system guaranteeing power generation. Therefore, this study will investigate the corrosion behavior of solar photovoltaic system components under harsh environments, and predict the substitution of different materials, and further find a better photovoltaic system under harsh environments Component materials.

技術規格

1.模擬戶外嚴苛環境的太陽光電系統腐蝕行為，以太陽光電系統組件進行鹽霧實驗，設計規劃使用符合IEC 60068-2-52 Ed.3 的鹽霧試驗機進行Test method 8 測試。 2.預測嚴苛環境下太陽光電系統組件腐蝕壽命，並擬找出適應嚴苛環境之太陽光電系統之材料，期有助於太陽能產業之永續發展。

Technical Specification

1. Simulate the corrosion behavior of solar photovoltaic systems in harsh outdoor environments, conduct salt spray experiments with solar photovoltaic system components, and design and plan to use a salt spray testing machine that complies with IEC 60068-2-52 Ed.3 for Test method 8 testing. 2. Predict the corrosion life of solar photovoltaic system components in harsh environments, and plan to find materials for solar photovoltaic systems that can adapt to harsh environments, which is expected to contribute to the sustainable development of the solar energy industry.

技術特色

目前太陽能發電系統組件對系統腐蝕劣化的因子及對使用壽命預測尚無深入之研究。本技術將進行嚴苛環境下太陽光電系統組件腐蝕行為探討，進一步預測不同材料的使用壽命，並擬找出適應嚴苛環境之太陽光電系統之材料，期有助於太陽能產業之永續發展。

應用範圍

太陽光電系統建置規劃與評估。

接受技術者具備基礎建議（設備）

具有太陽光電系統或太陽光電系統建置評估需求。

接受技術者具備基礎建議（專業）

有建置太陽光電系統經驗者。

聯絡資訊