課程模組大綱
課程大綱 授課時數 相關配套及實施方式說明
1. 矽晶太陽能電池結構、發電原理及特性分析:利用模組所發展的教材，以課堂授課方式解說
2. 矽晶太陽能電池製程原理、封裝及先進技術:利用模組所發展的教材，以課堂授課方式解說
3. 有機及染敏太陽能電池原理與實作:實驗實作
4. 晶片清洗及磷擴散製程:實驗實作
5. 晶片黃光顯影及蝕刻製程:實驗實作
6. 太陽能電池電性檢測:實驗實作
7. 太陽能發電系統:利用模組所發展的教材，以課堂授課方式解說
8. 升壓及降壓器模組整合:實驗實作
9. 控制器模組整合:實驗實作
10. 電氣監控模組整合:實驗實作
11. 儲能模組整合:實驗實作
12. 實驗成果檢核及修正建議:以口頭報告方式，進行各分組之太陽能系統成果檢核，並建議改良後再驗收
Course module outline
Course syllabus, teaching hours, related supporting facilities and description of implementation methods
1. Silicon crystal solar cell structure, power generation principle and characteristic analysis: use the teaching materials developed by the module to explain in the form of classroom teaching
2. Silicon solar cell process principles, packaging and advanced technology: using teaching materials developed by modules, explained in a classroom teaching manner
3. Principle and implementation of organic and dye-sensitive solar cells: experimental implementation
4. Wafer cleaning and phosphorus diffusion process: experimental implementation
5. Wafer yellow light development and etching process: experimental implementation
6. Solar cell electrical testing: experimental implementation
7. Solar power generation system: use the teaching materials developed by the module to explain in the form of classroom teaching
8. Boost and buck module integration: Experimental implementation
9. Controller module integration: experimental implementation
10. Electrical monitoring module integration: experimental implementation
11. Energy storage module integration: experimental implementation
12. Inspection of experimental results and suggestions for correction: In the form of oral report, the results of the solar system of each group will be inspected, and improvements will be recommended before acceptance.
1. The Physics of Solar Cells (J. Nelson), Imperial College Press, 2003.
2. 太陽能電池：原理、元件、材料、製程與檢測技術 (翁敏航、楊茹媛、管鴻、晁成虎合著), 東華出版社, 2011.
1. The Physics of Solar Cells (J. Nelson), Imperial College Press, 2003.
2. Solar Cells: Principles, Components, Materials, Processes and Detection Technology (co-authored by Weng Minhang, Yang Ruyuan, Guan Hong, and Chao Chenghu), Donghua Publishing House, 2011.
| 評分項目 Grading Method | 配分比例 Grading percentage | 說明 Description |
|---|---|---|
| 平時成績平時成績 usual results |
20 | 出席20% |
| 分組實作作業分組實作作業 Group implementation work |
30 | 每次佔10% (3部分) |
| 期末分組書面報告期末分組書面報告 Final group written report |
20 | 第18周 |
| 期末分組報告期末分組報告 End-of-period group report |
30 | 第14~17周 |
