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課程目標 Learning Objectives
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本課程旨在從材料科學與元件物理的角度深度探討太陽電池的基本原理、結構設計、製程技術及其在不同應用場景中的性能優化。透過系統性的介紹與分析，學生將學習包括半導體物理基礎、太陽電池的光電轉換原理、特性與效率評估，以及各類太陽能電池材料（如結晶矽、非晶矽、化合物半導體、III-V 多接面電池與新型有機/量子點電池）的製備方法與元件設計策略；同時涵蓋太空用電池設計與太陽電池產業現況與未來發展趨勢等議題 。透過課堂講授、專題分析、文獻閱讀與案例研討，本課程培養學生具備分析複雜太陽電池系統、比較不同電池技術優劣、理解材料與裝置性能關聯之能力，並能將理論知識應用於研發或實務應用領域，為進一步研究或投入光伏與再生能源產業打下堅實基礎。
This course aims to provide an in-depth exploration of the fundamental principles, structural design, fabrication technologies, and performance optimization of solar cells from the perspectives of materials science and device physics. Through systematic introduction and analysis, students will learn the fundamentals of semiconductor physics, the photoelectric conversion principles of solar cells, performance characteristics and efficiency evaluation, as well as the fabrication methods and device design strategies of various photovoltaic materials, including crystalline silicon, amorphous silicon, compound semiconductors, III–V multijunction solar cells, and emerging organic and quantum dot solar cells. The course also covers space solar cell design, as well as the current status and future development trends of the photovoltaic industry.
Through lectures, topic-based analysis, literature review, and case studies, this course aims to equip students with the ability to analyze complex photovoltaic systems, compare the advantages and limitations of different solar cell technologies, and understand the relationships between materials and device performance. Furthermore, students will be able to apply theoretical knowledge to research and practical applications, thereby establishing a solid foundation for advanced study or careers in the photovoltaic and renewable energy industries.
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課程大綱 Course Syllabus
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| 週次 Week |
課程單元大綱 Unit |
教學方式 Instructional Method/Style/Teaching Style |
參考資料或相關作業 References or Related Materials |
評量方式 Grading |
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1
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課程規定講解(Introduction to Course Policies)
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課堂規則講述(Classroom Rules Overview)
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2
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半導體太陽電池元件原理(Principles of Semiconductor Solar Cell Devices)
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課堂講述(Lectures)
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3
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結晶矽材料之製備(Preparation of Crystalline Silicon Materials)
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課堂講述(Lectures)
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4
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單晶矽太陽電池(Monocrystalline Silicon Solar Cells)
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課堂講述(Lectures)
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5
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多晶矽太陽電池(Polycrystalline Silicon Solar Cells)
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課堂講述(Lectures)
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6
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非晶矽太陽電池(Amorphous Silicon Solar Cells)
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課堂講述(Lectures)
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7
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文獻心得報告(Literature Review Report)
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個人簡報(Individual Presentation)
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8
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文獻心得報告(Literature Review Report)
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個人簡報(Individual Presentation)
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9
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II-VI化合物太陽電池(II–VI Compound Semiconductor Solar Cells)
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課堂講述(Lectures)
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10
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II-VI化合物太陽電池(II–VI Compound Semiconductor Solar Cells)
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課堂講述(Lectures)
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11
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III-V化合物太陽電池(III–V Compound Semiconductor Solar Cells)
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課堂講述(Lectures)
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12
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太空用太陽電池(Space Solar Cells)
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課堂講述(Lectures)
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13
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有機、染料敏化電池(Organic and Dye-Sensitized Solar Cells)
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課堂講述(Lectures)
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14
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鈣鈦礦太陽電池(Perovskite Solar Cells)
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課堂講述(Lectures)
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15
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文獻心得報告(Literature Review Report)
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個人簡報(Individual Presentation)
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16
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文獻心得報告(Literature Review Report)
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個人簡報(Individual Presentation)
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17
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企業參訪與實作(Industry Visit and Hands-on Practice)
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上傳學習心得
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18
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期末考週(提供教材，讓學生自主學習)(Final Exam Week (Course materials provided for students' self-directed learning))
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自主學習(Self-directed learning)
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上傳學習心得
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