教學大綱與進度

課程基本資料：

學年期	課號	課程名稱	階段	學分	時數	修	教師	班級	人	撤	備註
110-2	296423	太陽能工程	1	3.0	3	★	黃博全	能源三	0	0	【停開】

教學大綱與進度：

教師姓名	黃博全
Email	pchuang@ntut.edu.tw
最後更新時間	2022-02-12 10:22:38
課程大綱	太陽能工程是一門利用太陽之能量來提供人類能源之科學，太陽能為取之不盡用之不絕，且為乾淨又穩定之來源，在油價高漲且地球環境保護需求日益殷切的今日，太陽能之能源應用，已成為今日最熱門之學科。 本科目將由認識太陽、地球與太陽互動關係、地球上太陽能之基本熱輻射理論，結合各種不同形式之利用太陽能源有效裝置，討論太陽能之有效利用方式及相關系統技術。以期在既有太陽能利用技術上，發揮更有效率的太陽能源工程系統設計，奠定未來21世紀太陽能源利用之高效率化基礎。 Solar energy engineering is a science that uses the energy of the sun to provide human energy. Solar energy is inexhaustible, and it is a clean and stable source. Today, when oil prices are rising and the demand for environmental protection is increasing, solar energy is an energy source. Application has become the most popular subject today. This subject will discuss the effective use of solar energy and related system technologies by understanding the sun, the interaction between the earth and the sun, and the basic thermal radiation theory of solar energy on the earth, combining various effective devices for using solar energy sources. It is hoped that in the existing solar energy utilization technology, more efficient solar energy source engineering system design will be used to lay the foundation for the high efficiency of solar energy source utilization in the future 21st century.
課程進度	周次 授課內容 作業 1 Ready week - Overall introduction 2 Chap. 1 Introduction to Solar Energy and Its Conversion for Use on Earth 3 Chap 1 Introduction to Solar Energy and Its Conversion for Use on Earth Homework 1 4 Chap. 2 Fundamentals of Solar Radiation(I) 5 Chap. 2 Fundamentals of Solar Radiation(II) 6 Chap. 3 Fundamentals of Fluid Mechanics and Heat Transfer(I) Homework 2 7 Chap. 3 Fundamentals of Fluid Mechanics and Heat Transfer(II) Homework 3 8 Chap. 3 Fundamentals of Fluid Mechanics and Heat Transfer(III) 9 Chap. 4. Methods of Solar Collection and Thermal Conversions(I) 10 Chap. 4. Methods of Solar Collection and Thermal Conversions(II) Homework 4 11 Chap. 5 System Analysis, Component and Economics of Solar System(I) 12 Chap. 5 System Analysis, Component and Economics of Solar System(II) Homework 5 13 Chap. 6 Solar-Heating Systems(I) 14 Chap. 6 Solar-Heating Systems(II) Homework 6 15 Chap. 7 Solar Cooling and Dehumidification(I) 16 Chap. 7 Solar Cooling and Dehumidification(II) Homework 7 17 Chap. 8 Solar Electric Power and Process Heat(I) 18 Chap. 8 Solar Electric Power and Process Heat(II) Homework 8 19 Chap. 9 Natural Solar Conversion Systems(I) 20 Chap. 9 Natural Solar Conversion Systems(II) Homework 9 21 Research report presentation 22 Research report presentation
評量方式與標準	作業、平時考、上課表現出席率(20%) 期中考(或研究報告)(40%)， 期末考(40%) 註:作業須於規定期限內繳交，逾期一週以內所得成績打80%計算，逾期一週以上者，以零分計算。
使用教材、參考書目或其他	【遵守智慧財產權觀念，請使用正版教科書，不得使用非法影印教科書】 使用外文原文書：是 教科書: Frank Kreith and Jan F. Kreider, Principles of Solar Engineering, Hemisphere Publishing Corporation, 1978 參考書:. 1.太陽能系統分析與設計 2.Edward E. Anderson, Fundamentals of Solar Energy Conversion, Addison Wesley Publishing Company. 3.黃文雄，太陽能之應用及理論，協志工業叢書。
課程諮詢管道
課程對應SDGs指標
備註	1.請加入本班line群組(https://line.me/R/ti/g/MvPG6KDYeX)，以利課程聯繫與討論。 2.因應疫情可能會調整授課方式、進度與評量方式。如果無法實體上課時，將使用Google Meet於原定上課時間進行遠距上課，會議網址將公告於本班line群組。 3.如有加退選或課程問題請email給老師(pchuang@ntut.edu.tw)或來電0922746198