開課班級Class: 授課教師Teacher: 學分數Credits:
進四機械二B-產學訓 張永瑞 2
課程大綱Course Description:
本課程內容介紹歷史能源事件,台灣能源現況,傳統能源-化石燃料資源,煤,石油,天然氣,頁岩油與油砂,天然氣水合物—甲烷冰,核能,太陽能,風能,地熱發電,生質酒精,生質柴油,燃料電池,氫能運用,溫室效應與全球暖化,空氣污染,熱污染與戴奧辛。 課程內容重點包括:(一)地球的自然資源正持續減少,而人口卻正在快速增加,全世界能源的需求將在短期內倍增,而這些能源是否乾淨、安全且可靠的供應,更是目前人類共同面對的大問題;(二)未來全世界將轉型成無碳的氫經濟,以同時解決化石燃料在環境與能源安全上的諸多問題;(三)能源是構成客觀世界的三大基礎之一,人類尋找可持續的能源道路,開發利用新能源和可再生能源是完善能源系統的重點。因此,一些在台灣能源政策中一直不被看好的風能與太陽能等再生能源,卻逐漸嶄露頭角,有些國家甚至已將節能與能源效率及再生能源列為主流。
English Outline:
This course will introduce Energy history and Taiwan fossil fuel, Coal, Petroleum, natural gas, shale oil and bitumen sand, Gas Hydrate, Nuclear energy, Solar energy, Wind energy, geothermal power, Biothanol, Biodiesel, Fuel cell, Hydrogen energy, Global warming, Air pollution, Heat Island Effect. We emphasize following aspects: (1) Understanding the relationship of energy and power in life, further learning the corresponding knowledge are the objectives of the course. (2) Using the least amount of energy resources to minimize the burden on the environment and established to aim to improve energy efficiency in end-use sectors and to increase the diversity of energy resources consistent with an economically and environmentally sustainable future. (3) Hydrogen and fuel cell, such as proton exchange membrane fuel cell, direct methanol fuel cell, solid oxide fuel cell, and renewable hydrogen. Renewable energy, such as solar cell, wind power, and biomass; energy storage such as Li-Ion battery; advanced power management, such as high-efficient converter and inverter; energy-saving technology in manufacture. Furthermore, new developed power technologies are also introduced.
本科目教學目標Course Objectives:
教學型態Teaching Models: 成績考核方式Grading:
課堂教學  平時成績General Performance:40%
期中考Midterm Exam:30%
期末考Final exam:30%
其它 Other:
參考書目Textbooks/References:
SDGs指標:
UCAN職業項目:
課程更新狀態:
課程匯入時間Import Time:2024-01-23 08:19:00
最後更新時間Last Modified:2024-02-13 20:56:04,更新人modified by:張永瑞