ESS 3700-0

Brief

本課程希望讓學生對氫能有詳盡的認識並具備氫能科技中基本技術的知識。課程內容涵括氫氣的產生，儲存，運送，能源上的利用，以及安全 性評估。同時與其他現有能源產業鍊比較，讓同學了解與體會發展綠色能源的重要性，以及發展新能源中需要加以考慮的各個面向。

Description

Course keywords: Hydrogen, Energy, Technology, 氫氣, 能源, 科技 教學目的與課程說明 本課程希望讓學生對氫能有詳盡的認識並具備氫能科技中基本技術的知識。課程內容涵括氫氣的產生，儲存，送， 能源上的利用，以及安全性評估。本課程讓同學了解與體會發展綠色能源的重要性，以及發展新能源中需要加以考 慮的各個面向。 先修科目 無 教科書目 N/A 參考書目 1. Hydrogen Energy : Challenges and Prospects, Author(s): D A J Rand, R M Dell, RSC Publishing. 2008. 2. Tomorrow's Energy, revised and expanded edition (Hydrogen, Fuel Cells, and the Prospects for a Cleaner Planet) By Peter Hoffmann, The MIT Press. 2012. 上課方式 First 10 weeks: 2 hr lecture, 0.5 hr Q&A Last 6 weeks: 2 hr HW discussion, 0.5 hour group discussion 成績考核 Midterm Exam: 60% Weekly Group Presentation:20% Final Presentations:10% Personal Report:10% 課程內容 Why Hydrogen? What is the Hydrogen Economy? Production of hydrogen: Steam reforming, thermal reforming Production of hydrogen: Electrical lysis, oxidation of fossil fuel derivatives Production of hydrogen: Photocatalysis water splitting and biological routes Storage and transportation of hydrogen: metal hydride, Carbohydrates, and other composite Storage and transportation of hydrogen: Compressed or liquefied, other materials Future aspects of hydrogen production and storage Utilization of hydrogen as energy source: fuel cell and utility gas Economic and safety aspects of hydrogen energy 採用下列何項 AI 使用規則 (Indicate which of the following options you use to manage student use of the AI) 　(2)有條件開放，請註明如何使用生成式AI於課程產出 Conditionally open; please specify how generative AI will be used in course output

Timetable

Scores

Average GPA 4.01

Std. Deviation 0.58

Remarks

Restrictions

Compulsory

Elective

Cross Discipline

First Specialization

Second Specialization