本課程是『材料科學與工程』課程的延續課程，特別針對能源相關的材料作介紹。能源材料指用於能源轉換、儲能、節能、綠能及氫能的材料，並包含綠色能源等各種再生能源領域。能量轉換與儲能材料是各種能量轉換與儲能裝置所使用的材料，是發展研製各種新型、高效能量轉換與儲能裝置的關鍵，包括鋰離子電池材料、鎳氫電池、燃料電池材料、超級電容材料和熱電轉換材料。 本課程以圖像方式並透過影片探討能源材料如儲能、二次電池、燃料電池、太陽電池材料、光觸媒及發光二極體等材料的能量轉換原理及機制，材料特性、要求、關鍵技術等，期使學生對當前的新能源研究趨勢和技術發展及新能源關鍵材料有具體認識，並激發對相關研究的興趣，同時利用相關技術協助研究、設計能源相關的材料。由課程中安排文章導讀與學生報告，使學生瞭解能源材料相關工程技術發展及應用現況。This course is a continuation of the "Materials Science and Engineering" course, specifically focusing on energy-related materials. Energy materials refer to materials used for energy conversion, energy storage, energy saving, green energy and hydrogen energy, and include various renewable energy fields such as green energy. Energy conversion and energy storage materials are materials used in various energy conversion and energy storage devices. They are the key to the development of various new and efficient energy conversion and energy storage devices, including lithium-ion battery materials, nickel-hydrogen batteries, fuel cell materials, super Capacitor materials and thermoelectric conversion materials. This course uses images and videos to explore the energy conversion principles and mechanisms of energy materials such as energy storage, secondary batteries, fuel cells, solar cell materials, photocatalysts, and light-emitting diodes, as well as material characteristics, requirements, key technologies, etc. , to enable students to have a specific understanding of current new energy research trends and technological developments as well as new energy key materials, and to stimulate interest in related research. At the same time, relevant technologies will be used to assist in the research and design of energy-related materials. Article introductions and student reports are arranged in the course to enable students to understand the current development and application of engineering technologies related to energy materials.
[Textbook]
新能源關鍵材料, 作者：王錫福、邱善得、薛康琳、蔡松雨, 全華/科友圖書股份有限公, ISBN：9789572190883, Publishing date: 2013.
[Textbook]
Key materials for new energy, authors: Wang Xifu, Qiu Shande, Xue Kanglin, Cai Songyu, Quanhua/Keyou Books Co., Ltd., ISBN: 9789572190883, Publishing date: 2013.
| 評分項目 Grading Method | 配分比例 Grading percentage | 說明 Description |
|---|---|---|
| 隨堂作業隨堂作業 Homework |
10 | 課程中將安排3~5次隨堂作業，針對學習內容進行評估 |
| 測驗一測驗一 Test one |
15 | 針對本課程[第一~四章 ]進行學生學習狀況評量 |
| 測驗二(期中考)測驗二(期中考) Test 2 (midterm exam) |
15 | 針對本課程[第五~七章]進行學生學習狀況評量(初版報告提交) |
| 測驗三測驗三 Test 3 |
15 | 針對本課程[第八~十章]進行學生學習狀況評量 |
| 測驗四(期末考)測驗四(期末考) Test 4 (final exam) |
15 | 針對本課程[第十一~十三章]進行學生學習狀況評量(完整版報告提交) |
| 期末報告期末報告 Final report |
20 | 由學生選定與本課程相關之主題進行報告，其中報告架構5%與內容完整性5%、文獻引用與報告撰寫5%、口頭報告5% |
| 出席率出席率 Attendance |
10 | 依據學生課程出席率與上課狀況進行評估 |
