Course: 燃料電池及氫能 Fuel cell and hydrogen energy
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<br>When: 112年度2nd semester, Tue 13:20-16:20
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<br>Student Learning Goals:
<br>◆ Learn basic principles of fuel cell operation
<br>◆ Learn battery structure, process, and testing technology
<br>◆ Learn the application of fuel cells and energy management in daily life
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<br>Handouts: may be downloaded by the student.
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<br>Textbook:
<br>Fuel Cell Handbook, EG&G Technical Service, 7th Edition, US DOE (2004)
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<br>Textbook (reference):
<br>1. Solid Oxide Fuel Cell Components - Interfacial Compatibility of SOFC Glass 
<br>Seals,
<br>Gurbinder Kaur, Springer, (2016)
<br>2. Hydrogen and Fuel Cell - Technologies and Market Perspectives
<br>Johannes T&#246;pler and Jochen Lehmann, Springer, (2016)
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<br>Assignments and Grading (subject to revision):
<br>◆ Class participation: 10%
<br>◆ Report: 10%
<br>◆ Midterm exam: 30%
<br>◆ Final exam: 50%
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<br>Contact: 森川響二朗 助理教授 / Kyojiro Morikawa, Assistant Professor 
<br>(morikawa@pme.nthu.edu.tw)
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<br>Contents:
<br>1.	Concept of Fuel cell
<br>2.	Basic principles (1) – Gibbs free energy
<br>3.	Basic principles (1) – Nernst equation
<br>4.	Basic principles (1) – Electrochemical reaction
<br>5.	Types of fuel cells – Polymer Electrolyte Fuel Cell, Alkaline Fuel Cell
<br>6.	Types of fuel cells – Phosphoric Acid Fuel Cell, Molten Carbonate Fuel 
<br>Cell, Solid Oxide Fuel Cell
<br>7.	Basic principles (2) – Energy balance
<br>8.	Basic principles (2) – Fuel cell efficiency
<br>9.	Characteristics – Material property, structure and key components
<br>10.	Mid-term exam 
<br>11.	Fuel cell systems – Power condition 
<br>12.	Fuel cell systems – Power design and optimization 
<br>13.	Fuel cell systems – Battery testing technology
<br>14.	Application – Developed and developing fuel cells 
<br>15.	Hydrogen energy – Production methods
<br>16.	Hydrogen energy – Storage and transportation methods
<br>17.	Hydrogen energy – Application and foresight
<br>18.	Final exam
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