Class Calendar Is Tentative and Is Updated Throughout Semester - Last Update 05 May 2005

Course Calendar

Class Date Topic Reading Assignment
1 W 12 Jan Syllabus, Course Overview, Electricity Production Borberly, Kreider, pp. 3-15. .
2 F 14 Jan Distributed Generation Technologies Borberly, Kreider, pp. 18-24. .
3 M 17 Jan Martin Luther King Jr.'s Birthday HOLIDAY No Classes .
3 W 19 Jan Environmental Issues of Electricity Production Borberly, Kreider, pp. 36-46. .
4 F 21 Jan Solar Energy Introduction Green, pp. 1-13. .
5 M 24 Jan Sun and Solar Radiation Messenger, Ventre, pp. 19-38. Homework #1 Assignment,
due Feb. 4.
6 W 26 Jan Physics of Solar Cells, Absorption Messenger, Ventre, pp. 19-38, 297-333. Paper Assignment,
due March 14
7 F 28 Jan No Class . .
8 M 31 Jan Recombination Mechanisms Green, pp. 40 - 47, 50 - 55. .
9 W 2 Feb No Class . .
10 F 4 Feb Illimuniated Characteristics of Solar Cells, Solar Cell Efficiency Green, pp. 62 - 82. Homework #2 Assignment,
due Feb. 11.
11 M 7 Feb Equivalent Circuit of Solar Cell,
Processing Steps to Make Solar Cells
Green pp. 103-113, Chapter 5. .
12 W 9 Feb No Class . .
13 F 11 Feb Solar Cell Encapsulation, PV Cell Mismatch, Mitigation Techniques . .
14 M 14 Feb Integrating PV System with Batteries Messenger, pp. 51-72. .
15 W 16 Feb PV System Availability . .
16 F 18 Feb No Class . .
17 M 21 Feb Maximum Power Trackers Messenger, pp. 73-97. .
18 W 23 Feb . . .
19 F 25 Feb No Class . .
20 M 28 Feb . . .
21 W 2 Mar Midterm Exam, 8 - 10 a.m. . .
22 F 4 Mar No Class . .
23 M 7 Mar No Class . .
24 W 9 Mar No Class . .
25 F 11 Mar Review Exam #1 . .
26 M 14 Mar . . .
. W 16 Mar Microturbines - Introductionk Borberly, pp. 119-150. .
. F 18 Mar No Class . .
. M 21 Mar Spring Break No Class .
. W 23 Mar Spring Break No Class .
28 F 25 Mar Spring Break No Class .
29 M 28 Mar Microturbines - Flexible fuel, control, energy storage Microturbine Manufacturer List. .
30 W 30 Mar Microturbines - ancillary services . .
31 F 1 Apr Fuel Cells - Comparison of Different Types Borberly, Chapter 6 .
32 M 4 Apr Early History of Fuel Cell Development Hoogers, Chapter 2 .
33 W 6 Apr Electricity Direct from Coal,
Solid Oxide Fuel Cell
Hoogers, Chapter 2 .
34 F 8 Apr Molten Carbonate Fuel Cell,
Alkaline Fuel Cell
Hoogers, Chapter 2 .
35 M 11 Apr Membrance Electrode Assembly Hoogers, Chapter 4 .
36 W 13 Apr Microturbines, Biodiesel . .
37 F 15 Apr Worldwide Wind Resources . .
37 M 18 Apr Windmill Components . .
38 W 20 Apr Speed Control of Wind Turbines . .
39 F 22 Apr . . .
40 M 25 Apr Hot Dry Rock, Tidal Power . .
41 W 27 Apr Energy Independence . .
. W 4 May FINAL EXAM 8 a.m. - 10 a.m. .