Course Contents |
History of electric vehicles and comparison with traditional vehicles. Energy sources and energy storage devices; Batteries, fuel batteries, high-capacity capacitors. Energy conversion systems, motor types, torque-speed characteristics and control techniques. Basic variables and design software in electric vehicle design. Motion and power control systems in electric vehicles. Electric vehicle models (battery, hybrid and fuel battery). |
Weekly Course Content |
Week |
Subject |
Learning Activities and Teaching Methods |
1 |
Comparison of history of electric vehicles and internal combustion motor vehicles |
Narration, Question and Answer, Group work, Skill development work. |
2 |
Energy sources and energy storage devices, batteries, fuel cells, high power capacitors |
Narration, Question and Answer, Group work, Skill development work. |
3 |
Chemical energy conversion of electrical energy and electrical storage of lead, nickel, sodium, lithium and aluminum based batteries. |
Narration, Question and Answer, Group work, Skill development work. |
4 |
Fuel pipes |
Narration, Question and Answer, Group work, Skill development work. |
5 |
High Capacity Capacitors |
Narration, Question and Answer, Group work, Skill development work. |
6 |
Energy conversion systems, electric motors, dc motors and characteristics |
Narration, Question and Answer, Group work, Skill development work. |
7 |
AC motors and characteristics |
Narration, Question and Answer, Group work, Skill development work. |
8 |
mid-term exam |
|
9 |
Torque velocity characteristics and control techniques |
Narration, Question and Answer, Group work, Skill development work. |
10 |
Basic variables and software in electric vehicle design |
Narration, Question and Answer, Group work, Skill development work. |
11 |
Electric vehicle motion control and energy management systems |
Narration, Question and Answer, Group work, Skill development work. |
12 |
Electric vehicles with battery |
Narration, Question and Answer, Group work, Skill development work. |
13 |
Hybrid electric vehicles |
Narration, Question and Answer, Group work, Skill development work. |
14 |
Electric vehicles with fuel cell |
Narration, Question and Answer, Group work, Skill development work. |
15 |
Economical comparison of electric vehicles and future development |
Narration, Question and Answer, Group work, Skill development work. |
16 |
final exam |
|
Recommend Course Book / Supplementary Book/Reading |
1 |
HUSAIN, I., ELECTRIC AND HYBRID VEH. 2003 - MILLER,J.M., PROPULSION SYS FOR HYBRID VEH. IEE. 2004. - ÜNLÜ, N., ELEKTRIKLI ARAÇLAR, TÜBİTAK MAM, |
Required Course instruments and materials |
Projection, Computer |