2019 Mechanical-to-electrical energy conversion

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Academic unit or major
Graduate major in Energy Science and Engineering
Instructor(s)
Fujita Hideaki 
Course component(s)
Lecture
Day/Period(Room No.)
Tue5-6(S423)  Fri5-6(S423)  
Group
-
Course number
ENR.L401
Credits
2
Academic year
2019
Offered quarter
1Q
Syllabus updated
2019/4/5
Lecture notes updated
2019/6/7
Language used
English
Access Index

Lecture

Lecture 1 Electric generators and mechanical to electrical energy conversion Introduction, variation of electric generators, applications of generators.

2019.4.9(Tue.) 5-6Session

Lecture

Lecture 2 Electromagnetic induction and electromagnetic force Electromagnetic induction and electromotive force, Electromagnetic force and torque.

2019.4.12(Fri.) 5-6Session

Lecture

Lecture 3 Fundamental of mechanical to electrical energy conversion DC generators, torque, electromotive force, mechanical to electrical energy conversion.

2019.4.16(Tue.) 5-6Session

Lecture

Lecture 4 Fundamental of ac electric generators Rotating magnetic field, principle of torque generation, electromotive force.

2019.4.19(Fri.) 5-6Session

Lecture

Lecture 5 Synchronous generators Structure, principle, operating principle, operating characteristics.

2019.4.23(Tue.) 5-6Session

Lecture

Lecture 6 Characteristics of synchronous generators connected to a utility grid Grid connection, operating principle, fundamental characteristics.

2019.4.26(Fri.) 5-6Session

Lecture

Lecture 7 Stability of synchronous generators Synchronized force, stability analysis, power swing.

2019.5.7(Tue.) 5-6Session

Lecture

Lecture 8 Summary of the first half Mechanical to electrical energy conversion, structure, principle, characteristics, and stability.

2019.5.10(Fri.) 5-6Session

Lecture

Lecture 9 Variable speed electric generators System configurations, fundamental principles, fundamental characteristics

2019.5.14(Tue.) 5-6Session

Lecture

Lecture 10 Power converters for variable speed operation Rectifiers, inverters, cycloconverters, and their combination.

2019.5.17(Fri.) 5-6Session

Lecture

Lecture 11 Variable speed operation of synchronous generators System configurations, fundamental principles, fundamental characteristics.

2019.5.21(Tue.) 5-6Session

Lecture

Lecture 12 Variable speed operation of induction generators System configurations, fundamental principles, fundamental characteristics.

2019.5.24(Fri.) 5-6Session

Lecture

Lecture 13 Doubly-fed induction generators System configurations, fundamental principles, fundamental characteristics.

2019.5.28(Tue.) 5-6Session

Lecture

Lecture 14 Applications to hydro power generation Conventional hydro generators, pumped hydro systems, variable speed operation.

2019.5.31(Fri.) 5-6Session

Lecture

Lecture 15 Applications to wind power generation Induction generators, doubly-fed induction generators, permanent magnet synchronous generators.

2019.6.4(Tue.) 5-6Session

End of Term Examination

Lecture 16 Final Examination

2019.6.11(Tue.) 5-6Session

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