LEC # | TOPICS | KEY DATES |
---|---|---|
1 | Introduction to power systems | |
2 | Review of network theory: power | |
3 | Inductance, capacitance, first order transients; buck converter | Problem set 1 due |
4 | More ODEs: boost converters; sinusoidal steady state, reactive power | |
5 | Sinusoidal steady state: complex impedance; flow through lines | Problem set 2 due |
6 | Transmission lines: telegrapher’s equations | Problem set 3 due |
7 | Transmission lines in sinusoidal steady state, polyphase systems | |
8 | Polyphase circuits and transmission lines | |
9 | Transformers and per-unit systems | Problem set 4 due |
10 | Unbalanced circuits: symmetrical components | |
11 | Symmetrical components, transformers, faults, protection | Problem set 5 due |
12 | Phase control, high-voltage direct current (HVDC) | |
Quiz 1 | ||
13 | Protection, load flow | |
14 | Forces in electromagnetic systems: energy flow, Poynting | Problem set 6 due |
15 | Induction and principle of virtual work | |
16 | Multiply excited systems, synchronous machines | Problem set 7 due |
17 | Two axis theory: generators | |
18 | Windings, wound rotor machines | Problem set 8 due |
19 | Doubly fed and squirrel cage motors and generators | Problem set 9 due |
20 | Induction motor control: volts/Hz and field oriented control | |
21 | Faraday’s law again: DC and PM machines | Problem set 10 due |
22 | Switching power electronic circuits | |
23 | Inverters | Problem set 11 due |
Quiz 2 |
Calendar
Course Info
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As Taught In
Spring
2011
Level
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Problem Sets with Solutions
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