Download Project Engineering Outreach Student Time Line

ECE 522
Induction Machines
Project
Session23 EO
November 10, 2009
Project
I. Engineering Outreach Student Time Line
Tuesday, November 10, 2009: Assigned
Monday, November 23, 2009: Proposal Due
Monday, November 30, 2009: Project and Project Scope Finalized
Monday, December 21, 2009: Project Due
II. Description
A. Proposal
 The proposal should include a description of the proposed project.
 Include whether your project can be posted on the class web-site.
 Include what contact information for you can be posted on the class web-site, if it is
okay to post your project.
 Maximum length 2 pages.
B. Content
 Literature searches
 Model developments
 Matlab/Simulink simulations
 Examples
 Case studies
 Comparisons
C. Scope
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About 20- 30 hours of effort
About the same effort as two take home exams, but spread out of a longer period
Not work that you have already performed for work or a class
Can be material that relates to your job
D. Project and Project Scope Agreement
 The course instructor will review your proposal and accept it as written or work with
you to modify your proposal
ECE 522
Induction Machines
Project
Session23 EO
November 10, 2009
E. List of Example Project Ideas
1) FOC of a DFIG – model development and examples
2) Short circuit analysis of DFIG – model development and examples
3) Full transient simulation of FOC using Matlab/Simulink
4) Comparison of current regulators for FOC – e.g. synchronous vs stationary current
regulators
5) Unbalanced two-phase i/m – squirrel cage rotor; a main and an auxiliary stator windings
6) Bus transfer – development and examples
7) Impact of the presence of negative sequence voltage accompanying positive sequence
excitation of a squirrel cage i/m (development and examples)
8) Transient simulation of a DFIG in Matlab/Simulink – development and examples
9) Transient wind turbine DFIG model in Matlab/Simulink – development and examples
10) Singled phased three phase i/m – development and examples
11) Inclusion of magnetic saturation of an isolated singularly excited induction generator –
development and examples
12) Singularly excited induction generator connected to a large power systems – faults
study, stability considerations
13) Squirrel cage to three-phase winding – development and examples
14) Student idea
15) On-line parameter identification for FOC
16) Sensor-less indirect FOC
ECE 522
Induction Machines
Project
Session23 EO
November 10, 2009