Abstract
The interaction between the direct- axis flux and quad- rature-axis flux, which is brought about by magnetic saturation, makes the prediction of machine transient performance a difficult proposition. This factor was treated as having prime importance, but other non-linearities were considered as well, in developingthe mathematical model of the machine.
The model was treated as a multi- variable non-linear control system for analysis by numerical methods. Results from the analysis indicate that a reasonably accurate prediction of performance was obtained over a wide range of initial conditions.
A method was then evolved, using a hill climbing technique, which enabled prediction of the control strategy required to optimise to a desired transient performance.
Date of Award | Apr 1969 |
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Original language | English |
Awarding Institution |
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Keywords
- electrical engineering
- d.c. machine
- single axis
- direct current