An Automated State Model Generation Algorithm for Simulation/Analysis of Power Systems with Power Electronic Components 981256
In this paper, a recently-developed algorithmic method of deriving the state equations of power systems containing power electronic components is described. Therein the system is described by the pertinent branch parameters and the circuit topology; however, unlike circuit-based algorithms, the difference equations are not implemented at the branch level. Instead, the composite system state equations are established. A demonstration of the computer implementation of this algorithm to model a variable-speed, constant-frequency aircraft generation system is described. Because of the large number of states and complexity of the system, particular attention is placed on the development of a model structure which provides optimal simulation efficiency.
Citation: Pekarek, S., Walters, E., Skvarenina, T., and Wasynczuk, O., "An Automated State Model Generation Algorithm for Simulation/Analysis of Power Systems with Power Electronic Components," SAE Technical Paper 981256, 1998, https://doi.org/10.4271/981256. Download Citation
Author(s):
Steven D. Pekarek, E. A. Walters, T. L. Skvarenina, O. Wasynczuk
Affiliated:
Purdue University
Pages: 9
Event:
Aerospace Power Systems Conference
ISSN:
0148-7191
e-ISSN:
2688-3627
Also in:
Aerospace Power Systems Conference Proceedings-P-322, SAE 1998 Transactions - Journal of Aerospace-V107-1
Related Topics:
Mathematical models
Simulation and modeling
Aircraft
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