Performance of planned shipboard distribution/generation systems can be affected by power fluctuations and inappropriate control strategies. A measure of observability of such systems will allow one to quantify their operational performance. This paper attempts to account for observability of these systems through the incorporation of nonlinear dynamics of converters and electromechanical behavior of generators and loads. The example section will focus on a DAE model of a shipboard system where observability formulation is applied and results reflect the influence of these additional states on overall observability and system performance.
Nonlinear observability formulation for shipboard power systems incorporating converter dynamics
2011-04-01
679141 byte
Conference paper
Electronic Resource
English
NTIS | 1957
Incorporating Observability into Trajectory Optimization (AAS 05-132)
British Library Conference Proceedings | 2005
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