Assessing the dynamic secure region for an all-electric ship model

Dynamic security is an important factor in survivability of all-electric ships. On the other hand, region-based security assessment methods are efficient for online applications. In this paper, a deterministic method is presented to assess Dynamic Secure Region (DSR) in all-electric ships. In this m...

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Bibliographic Details
Main Authors: Mashayekh, S., Butler-Purry, K. L.
Format: Conference Proceeding
Language:English
Subjects:
All-Electric Ship
Deterministic Security
DSATools
DSR
Dynamic Secure Region
Generators
Load modeling
Marine vehicles
Power system dynamics
Power system stability
Security
Transient analysis
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Summary:Dynamic security is an important factor in survivability of all-electric ships. On the other hand, region-based security assessment methods are efficient for online applications. In this paper, a deterministic method is presented to assess Dynamic Secure Region (DSR) in all-electric ships. In this method, MATLAB and DSATools™, a dynamic security assessment software package, are linked together to assess security of a wide range of ship working points and determine the dynamically secure operating region. To illustrate how this approach works, it was used to assess the DSR of a notional all-electric ship model. In this study, about 6,000 working points were simulated for 58 contingencies and their security was assessed regarding 4 security criteria. The results showed that a probabilistic security assessment method may be more effective for such a power system.
DOI:10.1109/NAPS.2012.6336312