NDLI: Stability analysis methodologies for dc power distribunon systems.

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Stability analysis methodologies for dc power distribunon systems.

Content Provider	CiteSeerX
Abstract	Power electronics based zonal dc power distribution systems are being considered for future Navy ships. The stability of dc power electronics based power distribution systems, and in particular dc systems, is a significant design consideration because of the potential for negative impedance induced instabilities. In this paper, methodologies for analyzing the stability of these sys ~ are reviewed. In particular, tools including timedomain simulation, generalized irnmittance analysis, and polytopic analysis arc considered. The use of both time-domain simulation and generalized immittance analysis for a three-zone Iwdware test system. the Naval Combat Survivability DC Distribution Testbed, is set forth. The predictions of both of these methods are shown to be in agreement with the observed behavior of the system. Poly topic analysis is then considered as a possible future tool for exploring stability properties. The results of each of these analyses as well as the respective advantages and disadvantages of each of the methods are compared. Stability, time-domain simulation, generalizedimmittance analysis. polytopic models, direct method of Lyapunov 1.
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Subject Keyword	Timedomain Simulation Poly Topic Analysis Significant Design Consideration Possible Future Tool Particular Dc System Zonal Dc Power Distribution System Dc Power Electronics Three-zone Iwdware Test System Irnmittance Analysis Respective Advantage Polytopic Analysis Arc Time-domain Simulation Negative Impedance Induced Instability Generalizedimmittance Analysis Generalized Immittance Analysis Direct Method Future Navy Ship Power Distribution System Observed Behavior Power Electronics Stability Property Polytopic Model
Content Type	Text

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