高电压技术2011，Vol.37Issue(11)：2836-2842,7.
Model Validation for Shipboard Power Cables Using Scattering Parameters
Model Validation for Shipboard Power Cables Using Scattering Parameters
摘要
Abstract
Careful analysis of transients in shipboard power systems is important to achieve long life times of the com ponents in future all-electric ships. In order to accomplish results with high accuracy, it is recommended to validate cable models as they have significant influence on the amplitude and frequency spectrum of voltage transients. The authors propose comparison of model and measurement using scattering parameters. They can be easily obtained from measurement and simulation and deliver broadband information about the accuracy of the model. The measurement can be performed using a vector network analyzer. The process to extract scattering parameters from simulation models is explained in detail. Three different simulation models of a 5 kV XLPE power cable have been validated. The chosen approach delivers an efficient tool to quickly estimate the quality of a model.关键词
transients/cable/power system/scattering parameters/modeling/simulationKey words
transients/cable/power system/scattering parameters/modeling/simulation分类
信息技术与安全科学引用本文复制引用
Lukas Graber,Diomar Infante,Michael Steurer,William W. Brey..Model Validation for Shipboard Power Cables Using Scattering Parameters[J].高电压技术,2011,37(11):2836-2842,7.基金项目
Project Supported by the US Office of Naval Research Under Grant （N00014-04-1-0664）, NSF Cooperative Agreement and the State of Florida（ DMR-0084173）. （）
