Modeling and dynamic performance analysis of a high power density tubular linear switch reluctance generator for direct drive marine wave energy conversion

Marine wave energy is characterized by high power density and worldwide distribution thus an important renewable source energy. A high power density tubular linear switch reluctance generator (TLSRG) is presented in this paper to be used as the direct drive wave energy generator. The mover of the ma...

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Published in2015 IEEE International Conference on Applied Superconductivity and Electromagnetic Devices (ASEMD) pp. 528 - 529
Main Authors Dao Han Wang, Xiu He Wang, Chun Lei Shao, Xie Jie Chen
Format Conference Proceeding
LanguageEnglish
Published IEEE 01.11.2015
Subjects
Density measurement
Energy conversion
Generators
high power density
low cost
Magnetic flux
marine wave energy
Stator windings
Transient analysis
tubular linear switch reluctance machine
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Summary:Marine wave energy is characterized by high power density and worldwide distribution thus an important renewable source energy. A high power density tubular linear switch reluctance generator (TLSRG) is presented in this paper to be used as the direct drive wave energy generator. The mover of the machine includes series of ring segments which are insulated magnetically. The topology and detailed structure of the presented machine are demonstrated. The transient FEM model with the power converter circuit for generator mode is developed and the dynamic performance of the presented TLSRG are given, validating that the presented TLSRG has been an good candidate for wave energy generator.
ISBN:9781467381062
1467381063
DOI:10.1109/ASEMD.2015.7453689