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This paper presents a low cost but high power density tubular linear switch reluctance generator (TLSRG) with ring segments for Direct Drive Marine Wave Energy Conversion (WEC). The ring segments are both magnetically and electrically isolated with each other increasing the capability of flux carrying and the power density. The performance characteristics at generator mode are discussed in this paper,...
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...
This paper presents the analysis and design of a dual side linear switch reluctance machine (LSRM) which incorporates a simple annular winding and concrete segmentations. The annular winding is wound around the translator yoke with the downer and upper slot belonging to the same phase. The presented machine has been proven to feature high reliability and low cost for long distance linear transmission...
This paper presents a new modular design of a yokeless Linear Switch Reluctance Machine (LSRM), the stator of which is consisted of soft ferro-magnetic segments, and the mover includes separated cores wound by a simple annular winding. The mover cores have different width while the larger one are wound by the coils, leaving the smaller one unwound. A standard design procedure is developed. The results...
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