Affiliations: [a] Power Electronic Applications Laboratory, Dong-A
University, Busan, Korea
Correspondence:
[*]
Corresponding author: Yunhyun Cho, Power Electronic Applications
Laboratory, Dong-A University, Hadan2dong, Busan, Korea. E-mail:
yhcho@dau.ac.kr
Abstract: This paper proposes a new structure of switched reluctance generator
with dual stator (DSRG) for wind turbine application. It is conducive for wind
turbine system to reduce the size and weight of nacelle. Advanced performance
of DSRG can be verified by comparing with general structure of prototype SRG
whose performance have been verified by result from several simulations and
experimental measurement. To compare two types of SRG, experiment at same
condition (3 kW 12/16 SRG with pole pitch of stator, rotor, and other
dimensions) for accuracy of SRG's performance. As a result, we can reduce the
weight and stack length at the same performance using DSRG so that compactness
is available. In further study, Manufacture of DSRG will study and the effect
of vibration and noise also study either for its structure.
