| Title |
Design Analysis and Economic Analysis of high Efficiency 100kW Generator for Hydro Power System |
| Authors |
지인호(Jee, In-Ho) ; 강승진(Kang, Seung-Jin) |
| DOI |
https://doi.org/10.5370/KIEE.2016.65.3.428 |
| Keywords |
Hydro power generator ; Magnetic field analysis ; Low cogging torque ; THD (Total hamonic distortion) ; Back-EMF(BEMF) |
| Abstract |
This paper shows the design of the 100 kW IPMSG for small hydraulic power generator. The high-efficient generator, method of the dual layer interior permanent magnet was studied to improve the method of the single layer interior permanent magnet, which is mostly used. Analysis of magnet arrangement and cogging torque was done by FEM. According to structure analysis of dual layer interior permanent magnet, the amount of usage of the permanent magnet was reduced and cogging torque was decreased as well. With these successful results, the high-efficient generator design was accomplished. Based on the results of the structure analysis, the test product was designed and manufactured. And the design values and performance outputs were compared and verified with success. Also, the economic feasibility was conducted based on the electric power generated from the test product installed at the site. By the B/C analysis, in case that only SMP was analyzed, B/C ratio was 1.24 at the discount ratio of 5.5%, which considered to be economically feasible. The study is expected to be used for the application of developing large scale high-efficient interior permanent magnet synchronous generator. |