| Title |
Evaluation of Efficiency Uncertainty for Three-phase Induction Motor using Finite Element Analysis |
| Authors |
이호현(Lee, Ho-Hyun) ; 박한석(Park, Han-Seok) ; 전희득(Jun, Hee-Deuk) ; 우경일(Woo, Kyung-Il) |
| DOI |
https://doi.org/10.5370/KIEEP.2017.66.4.163 |
| Keywords |
Efficiency ; Finite element analysis ; Loss separation method ; Uncertainty ; Three-phase induction motor |
| Abstract |
This paper presented an evaluation method for the efficiency uncertainty of a three-phase induction motor using finite element analysis. The motor efficiency in the finite element analysis is calculated by the loss separation method as in the actual test. In the process of evaluating the efficiency uncertainty, the difference between the finite element analysis and the actual test is the method of calculating the type-A / B standard uncertainty of the input quantity to estimate the efficiency and each losses. For the input quantities which can confirm the instantaneous values with respect to time, the type-A standard uncertainty in the finite element analysis is calculated from the RMS values or average values having separate periods in the steady state. And, the type-B standard uncertainty in the finite element analysis is assumed to be zero. Also, this paper compared and analyzed the efficiency uncertainty evaluated by the proposed method and the efficiency uncertainty through the actual test. |