CAJ | 학술논문

以3．2 MW半直驱式永磁风力发电机为例，分析了发电机极数、极槽配合选取、转子磁极结构、气隙值选取等对发电机性能的影响。建立了发电机的电磁场有限元计算模型，对发电机的输出性能进行了仿真分析计算。计算结果表明发电机达到了较高的技术指标要求。这为大型半直驱式永磁风力发电机的优化设计提供了一些有意义的参考。
이3．2 MW반직구식영자풍력발전궤위례，분석료발전궤겁수、겁조배합선취、전자자겁결구、기극치선취등대발전궤성능적영향。건립료발전궤적전자장유한원계산모형，대발전궤적수출성능진행료방진분석계산。계산결과표명발전궤체도료교고적기술지표요구。저위대형반직구식영자풍력발전궤적우화설계제공료일사유의의적삼고。
Exemplarily, a 3. 2 megawatt half-direct-driven permanent magnet wind generator was designed. The number of poles, pole and slot matching, the magnetic pole structure of rotor and the size of air gap affect the performance of the generator. All of these affection was researched. The model of generator for finite element analysis has been formed. The result of the finite element analysis indicated that the performance of the generator was excellent. Some meaningful references for the design and optimize of large power half-direct-driven permanent magnet wind power generator was presented.