电气传动
電氣傳動
전기전동
ELECTRIC DRIVE
2009年
11期
7-10
,共4页
莫志勇%张为公%吉同舟%方东
莫誌勇%張為公%吉同舟%方東
막지용%장위공%길동주%방동
动态测试%直接转矩控制%加速度%转矩补偿
動態測試%直接轉矩控製%加速度%轉矩補償
동태측시%직접전구공제%가속도%전구보상
dynamic testing%direct torque control(DTC)%acceleration%torque compensation
动态响应速度是先进汽车动态测试中的关键,在研究直接转矩控制的基础上,提出用其设计的测试系统方案,并建立了仿真实验模型.在设计中,采用电惯量替代传统的机械惯量模拟汽车运动惯量.由于直接转矩控制能快速响应转矩指令,使得研究的电惯量模型能精确的控制汽车加速度,突破了单纯速度跟踪的限制.仿真结果也表明性能优越.
動態響應速度是先進汽車動態測試中的關鍵,在研究直接轉矩控製的基礎上,提齣用其設計的測試繫統方案,併建立瞭倣真實驗模型.在設計中,採用電慣量替代傳統的機械慣量模擬汽車運動慣量.由于直接轉矩控製能快速響應轉矩指令,使得研究的電慣量模型能精確的控製汽車加速度,突破瞭單純速度跟蹤的限製.倣真結果也錶明性能優越.
동태향응속도시선진기차동태측시중적관건,재연구직접전구공제적기출상,제출용기설계적측시계통방안,병건립료방진실험모형.재설계중,채용전관량체대전통적궤계관량모의기차운동관량.유우직접전구공제능쾌속향응전구지령,사득연구적전관량모형능정학적공제기차가속도,돌파료단순속도근종적한제.방진결과야표명성능우월.
Response speed is the key to advanced vehicle dynamic testing. A new kind of testing system was put forward based on direct torque control which takes response speed into full consideration. Then a sim-ulation model was established according to it. In the design, vehicle motion inertia is simulated by the way of electrical inertia instead of mechanical inertia. Because direct torque control has quick response to torque com-mand, the acceleration of vehicle is kept in accurate control using electrical inertia. The simulation results show that the performance is ideal.