A Research for AC Drive System of Electric Locomotive

机译：电力机车交流传动系统的研究

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Electric locomotive work in harsh conditions, for its drive system, the AC drive system is more adaptable than the DC drive system. A novel EMF-oriented vector control method is studied in AC drive system, and industrial test of the control strategy is feasible and effective.

机译：电力机车在恶劣的条件下工作，对于其驱动系统，交流驱动系统比直流驱动系统更具适应性。在交流传动系统中研究了一种新型的面向电动势的矢量控制方法，并对该控制策略进行了工业测试。

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来源
《Conference on Measuring Technology and Mechatronics Automation》|2013年|p.78-80|共3页
会议地点 Hong Kong(HK)
作者
Zhu, Jianlin; Liu, Keyou; Tu, Yu; Yuan, Yi; Zhen, Rong;
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AC drive systerm; EMF orientation; electric locomotive; vector control;

机译：交流变频器系统EMF方向；电力机车矢量控制;

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1. Modelling of track wear damage due to changes in friction conditions: A comparison between AC and DC electric drive locomotives [J] . Liu Sheng, Tian Ye, Daniel W. J. T. (Bill), Wear: an International Journal on the Science and Technology of Friction, Lubrication and Wear . 2016,第Null期

机译：由于摩擦条件的变化而造成的轨道磨损损坏的建模：交流和直流电力机车的比较
2. Control of Traction Drive with Motors with Independent Excitation in AC Electric Locomotives [J] . Yu. A. Orlov Russian electrical engineering . 2010,第3期

机译：交流电力机车用独立励磁电机驱动牵引控制
3. Protection System of AC Mine Electric Locomotive from the Emergencies [J] . O. N. Sinchuk, I. O. Sinchuk, V. O. Chernaya Russian electrical engineering . 2012,第4期

机译：交流矿山电力机车应急保护系统
4. The Electromagnetic Torque Ripple of Three-Phase Induction Electric Machine, Operating as a Part of the Auxiliary Electric Drive Onboard of AC Electric Locomotive - a Factor Contributing to the Failure of Bearings [C] . M. Yu. Pustovetov, K.M. Pustovetov International Multi-Conference on Industrial Engineering and Modern Technologies . 2018

机译：三相异步电动机的电磁转矩脉动，作为交流电力机车的辅助电力驱动的一部分，是导致轴承故障的一个因素
5. An Investigation into Pulse-Width Modulated AC Electric Drives with Open-End Winding Machines. [D] . Somani, Apurva. 2013

机译：带有开放式绕组机的脉宽调制交流电驱动器的研究。
6. Electrical dielectric properties and study of AC electrical conduction mechanism of Li0.9□0.1NiV0.5P0.5O4 [O] . A. Rahal, S. Megdiche Borchani, K. Guidara, 2018

机译：Li0.9□0.1NiV0.5P0.5O4的电介电性能及交流导电机理的研究
7. Modelling of track wear damage due to changes in friction conditions: a comparison between AC and DC electric drive locomotives [O] . Liu, Sheng, Tian, Ye, Meehan, Paul A., 2015

机译：由于摩擦条件变化而造成的轨道磨损损坏建模：交流和直流电力机车之间的比较
8. Comparison of the Unique Mobility and DOE-developed ac electric drive systems [R] . Cole, G. H. 1993

机译：独特的移动性和DOE开发的交流电驱动系统的比较

A Research for AC Drive System of Electric Locomotive

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