交流电力机车

就交流电力机车逆变器并联运行过程中电流（负载）平衡分配存在的问题以及解决的方法进行了研究，分析了产生逆变器电流不平衡的原因，并提出了一个控制逆变器电流平衡的数学模型。

Study is made regarding the current distribution balance problem during the AC electric locomotive converter parallel operation , and the way to solve it . The reason to cause the current unbalance of the converter is analysed and a mathmatical model is proposed to control the converter current balance .

和谐HXD1型大功率交流电力机车电传动系统

Electric drive system of type HX_D1 high-power AC electric locomotive

本论文所有的工作都是结合工程实际设计项目&200km／h交流电力机车转向架开发研制进行研究的。

Based on the actual engineer-design Item-The Development and Investigation on high-speed Bogie of 200km / h AC Electric - Locomotive . All of the Investigation of item is done in this paper .

引进客运交流电力机车牵引特性的讨论

Study on the Tractive Characteristics of Introduce Passenger AC Drive Locomotive

200km/h交流电力机车转向架开发研究

The Development and Investigation on High-Speed Bogie of 200km / h AC Electric-Locomotive

基于MatlabGUI的交流传动电力机车主电路仿真演示平台

Simulation Demo Platform of Main Circuit for AC Drive Electric Locomotive Based on Matlab GUI

HXD2型大功率交流货运电力机车主电路系统

Main Circuit System for High Power AC Freight HX_D2 Locomotive

LLC谐振全桥变换器在交流传动电力机车充电机中的应用

Application of LLC Full-Bridge Resonant Converter in Battery Charger of AC Driving Electric Locomotive

基于HXD3机车技术平台的6轴交流传动电力机车系列化研究

Research on Six-axle AC Electric Locomotive Serialization Based on HX_D3 Locomotive Technical Platform

DJ1型交流传动电力机车转向架

Bogie on type DJ_1 AC drive electric locomotive

关于DJ1型交流传动电力机车的几点思考

Some Ideas about DJ_1 AC-drive Locomotive

DJ1交流传动电力机车并联电机功率偏差的研究

Research on Power Deviation of Parallel Running System of Asynchronous Motor for DJ_1 AC Drive Locomotive

DJ型高速交流传动电力机车微机控制与通信系统冗余的实现

The redundancy of microcomputer control and communication system for DJ type high-speed AC drive electric locomotive

阐述了“天梭”号交流传动电力机车转向架车轮的结构及受力情况，用ANSYS有限元软件进行了分析计算，验证了车轮设计的可靠性。

It is stated the structure and force conditions of the wheels for " Tiansuo " AC drive electric locomotive . Analysis and calculations by ANSYS finite-element analyse software verify the reliability of the wheel design .

O′ZBEKISTON型交流传动电力机车车体

Carbody for O ′ ZBEKISTON AC Drive Electric Locomotive

论新型交流传动电力机车的系列化

Discussion on serialization of new type AC drive electric locomotives

交流传动电力机车变流器与车载电气设备相互影响的研究

Study on Interaction between Converters and On-Board Electrical Equipments for AC Drive Locomotive

交流传动电力机车的研制已经成为铁路机车车辆向高速发展的方向和需要。

High-speed railway locomotive and vehicle need to develop alternating current [ A.C. ]

200km/h交流传动电力机车辅助变流柜结构仿真

Structure Simulation of Auxiliary Converter Cabinet in the 200km / h Electric Locomotive

当前我国大力发展和谐型大功率交流传动电力机车。

At present , our country rapid develop CRH high-power AC driving electric locomotive .

我国第一台具有自主知识产权的商用型交流传动电力机车！

China 's first self-owned intellectual property in the commercial AC drive electric locomotive !

我国交流传动电力机车型谱的讨论

Study on the Domestic AC-drive Locomotive Spectrum

以交流传动电力机车为例，概述了现代机车和旅客列车的多微机控制系统与通信网络。

Citing AC drive electric locomotive as instance , the author generalizes the multi-microcomputer control system and communication network for modern locomotives and passenger trains .

以200km/h交流传动电力机车转向架的研发为例，介绍了高性能机车转向架设计理念、参数优化及实际效果。

The design conception , parameters optimization of high performance bogie and actual results are discussed by the introduction of 200 km / h AC electric locomotive bogie .

铁路货运提速急需120km/h速度等级的牵引机型，6轴（C0-C0）大功率交流传动电力机车是最佳的机型选择。

Railway freight train speed-up urgently needs 120km / h traction locomotive , the best choice is C 0 - C 0 six axles powerful AC drive electric locomotive .

阐述了发展电力牵引是铁路节约能源消耗的重要措施的观点，并提出可从改进机车结构，改善操纵方法及研制交流传动电力机车等方面入手，进一步节约能源。

It is strongly advocated to save energy by electric traction for railway transportation . Advice is given on improving locomotive construction and operation , as well as development of ac drive electric locomotive for further energy saving .

变频调速牵引电机是中国高速铁路发展必需的装备，作为交流传动电力机车的关键部件之一，变频电机的性能直接影响到机车运行的稳定性和可靠性。

Inverter-fed motor is an indispensable equipment for the development of high-speed railway in China . As a core component of AC drive electric locomotive , performance of inverter-fed motor directly influences the stability and reliability of locomotive running .

基于油箱损耗的理论分析，采用有限元方法，分析和计算一台交流传动电力机车主变压器的油箱损耗，提出更好的屏蔽措施。

Based on the theoretical analysis of tank loss , this paper analyses and calculates the tank loss in a main transformer of AC-DC & AC electric locomotive with finite element method ( FEM ), and tables a better proposal for shielding .

由四象限脉冲整流器和PWM逆变器组成的电压型牵引变流器已成为交流供电的电力机车、电动车组主变流器的基本电路形式。

Voltage traction converter which consists of 4qs and PWM inverter is the elementary circuit of electric locomotive 's main converter .

HXD3型交流传动货运电力机车主变压器

Main transformer for type HX_D3 AC drive freight electric locomotive