Hybrid Vehicle

Simulation of The Torque Control System of Motor for Hybrid Vehicle

混合动力汽车电机转矩控制系统的仿真

Development of Intelligent Information Display System for Hybrid Vehicle

混合动力汽车智能信息显示系统开发

Control Strategy on Power Conversion of a Parallel Hybrid Vehicle

并联式混合动力车辆动力转换控制策略研究

Optimal Design of Control Strategy of Hybrid Vehicle Based on 6 Sigma Theory

基于6Sigma理论的混合动力整车控制策略优化设计

Parallel Hydrostatic Transmission Hybrid Vehicle Parameter Optimization and System Simulation

并联式静液传动混合动力车辆参数优化及系统仿真研究

A New Classifying for Energy Devices in Series Hybrid Vehicle and the Control Algorithm

串联式混合动力电动车能源设备的分类及控制算法的研究

Research on Hybrid Vehicle Test-bed Based on Virtual Instrument

基于虚拟仪器的混合动力汽车试验台架研究

Regenerative braking control strategy for wheel drive hydraulic hybrid vehicle

轮边驱动液压混合动力车辆再生制动控制策略

The Diagnostic Adapter Based on CAN / K Bus of Hybrid Vehicle

混合动力车兼容CAN／K总线故障诊断适配器

Key Factors on Practicality of Hybrid Vehicle

混合动力电动汽车进入实用化的关键因素

Can also be used in hybrid vehicle of motor assistant type and fuel-cell vehicle .

也可以应用于电动辅助型和燃料电池型的混合动力汽车。

Therefore developing a hybrid vehicle as the representative of the clean vehicle is imperative .

因此开发以混合动力汽车为代表的清洁汽车迫在眉睫。

Brief Description to ISG Mild Hybrid Vehicle System

ISG型轻度混合动力汽车系统概述

Analysis of energy-saving potential of energy regenerative suspension system on hybrid vehicle potential energy , power , resources , etc

混合动力车辆馈能式悬架的节能潜力潜力、潜能、潜在的资源

After classified the energy and power devices in series hybrid vehicle in a new way , which based on the energy flow .

为了给目前出现的各种串联式混合动力电动汽车的动力相关设备进行分类，提出了一种基于能量流的分类方法，并对各类设备的控制算法策略进行了总结和概括；

Can also be used in plug-in parallel type hybrid vehicle , plug-in split type hybrid vehicle and electric vehicle .

也可以应用于插入并联式混合动力汽车，插入混联式混合动力汽车以及电动汽车。

Thirdly , the power control system of this hybrid vehicle is researched , and the drive mode with different control strategies is analyzed .

第三，对燃料电池／蓄电池双能源电动汽车动力控制系统进行了研究，就采用两种不同控制策略下不同的驱动模式进行了分析。

Ike conventional vehicle , proper model establish-ment is the premise of research on hybrid vehicle .

和传统汽车的仿真研究一样，建立正确的模型是混合动力汽车仿真研究的前提。

The technology based on ISG ( integrated starter / generator ) is mainly used in mild hybrid vehicle .

基于起动机发电机/电动机一体化技术的ISG（IntegratedStarter/generator）的技术主要应用在轻度混合动力汽车上。

Hybrid vehicle has the good economic performance and emission behavior by the good collaboration of each component of the hybrid vehicle .

混合动力电动汽车之所以具有优良的经济性能和良好的排放性能，得益于组成混合动力电动汽车的各部件的通力协作。

A strategy for induction motor control based on the grade of errors is developed to improve the performance of hybrid vehicle drive system .

为了改善混合动力汽车驱动系统性能，在直接转矩控制原理的基础上提出了一种基于误差等级控制感应电机的转矩控制策略。

USE-Actuator apparatus for internal combustion engine mounted in vehicle such as hybrid vehicle and motor vehicle .

用途–内燃机的激励装置可安装在诸如混合动力汽车和电动汽车等车辆之中。

They recorded the sounds made by an approaching hybrid vehicle and by a car with a standard , internal combustion engine .

科学家们把一辆混合动力汽车一辆标准内燃引擎汽车驶近时候的声音分别录了下来。

Using on-board electrical energy storage device to recover the kinetic energy when vehicle brakes is the biggest advantage of Hybrid vehicle .

混合动力汽车最大的优点是可以利用车载电能储存装置对整车制动时的动能加以回收。

Insight Car-Technical Characteristics of Honda Insight Hybrid Vehicle

洞察Insight&本田因塞特（Insight）混合动力汽车技术特征

The paper studies the logic threshold control strategy , fuzzy logic control strategy of the parallel hydraulic hybrid vehicle , compares the control effect of the two controllers .

研究了并联式液压混合动力车辆的逻辑门限控制策略、模糊逻辑控制策略及各自的设计方法，并对这两种控制器的控制效果进行了仿真比较。

There is a power coupling and separating process between ICE and motor in the parallel-type hybrid vehicle , and the energy management strategy is comparatively complex .

并联混合动力汽车中内燃机和电机之间存在动力的耦合和分离过程，能量管理策略比较复杂。

ADVANTAGE-The drive power generation can be controlled effectively with sufficient precision , and the fuel consumption rate of the hybrid vehicle can be improved reliably .

优点–可以精确而有效地控制驾驶功率的产生，并可靠地改善混合动力汽车的耗油率。

The regenerative braking system of the hydraulic hybrid vehicle ( HHV ) is made up of pump / motor , accumulators , feedback components and control system .

液压混合动力车（HydraulicHybridVehicle，简称HHV）再生制动系统由液压泵/马达、蓄能器、反馈元件以及控制系统组成。

This system will be used on Windows9x / NT to carry out product analysis on general vehicle , electric vehicle and hybrid vehicle . It is easy for programmers to expand the system .

该系统在Windows9x／NT平台上工作，能对常规汽车、电动汽车、混合动力汽车进行产品分析，具有很强的可扩展性，数据具有开放性；