electric regenerative braking

英 [ɪˈlektrɪk rɪˈdʒenərətɪv ˈbreɪkɪŋ] 美 [ɪˈlektrɪk rɪˈdʒenərətɪv ˈbreɪkɪŋ]

网络  电力再生制动

电力



双语例句

  1. To improve the energy efficiency, a novel scheme of energy recovery for main and auxiliary battery of electric vehicles was presented on the basis of the traditional method for regenerative braking.
    为提高电动汽车能源利用率,基于电动汽车再生制动方法,提出了主辅电源能量回馈系统。
  2. Road Test of Hybrid Electric Bus with Regenerative Braking System
    混合动力城市客车制动能量回收系统道路试验
  3. A dynamic model for parallel hybrid electric vehicle is set up and a simulation on both pure motor regenerative braking and hybrid motor-mechanical regenerative braking is performed respectively.
    建立了并联式混合动力汽车动力学模型,并对纯电机制动模式和机电混合模式混合动力汽车能量再生制动进行了仿真。
  4. On the basic of massive technical foundation related electric automobiles, this article summarized the electric automobile regenerative braking's structure, principle of work and process of work. Analyzed the restriction electric automobile electric regenerative braking various aspects factor.
    本论文在查阅大量有关电动汽车技术资料的基础上,简述了电动汽车再生制动的基本结构、工作原理和工作过程,分析了制约电动汽车再生制动的各方面因素。
  5. Analysis of Hybrid Electric Vehicle Regenerative Braking System
    混合动力电动汽车制动能量回馈系统分析
  6. There is an effective method which can increases the range of the electric automobile is uses the electric regenerative braking system on the electric automobile to recycle the brake the energy.
    增加电动汽车的续驶里程的一个有效方法是在电动汽车上使用再生制动系统来回收制动能量。
  7. A dual-mode PWM current control strategy is presented for two operation modes of electric driving and regenerative braking. In the electric mode, the PI modulation and limited single polar PWM control are used.
    根据混合动力的工作模式,针对电机电动和回馈制动两种运行状态,提出了双模PWM电流控制策略,在电动运行时,采用PI调节和受限单极PWM控制;
  8. Simulation results show that the speed ratio control in CVT enable the electric motor running in high efficiency region so that the better effect of regenerative braking can be achieved compared to vehicle with manual transmission.
    对典型工况进行了再生制动仿真,仿真结果表明,CVT速比控制可使电机运行在高效区,从而获得了比传统手动变速混合动力汽车更好的制动能量回收效果。
  9. The electronic control system for SS7 electric locomotive integrates characteristic control of compound excited motor traction, regenerative braking, power factor compensation control as well as anti-slip control.
    SS7型电力机车电子控制系统将复励电机牵引特性控制、再生制动特性控制、功率因数补偿控制、防空转控制等集中为一体。
  10. According to the principle of regenerative braking, the pure electric bus regenerative braking model, study its control strategy.
    根据再生制动的原理,对纯电动公交车再生制动进行建模,研究其控制策略。
  11. Supported by Shaanxi key scientific project& 'The Study of Pure Electric Test Vehicle' and based on Regenerative braking system, control strategy and test bed are studied in this paper.
    本文以陕西省重点攻关计划项目纯电动汽车试验车研究为依托,立足再生制动系统,对再生制动系统控制方法与试验台进行研究。
  12. Hybrid Electric Vehicle ( HEV) takes electric energy and fuel energy as double power sources, it belongs to Electric Vehicle ( EV). Regenerative braking is the main feature of HEV, which is noticeably different from traditional vehicle.
    混合动力汽车采用电能和燃料能作为双动力源,是电动汽车的一种。
  13. Simulation analysis of pure electric bus during the deceleration and long downhill regenerative braking characteristics.
    仿真分析了纯电动公交车在减速和下长坡时的再生制动特性。
  14. As an advantage of electric vehicle, Regenerative Braking System not only ensure the braking performance and the stability, but also recovers part of energy, which plays important practical significance for extending driving range and improving economic and dynamic performance of electric vehicle.
    作为电动汽车的优势,再生制动系统在保证制动效能和稳定性的基础上回收汽车的部分能量,对增加续驶里程和提高电动汽车的经济性、动力性有重要的实际意义。
  15. Electric vehicle regenerative braking is important for energy conservation.
    电动汽车制动能量回馈对节能减排具有重要意义。
  16. Brake force distribution has used parallel distribution strategy. The hydraulic and electric regenerative braking systems were working together when the vehicle recovered braking energy.
    制动力分配采用并行制动分配策略;制动能量回收过程选择液压再生制动系统和电动再生制动系统并行工作;在汽车起步和加速时,液压系统释放储存的能量。
  17. The pure electric vehicle regenerative braking system test platform is established.
    建立了基于制动安全的纯电动汽车再生制动系统试验平台。