回馈制动 meaning in Chinese
regenerative braking
Examples
- Based on analysis and contrast of the whole operating process from driving to reverse connect braking and regenerative braking for pmdcm , reverse connect braking has some characteristics of great phase currents and not returning energy
摘要对永磁无刷直流电动机从电动运行过渡到反接制动或回馈制动运行的整个过程进行了计算和比较。 - In this paper , the design of electric forklift driving controller is demonstrated . otherwise , can is added into this controller , so as to build up can networks with other modules equipped with can controllers . this paper is composed of 7 chapters : in the first chapter , the background of the paper is introduced ; in the second chapter , the structure of electric forklift is demonstrated ; in the third chapter , first the math model of series motor is found , then the motor is controlled as improved p1d control rule ; in the fourth chapter , the principle and realization method of forward and reverse rotation and back - feed brake are explained ; in the fifth chapter , the principle of can and design of application layer in can are illuminated ; in the sixth chapter , the principle of e2prom is clarified ; in the last chapter , summary of the whole paper is given , and prospect in this field is made
全文共分七章：第一章绪论，介绍了论文背景；第二章，系统综述，介绍了电动叉车的整车结构；第三章，串励电机的建模、改进的pid算法及其软硬件实现，首先根据串励电机的机电特性推导出数学模型，然后在此基础上结合pid控制规律对电机进行控制；第四章，串励电机的正反转及回馈制动，介绍了实现电机正反转及回馈制动的原理及方法；第五章， can网络实现模块间通讯，介绍了can总线原理及can总线应用层设计；第六章，用串行e ~ 2prom实现参数设定，介绍了串行e ~ 2prom的原理；结束语，对本论文进行了总结，并对该领域的发展进行了展望。 - To achieve the evs favorable dynamics performance and energy saving performance for well road surface conditions , manipulation stability for special road surface conditions , the project which is the slip open control or slip close control is applied according to the various road surface conditions , meanwhile , the energy feedback break system is also designed in this strategy
该方案针对车辆运行路面的不同，在滑移率的开环控制和闭环控制之间进行切换，以保证车辆在良好路面上实现良好的动力性能与节能特性，和在特殊路面上的操控稳定性。在对车辆操控稳定性进行论证的同时，还对方案各个环节的节能特性进行了分析，并在方案中设计了能量回馈制动系统。