Finally, based on analyzing the working states of stand-alone PV generating systems, the design of the solar charging and discharging controller based on microcontroller has conducted.
最后在分析光伏离网发电系统工况的基础上，基于单片机进行了太阳能充放电控制器的设计。
This article briefly introduces the motor, energy converter, electronic controller and the battery of the electrical driving system of electric vehicle and tells the charging ways of its battery.
本文概述了电动汽车电力驱动系统中电动机、能量转换器、电子控制器及蓄电池，指出了电动汽车蓄电池的几种充电方式。
This paper presents the basic structure of High-power UPS charging system and describes the design of a self-tuning PID controller.
给出了大功率不间断电源(ups)的充电电路系统结构，设计出模糊自整定PID控制器。
Please note that charging from USB cable takes a longer time due to the current supplied by your USB host controller is much smaller than your Sony charger.
请注意充电从上边带缆绳作为比较久的时光由于潮流由你的上边带主人控制器供应比你的索尼充电器是小。
The adoption of programmable controller in the electric control system realized the automatic control from the reception of coal from coal bunker to the sequential charging of the charging car.
在电气控制系统中采用可编程控制器，实现了装煤车从煤塔取煤到顺序装煤的自动控制。
Finally, it introduces the principle of PWM controller and the function briefly during charging.
最后简要阐述了PWM控制器的工作原理及其在充电过程中的作用。
Such fuzzy neural network controller is applied to the control of nickel hydrogen battery charging, have proved the validity of the algorithm.
将这种模糊神经网络控制器应用于镍氢电池的充电控制中，证明了算法的有效性。
According to the invention, the controller component (4) includes a second shaft (7), which is operationally connected to the first shaft, in order to control the charging switch component (2).
根据本发明，控制器部件(4)包括第二轴(7)，为控制充电开关部件(2)，第二轴操作地连接到第一轴。
Through the cooperation of the plug and the socket, a charging pile is ensured to be electrically connected with the battery or the battery controller so that the charging pile charges the battery.
通过该插头和插座配合工作，保证能够将充电桩与电池或电池控制器电连接，实现充电桩对于电池的充电。
Finally, an intelligent charging system that adopts such improved fuzzy controller is designed in this thesis.
最后，将这种改进的模糊控制器应用于充电控制当中，设计了一种智能充电系统。
Finally, an intelligent charging system that adopts such improved fuzzy controller is designed in this thesis.
最后，将这种改进的模糊控制器应用于充电控制当中，设计了一种智能充电系统。
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