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16C711_COUNT
- 机床工作时间计时器，RB4为电主轴运转传感开关输入，RB5为电池电压监测，RB6为清除按键输入； 16c710/711 液晶显示模块名称LCM103-Working time machine timer, RB4 for electric spindle operation switch input sensing, RB5 for battery voltage monitoring, RB6 to eliminate keystrokes 16c710/711 LCD mo
PTC_SER
- 串联式混合动力电动汽车的能量控制策略，恒温控制策略，当电池SOC在合适范围内依靠电机驱动，发动机关闭与否取决于汽车行驶所需要的能量。低于SOC下限时，依靠发动机驱动，多余能量为蓄电池充电。高于上限时关闭发动机依靠电机驱动。-Series Hybrid Electric Vehicle Control Strategy of energy, constant temperature control strategy, when the battery SOC at the right to rel
batterytechnology
- 电动汽车是!"世纪汽车的发展方向。介绍了世界各国研究的电动汽车的蓄电池技术。 -Electric cars are! " Century car development. Introduced the study of countries in the world of electric car battery technology.
battery-model-
- 电池模型 用于电动车和电网之间的充放电仿真-The battery model is used to charge and discharge between electric vehicles and grid simulation
ybxs
- wince平台上给予EVC++开发的车载显示屏，显示内容包括电动车的电机状况和电池状况等信息-wince platform given EVC++ development vehicle displays, including electric car motor status and battery status information display
cdq
- 定时间的充电器，电动车充电器上的程序。可以自动关闭充电器-Set the time on the charger, the electric vehicle battery charger procedures. Can automatically turn off the charger
Self-regulating-particle-swarm-optimised-control.
- Self-regulating particle swarm optimised controller for (photovoltaic – fuel cell) battery charging of hybrid electric vehicles
111
- 电动汽车磁悬浮飞轮电池储能系统设计System design of magnetic suspension flywheel battery electric vehicles can be-System design of magnetic suspension flywheel battery electric vehicles can be
E-bike
- 电动车仪表板 能记录单次里程 与电池组I2C通信读取电池电压、电流、温度、容量等信息，预估电动自行车的剩余里程，测量并计算前进速度。-Electric car dashboard can record mileage and battery single I2C communication reads battery voltage, current, temperature, capacity and other information, the estimated remaining mil
电动汽车动力电池管理系统设计
- 书籍电动汽车动力电池管理系统设计，适合汽车电子从业人员。(Books electric vehicle power battery management system design, suitable for automotive electronics from personnel of course of study.)
ElectricalEnergyStorage
- 模拟电池(单细胞和栈)等电能存储的不同复杂性的模型，考虑与负载、电池管理系统、负载和充电设备相互作用。(models with different complexity for simulating of electric energy storages like batteries (single cells as well as stacks) interacting with loads, battery management systems, loads and charging dev
电动汽车SOC估计算法
- 在安时计量方法的基础上, 采用基于折算库仑效率的卡尔曼滤波算法估计蓄电池荷电状态(SOC),并 将此方法应用于 HEV6580混合动力电动汽车镍氢电池管理系统。系统实现的功能包括: 数据监测、数据显示、CAN 通信、SOC估计、热管理和安全报警。经电池试验台模拟工况试验验证, 电池管理系统各子系统达到设计要求且工 作稳定。改进 SOC估计方法解决了传统安时计量法不能估计初始 SOC、难于准确测量库仑效率的问题, 为电池管 理系统稳定工作提供保证(Based on the countin
电动汽车动力电池管理系统设计 谭晓军 BMS书籍
- 电动汽车动力,电池管理系统设计 谭晓军 BMS书籍(Electric vehicle power battery ,management system design, Tan Xiaojun BMS books)
GB／T 27930-2015
- GB/T 27930-2015电动汽车非车载传导式充电机与电池管理系统之间的通信协议(Communication protocol between non vehicle conductive charger and battery management system of GB/T 27930-2015 electric vehicle)
pe_hv_battery_charge_discharge
- 这个例子展示了高压电池，如混合动力汽车中使用的电池。该模型使用一个现实的直流链路电流配置文件，它源于一个动态的驾驶周期。总模拟时间为3600秒。(This example shows a high-voltage battery like those used in hybrid electric vehicles. The model uses a realistic DC-link current profile, which originates from a dynamic drivin
cabature kalman
- 容积卡尔曼滤波测量方程基于统计数据，利用蒙特卡罗方法抽取私家电动汽车一次出行里程数，根据电池充电特性及车辆行驶习惯获得电动汽车充电的起始荷电状态、充电功率和起始充电时间，建立了一个较为精确的预测无线充电私家电动汽车充电负荷的数学模型，(The volume Calman filter measurement equation is based on the statistical data, using Monte Carlo method to extract the first trip m
EV
- 建立了电动汽车的电机模型，电池模型以及自适应巡航系统的ACC控制算法，采用神经网络控制对ACC系统控制器进行详细的设计(The motor model, battery model and ACC control algorithm of adaptive cruise system of electric vehicle are established. The controller of ACC system is designed in detail by using neural net
DistGeneration
- 新能源微网模型，还有光伏，蓄电池，分电场等模块(The new energy microgrid model, as well as photovoltaic, battery, sub electric field modules.)
Simscape_PEV_Heat_dissipation
- 本代码分析了插电式混合动力汽车充电时电流等参数对电池热量的影响，以及对充电参数的优化(This code analyses the influence of charging current and other parameters on battery heat of plug-in hybrid electric vehicle, as well as the optimization of charging parameters)
EV1
- matlab中的电动车模型（电池、电机）(Electric vehicle model in MATLAB (battery, motor))