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power_battery
- 电池与一个动态的50A负荷相连，当SOC低于0.4时，启动同步电机转动，给电池充电；当大于0.8时，停止同步电机转动。-The battery is connected to a constant load of 50 Amps. The DC machine is connected in parallel with the load and operates at no load torque. When the State-Of-Charge (SOC) of the battery go
ICcurve
- 在matlab上实现电池充电是容量-电压曲线的绘制，采用计数法代替微分发技术-Implement matlab code on outputing capcity-voltage curve, which is ploted by counting point menthod instead of derivation
sijiache
- 私家车充电模型，私家车日行驶距离概率密度及累加函数，电动汽车出发时间（或者称开始充电的时间）概率-Private car charging model, private car day driving distance probability density function and cumulative electric vehicle departure time (or start charging of said time) probability
two_way_control
- 为超级电容设计的双向充电 使用back-boost电路，含电流换向时切换控制方式-Designed for super capacitor two-way charge to use the back- the boost circuit, current commutation switch control mode
randoncharge2
- 基于全美家用车辆调查的电动汽车充电特性,根据美国交通部2001年对全美家庭机动车的统计数据，拟合建立了考虑最后出行结束时刻和日行驶里程的电动汽车无序充电特性分析-based on NHTS Charcristics of ev charging
car_charge
- 可以轻松实现电动汽车恒压恒流两段式充电，性能优越-car charge
current_1_capacitor
- 超级电容充放电测试，能够都实现超级电容的横流充电和横流放电，观测超级电容的端电压-the test of supercapacitor charge or discharge
deterministic_robot_cleaning_v1
- 确定性清洗机器人MDP清洁机器人收集使用，也有它的充电电池。状态描述了机器人的位置和动作描述运动方向。机器人可以移动到左边或右边。第一（1）和最终的（6）的状态是所述终端的状态。的目标是找到最大化从任何初始状态的返回的最优策略。-The deterministic cleaning-robot MDP a cleaning robot has to collect a used can also has to recharge its batteries. the state describes
qlearning
- 清洁机器人根据马尔科夫决策过程确定移动轨迹，选择最优决策，确定移动取清洁还是去充电。-Cleaning robot is determined based on Markov decision process moving track, choose the best decisions about cleaning or moving to take charge.
ChargeCurrent
- 电动车车点点刘计算方法，能够保证充电过程中功率在合理范围内-charge current
ChargingState
- 充电状态管理，确保充电过程中状态正确切换-CHARGE CURRENT
chargerall
- 电池充电模块，simulink模块，.mdl文件，锂电池SOC估计-soc estimation,.mdl,simulink charge
battery
- 锂电池用变电流间歇充电法充电，在matlab/simulink中实现仿真-Charging simulation of variable current intermittent charging method for lithium batter
battery_
- 基于matlab的蓄电池充电和放电的建模模型-matlab battery charging and discharging of the model based on modeling
yichuansuanfa
- 基于遗传算法的区域功能性分区的快速充电站规划研究-Research on the Planning of Electric Vehicle Fast Charging Station Based on Genetic Algorithm
chushixuanzhi
- 基于voronoi图的坐标几何法快速充电站初始选址研究-Research on Initial Location of Fast Charging Station Based on Coordinate Geometry of Voronoi Diagram
chuzuchefuhe
- 电动出租车的充电负荷计算，蒙特卡洛法，电动汽车充电负荷模型-Electric Taxi Charging Load Calculation, Monte Carlo Method, Electric Vehicle Charging Load Model
gongjiaochefuhe
- 电动公交车的充电负荷计算，蒙特卡洛法，电动汽车充电负荷模型-Electric bus charging load calculation, Monte Carlo method, electric vehicle charging load model
sijiachefuhe
- 电动私家车的充电负荷计算，蒙特卡洛法，电动汽车充电负荷模型-Electric Car Charging Load Calculation, Monte Carlo Method, Electric Vehicle Charging Load Model
rh-charge
- 可以实现对蓄电池的恒流充电与切换。对于电池保护很有效果-Can achieve the battery constant current charging and switching, for the battery protection is very effective.