搜索资源列表
ssc_lithium_cell_2RC
- 动力锂离子电池二阶等效电路模型（MATLAB/simulink环境下运行）-Lithium-ion battery second-order equivalent circuit model (running MATLAB/under simulink environment)
batterysoc
- 一个matlab/simulink平台搭建的SOC估算模型，对于从事锂离子电池建模和算法开发的人员很有帮助！-A matlab/simulink platform to build SOC estimation model for lithium-ion batteries in the modeling and algorithm development staff very helpful!
ssc_lithium_cell_1RC_estim
- 电池模型，锂离子电池参数估计模型，matlab源代码-battery 1 RC model using in matlab soft
soc_kalman
- 电动汽车锂离子动力电池SOC估计模型，基于电化学模型技术的卡尔曼滤波算法(SOC estimation model of Li ion power battery for electric vehicle and Calman filtering algorithm based on electrochemical model technique)
BatteryChargeController
- 针对锂离子电池，建立电池模型，对于电池剩余电量进行估算，采用安时积分法，效果还可以(The lithium ion battery, a battery model, to estimate the remaining battery power, the current time integral method, the effect can also be)
Li_ion_battery
- 针对锂离子电池，建立电池模型，对于电池剩余电量进行估算，采用Kalman Filter，效果还可以(The lithium ion battery, a battery model, to estimate the remaining battery power, the current time integral method, the effect can also be Kalman Filter)
HealthyAgedBatteryRobynJackey.zip
- 锂离子电池模型，等效电路模型，参数辨识。(Electric vehicles are receiving considerable attention because they offer a more efficient and sustainable transportation alternative compared to conventional fossil-fuel powered vehicles.)
Battery2RC
- 2阶RC电池模型.动力锂离子电池二阶等效电路模型（MATLAB/simulink环境下运行）(lithium_cell_2RC.Lithium-ion battery second-order equivalent circuit model (running MATLAB/under simulink environment))
锂离子电池matlab模型
- 一个基于matlab/simulink建立二阶锂离子电池的模型
ssc_lithium_cell_1RC1
- 动力锂离子电池一阶等效电路模型（MATLAB/simulink环境下运行）(First-order Equivalent Circuit Model for Power Lithium-ion Batteries (Operation under MATLAB/simulink Environment))
data
- matlab 锂离子电池参数估计， soc仿真(matlab soc simulation)
LIONSIMBA-master
- 该代码为基于MATLAB编制的锂离子电池伪二维模型(This code is a pseudo two-dimensional model of lithium ion battery based on MATLAB.)
锂离子电池一阶等效模型的参数估计
- 锂离子电池一阶等效模型的参数估计，MATLAB/simulink(Lithium-ion battery 1rc equivalent circuit model-MATLAB/simulink)