电池SOC仿真系列-基于Simscape的锂电池建模方法

component R_table_1Temp% R_table_1Temp% Models a resistor where the resistance value (R) depends on an external% physical signal input SOC.% Copyright 2012-2013 The MathWorks, Inc.    nodes        p = foundation.electrical.electrical; % +:left        n = foundation.electrical.electrical; % -:right    end    inputs        SOC = {1,'1'}; %SOC:left    end    parameters (Size=variable)        R_Table = {1e-3*ones(5,1),'Ohm'};   % Vector of resistance values        SOC_Table = {[0;0.1;0.5;0.9;1],'1'} % Corresponding SOC breakpoints    end    variables(Access=private)        i = { 0, 'A' }; % Current        v = { 0, 'V' }; % Voltage    end    function setup        % Check parameter values        if any(value(R_Table,'Ohm')<=0)            pm_error('simscape:GreaterThanZero','Vector of resistance values');        end        if any(value(SOC_Table,'1')<0)            pm_error('simscape:GreaterThanOrEqualToZero','Corresponding SOC breakpoints');        end    end    branches        i : p.i -> n.i;    end    equations        v == p.v - n.v;        let            % Perform the table lookup            R = tablelookup(SOC_Table,R_Table,SOC,...                interpolation=linear,extrapolation=nearest)        in            % Electrical equation            v == i*R;        end    endend

% 设置R1、C1、R2和C2的初始值disp('R1, C1, R2 & C2 ...初始值 ');R1 = [0.0273228292774916]C1 = [172.286830453445]R2 = [0.120006294781068]C2 = [485.470579532194]