锂电池剩余寿命预测数据提取.rar

% 提取电池中放电等压降的时间 % load('B0005.mat'); % j = 0 ; % 记录等压降放电时间总次数 % B0005_DisCharge_Voltage_Time = []; % 设置存储等压降时间的容器 % for i=1:length(B0005.cycle) % cycle_type = B0005.cycle(i).type; % 读取cycle结构体中type字段的值 % data_type = 'discharge'; % value = strcmp(cycle_type,data_type); % 判断两个字符串是否相同 % % if value % j = j + 1 ; % B0005_Voltage_measured = B0005.cycle(i).data.Voltage_measured; % 将读取到的电压存储到新的数组中 % B0005_Voltage_Data_Time = B0005.cycle(i).data.Time; % 将读取到的时间存储到新的数组中 % [m,n] = size(B0005_Voltage_measured); % for i=1:n % if B0005_Voltage_measured(:,i) < 3.8 % B0005_Time_high = B0005_Voltage_Data_Time(:,i-1); % break; % end % end % % for i=1:n % if B0005_Voltage_measured(:,i) < 3.5 % B0005_Time_low = B0005_Voltage_Data_Time(:,i-1); % break; % end % end % B0005_DisCharge_Voltage_Time(j,:)=B0005_Time_low - B0005_Time_high; % end % end % plot(B0005_DisCharge_Voltage_Time); % legend('B0005实际放电等压降放时间'); % load('B0006.mat'); % j = 0 ; % 记录等压降放电时间总次数 % B0006_DisCharge_Voltage_Time = []; % 设置存储等压降时间的容器 % for i=1:length(B0006.cycle) % % cycle_type = B0006.cycle(i).type; % 读取cycle结构体中type字段的值 % data_type = 'discharge'; % value = strcmp(cycle_type,data_type); % 判断两个字符串是否相同 % % if value % % j=j+1; % B0006_Voltage_measured = B0006.cycle(i).data.Voltage_measured; % 将读取到的电压存储到新的数组中 % B0006_Voltage_Data_Time = B0006.cycle(i).data.Time; % 将读取到的时间存储到新的数组中 % [m,n] = size(B0006_Voltage_measured); % % for i=1:n % if B0006_Voltage_measured(:,i) < 3.8 % 如果小于3.8V，记录时间 % B0006_Time_high = B0006_Voltage_Data_Time(:,i-1); % break; % end % end % % for i=1:n % if B0006_Voltage_measured(:,i) < 3.5 % 如果小于3.5V，记录时间 % B0006_Time_low = B0006_Voltage_Data_Time(:,i-1); % break; % end % end % % B0006_DisCharge_Voltage_Time(j,:)=B0006_Time_low - B0006_Time_high; % 将每一组数据中等压降时间存入数组中 % % end % % end % plot(B0006_DisCharge_Voltage_Time); % legend('B0006实际放电等压降放时间'); % load('B0007.mat'); % j = 0 ; % B0007_DisCharge_Voltage_Time = []; % 设置存储等压降时间的容器 % for i=1:length(B0007.cycle) % cycle_type = B0007.cycle(i).type; % 读取cycle结构体中type字段的值 % data_type = 'discharge'; % value = strcmp(cycle_type,data_type); % 判断两个字符串是否相同 % % if value % j = j + 1 ; % B0007_Voltage_measured = B0007.cycle(i).data.Voltage_measured; % 将读取到的电压存储到新的数组中 % B0007_Voltage_Data_Time = B0007.cycle(i).data.Time; % 将读取到的时间存储到新的数组中 % [m,n] = size(B0007_Voltage_measured); % for i=1:n % if B0007_Voltage_measured(:,i) < 3.8 % B0007_Time_high = B0007_Voltage_Data_Time(:,i-1); % break; % end % end % % for i=1:n % if B0007_Voltage_measured(:,i) < 3.5 % B0007_Time_low = B0007_Voltage_Data_Time(:,i-1); % break; % end % end % B0007_DisCharge_Voltage_Time(j,:)=B0007_Time_low - B0007_Time_high; % end % end % plot(B0007_DisCharge_Voltage_Time); % legend('B0007实际放电等压降放时间'); % load('B0018.mat'); % j = 0 ; % B0018_DisCharge_Voltage_Time = []; % 设置存储等压降时间的容器 % for i=1:length(B0018.cycle) % cycle_type = B0018.cycle(i).type; % 读取cycle结构体中type字段的值 % data_type = 'discharge'; % value = strcmp(cycle_type,data_type); % 判断两个字符串是否相同 % % if value % j = j + 1 ; % B0018_Voltage_measured = B0018.cycle(i).data.Voltage_measured; % 将读取到的电压存储到新的数组中 % B0018_Voltage_Data_Time = B0018.cycle(i).data.Time; % 将读取到的时间存储到新的数组中 % [m,n] = size(B0018_Voltage_measured); % for i=1:n % if B0018_Voltage_measured(:,i) < 3.8 % B0018_Time_high = B0018_Voltage_Data_Time(:,i-1); % 将每次循环中放电至高电压对应的放电时间赋值给新变量 % break; % end % end % % for i=1:n % if B0018_Voltage_measured(:,i) < 3.5 % B0018_Time_low = B0018_Voltage_Data_Time(:,i-1); % 将每次循环中放电至低电压对应的放电时间赋值给新变量 % break; % end % end % B0018_DisCharge_Voltage_Time(j,:)=B0018_Time_low - B0018_Time_high; % end % end % plot(B0018_DisCharge_Voltage_Time); % legend('B0018实际放电等压降放时间');