Project 2
I HAVE BEEN USED THE MATLAB2022b TRAIL VERSION MATLAB SOFTWARE.
YES I HAVE DONE THE PROJECT AS PER THE MENTIONED IN THE QUETION WITH CONDITION AND STEPS
1) Load the Project2 folder as the Current Folder in Matlab.
2) Run the “Project2_InitFile.m” Matlab script.
THE BELOVW SCREEN IS OF INITFILE LOADED IN THE MATLAB
THE BELOW SCREEN IS FOR CHOOSING DRIVE CYCLE FOR UDDS:
3).Copy the Conventional vehicle Simulink model created for Project 1 in this folder. Figure 1: P1 Hybrid ArchitectureHybrid Drives Development
THE BELOVW SCREEN IS FOR SIMULINK BLOCKS;
4) Modify this model into a hybrid vehicle model. The lecture presentations can be used as reference. Battery and Supervisory controller models developed in the assignments can be reused.
THE BELOVW SCREEN IS FOR INSIDE VIEW OF CONTROLLER SIMULINK BLOCKS;
5) Add additional ‘To Workspace’ blocks for transferring the desired Simulink vehicle data into the Matlab workspace.
6) Simulate the hybrid model on the desired drive cycles.
THE BELOVW SCREEN IS INSIDE POWER TRAIN SIMULINK BLOCKS;
THE BELOVW SCREEN IS INSIDE ENGINE SIMULINK BLOCKS;
THE BELOVW SCREEN IS INSIDE VIEW OF ELECTRIC MACHINE SIMULINK BLOCKS;
THE BELOVW SCREEN IS INSIDE VIEW OF ESS SIMULINK BLOCKS;
THE BELOVW SCREEN IS INSIDE VIEW OF TRMINAL VOLTAGE SIMULINK BLOCKS;
a. Tabulate the fuel economy numbers (kmpl) for UDDS and HWFET cycle. Compare these numbers with the baseline numbers for conventional vehicle model from Project 1.
b. Plot the time trace for engine, transmission input, transmission output and wheel speed on one plot.a. Tabulate the fuel economy numbers (kmpl) for UDDS and HWFET cycle. Compare these numbers with the baseline numbers for conventional vehicle model from Project 1.
b. Plot the time trace for engine, transmission input, transmission output and wheel speed on one plot.
THE BELOW SCREEN IS FOR THE PROCESSING FILE WITH PLOTING GRAPHS
THE BELOW ALL THE PLOT RESULTS FOR THE UDDS CYCLE AS PER THE MENTIONED IN THE QETION
ALL THE DIFFERENT KIND OF PLOTS I HAVE BEEN PLOTED AND COMENTED AS PER THE MENTIONED IN THE QUETION INSIDE THE FILE IN THE SCREIPT FILE KINDLY CHECK ONCE
THE BEOLW FIGURE IS FOE ELECTRIC MOTER POWER AND TORQUE :
6) Simulate the hybrid model on the desired drive cycles.
THE BELOW SCREEN IS FOR CHOOSING DRIVE CYCLE FOR HWFET:
THE BELOW ALL THE PLOT RESULTS FOR THE UDDS CYCLE AS PER THE MENTIONED IN THE QETION
THE BEOLW FIGURE IS FOE ELECTRIC MOTER POWER AND TORQUE :
CONCLUSSION:=
AS PER MY CONCLUSION FOR BOTH DRIVE CYCLE FIGURE 1, 2, 3 , 4, 5 AND 6 ARE SAME BY SEEING THE GRAPG RESULTS CHANGE IN THE LAST TWO FURES THAT IS FIGURE 5 AND 6 THE ALL THE GRAPH RESULTS ARE DIFFERENT WITH THEIR VALUES BUT AS COMPAIRE TO FIGURE3,
FIGURE4, AND FIGURE5, ARE LITTRALLY CHANGE AND THE FIGURE 2 IS CONFUSING WITH THE RESULT BECOUSE ITS MIXXED WITH THE FUELS CONSUMPTION POINTS LINES WITH THEIRE VALUES , BUT THE DISPLACEMENT OF THE VEHIVCLE GRAPH IS GOING DOWNWORD IN THE NEGATIVE DIRECTION
WITH THE COMPARISION OF LAST GRAPH RESULTS THAT ARE ELECTRIC MOTOR POWER AND TORQUE GRAPHS ARE COMPLETELLY DIFFERENT AS PER DRIVE CYCLE .
=:THANK YOU:=