Week-4 Challenge WOT Condition Part-2
Q 1.MAPPED AND DYNAMIC MODAL
Maped also called as STATIC modal in which these modals runs bassed on the DATA which are available in the LOOK UP TABLE and the exxecution will be done according to the values in the look up table..
DYNAMIC MODAL reprents the actual component that is build in the modal which is going to act.for example the actual motor and microcontroller supplied with the three phase voltage sourse..
Q1.B) It can be chaged by using the steps explained below
step 1: open the ev/hybrid/other modal where we have to open the CAR BLOCK
step 2:we have major 2 modals BATTERY and GENERATOR/MOTOR EV MAPPED SYSTEM
step 3: In the motor /generator ev m€pped system there will be two options DYNAMIC OR STATIC MODAL there we have to select our modal
SCREENSHOTS ARE PLACED BELOW
Q2.MILES PER GALLON has been calculated in the VISUALISATION BLOCK where all the outputs are given to that block only whwre we have a mojor two things which are VEHICLE SPEED and BATTERY POWER in the the miles per gallon has been xcalculated in the battery power block only
The battery power and speed has been considered for the fuel flow in the vehicle.amd the scrrenshot of perfomance calculation is shown below
Q3.INITIALLY ALL THE SCREEN SHOTS ARE PLACED BELOW
step 1: we have to open the HYBRID EV MULTILODE MODEL in the MATLAB whwre have the mojor blocks
*DRIVE CYCLE
*DRIVER
*ENVIRONMENT
*CONTROLLER
*VEHICLE
*VISULISATION
step 2: As per our question we have to change the drive cycle as WOT in the DRIVE CYCLE BLOCK
step 3: The grade and wind values are changed in the environment block as per the queston
step 4:save the setup and RUN the modal inorder to get the output wvaeform and to see the perfomance
Q4.HEV vs EV
step 1: As we discussed above we have to open the electric vehicle modal in the documentation where the example training modal has been opened
step 2:RUN the modal as it is the example documentation and analyse the perfomance output of that EV MODAL
step 3:open the HEV modal in the MATLAB documentation block and save the modal
step 4:RUN the HEV modal and see the output perfomance of the modal
step 5 : compare both the output perfomance where the datas about the each and every block are given and are compared and analysed