Week-3 Challenge: ADVISOR Tool

Q.1...?

STEPS FOLLOWED:

1. OPEN THE ADVISOR TOOL AND CLICK START TO OPEN THE VEHICLE INPUT IN ADVISOR SIMULATOR.
2. SEARCH FOR 'EV_defaults_in' FILE FROM LOAD FILE AND CLICK THE FILE TO OPEN.
3. 
4. IN ADVISOR TOOL THE SIMULATION CONSISTS OF EVERY PARAMETER OF VEHICLE MODELING, LIKE MASS, VEHICLE TYPE, ENERGY STORAGE, MOTOR, TRANSMISSION, WHEEL/AXLE, etc.
5. NOW CHANGE SOME PARAMETERS WHICH PRESENT IN EV_defaults_in FILE, LIKE CARGO MASS TO 500 kg.
6. 
7. THEN CLICK CONTINUE TO OPEN THE SIMULATION PARAMETERS, THE SIMULATION PARAMETER CONSISTS OF DIFFERENT DRIVE CYCLE AND TO CREATE A INDIVIDUAL OWN DRIVE CYCLE BY GIVING DIFFERENT DATA TO THE SIMULINK PARAMETER LIKE, ACCELERATION TEST, GRADEABILITY TEST, PARAMETRIC STUDY, etc.
8. 
9. NOW, SEARCH FOR 'CYC_FTD' FILE FROM DRIVE CYCLE LIST IN ADVISOR TOOL.
10. 
11. THE CLICK THE FILE WHICH IS 'CYC_FTP' DRIVE CYCLE.
12. 
13. NOW CLICK THE RUN TO GET THE RESULT.
14. 
15. FOR DEFAULT CONDITION:
16. FOR NUMBER OF CYCLES IS EQUAL TO 1, AND VEHICLE TRAVELED THE DISTANCE IS 17.8 Km

fuel Consumotion (L/10) =0

Gasoline Equivalent = 2

Distance =17.8

1. • FOR NUMBER OF CYCLES IS EQUAL TO 2, AND VEHICLE TRAVELED THE DISTANCE IS 35.5 Km

fuel Consumotion (L/10) =0

Gasoline Equivalent = 2.1

Distance =35.5

1. • FOR NUMBER OF CYCLES IS EQUAL TO 3, AND VEHICLE TRAVELED THE DISTANCE IS 48.2 Km

fuel Consumotion (L/10) =0

Gasoline Equivalent = 2.1

Distance =48.2

1. • FOR NUMBER OF CYCLES IS EQUAL TO 4, AND VEHICLE TRAVELED THE DISTANCE IS 48.2 Km
   • FOR NUMBER OF CYCLES IS EQUAL TO 10, AND VEHICLE TRAVELED THE DISTANCE IS 48.2 Km

fuel Consumotion (L/10) =0

Gasoline Equivalent = 2.1

Distance =48.2

1. if cargo mass is 500 kg with all other default conditions, can the vehicle travel for 45 km with FTP drive cycle?
   • FOR NUMBER OF CYCLES IS EQUAL TO 1, AND VEHICLE TRAVELED THE DISTANCE IS 17.8 Km

fuel Consumotion (L/10) =0

Gasoline Equivalent = 2

Distance =17.8

1. • FOR NUMBER OF CYCLES IS EQUAL TO 2, AND VEHICLE TRAVELED THE DISTANCE IS 35.5 Km

fuel Consumotion (L/10) =0

Gasoline Equivalent = 2.1

Distance =35.5

1. • FOR NUMBER OF CYCLES IS EQUAL TO 3, AND VEHICLE TRAVELED THE DISTANCE IS 41.4 Km

fuel Consumotion (L/10) =0

Gasoline Equivalent = 2.5

Distance =41.4

1. • FOR NUMBER OF CYCLES IS EQUAL TO 4, AND VEHICLE TRAVELED THE DISTANCE IS 41.4 Km

fuel Consumotion (L/10) =0

Gasoline Equivalent = 2.5

Distance =41.4

1. • FOR NUMBER OF CYCLES IS EQUAL TO 10, AND VEHICLE TRAVELED THE DISTANCE IS 41.4 Km

fuel Consumotion (L/10) =0

Gasoline Equivalent = 2.5

Distance =41.4

Conclusion:-

1. NO, THE VEHICLE CANNOT TRAVEL FOR 45 Km WITH FTP DRIVE CYCLE. BECAUSE IN INCREASES OF CARGO MASS TO 500 Kg, THE VEHICLE CAN ONLY TRAVEL UPTO 41.4 Km.
2. IF THE ORIGINAL DEFAULT CONDITION IS PRESENT WITH CARGO MASS AT 136 Kg, THE VEHICLE CAN TRAVEL UPTO 48.2 Km.
3. SO INCREASE IN WEIGHT LEADS TO LOSS IN POWER TO TRAVEL THE GREATER DISTANCE.

Q.2....?

STEPS FOLLOWED:

1. OPEN THE ADVISOR TOOL AND CLICK START TO OPEN THE VEHICLE INPUT IN ADVISOR SIMULATOR.
2. SEARCH FOR 'EV_defaults_in' FILE FROM LOAD FILE AND CLICK THE FILE TO OPEN.
3. 
4. IN ADVISOR TOOL THE SIMULATION CONSISTS OF EVERY PARAMETER OF VEHICLE MODELING, LIKE MASS, VEHICLE TYPE, ENERGY STORAGE, MOTOR, TRANSMISSION, WHEEL/AXLE, etc.
5. NOW CHANGE SOME PARAMETERS WHICH PRESENT IN EV_defaults_in FILE, LIKE CARGO MASS TO 500 kg, AND CHANGE IN BATTERY CAPACITY
6. 
7. IF THE BATTERY CAPACITY IS BELOW 25 MODULES: WHICH IS 20 MODULES.
   • 
   • FOR NUMBER OF CYCLES IS EQUAL TO 1, AND VEHICLE TRAVELED THE DISTANCE IS 17.8 Km

fuel Consumotion (L/10) =0

Gasoline Equivalent = 2.4

Distance =17.8

1. • FOR NUMBER OF CYCLES IS EQUAL TO 2, AND VEHICLE TRAVELED THE DISTANCE IS 33.5 Km
   • FOR NUMBER OF CYCLES IS EQUAL TO 3, AND VEHICLE TRAVELED THE DISTANCE IS 33.5 Km
     

     fuel Consumotion (L/10) =0

     Gasoline Equivalent = 2.5

     Distance =33.5

   • FOR NUMBER OF CYCLES IS EQUAL TO 4, AND VEHICLE TRAVELED THE DISTANCE IS 33.5 Km

fuel Consumotion (L/10) =0

Gasoline Equivalent = 2.5

Distance =33.5

1. IF THE BATTERY CAPACITY IS ABOVE 25 MODULES: WHICH IS 30 MODULES
   • 
   • FOR NUMBER OF CYCLES IS EQUAL TO 1, AND VEHICLE TRAVELED THE DISTANCE IS 17.8 Km
     

     fuel Consumotion (L/10) =0

     Gasoline Equivalent = 2.4

     Distance =17.8

   • FOR NUMBER OF CYCLES IS EQUAL TO 2, AND VEHICLE TRAVELED THE DISTANCE IS 35.5 Km
     

     fuel Consumotion (L/10) =0

     Gasoline Equivalent = 2.5

     Distance =35.5

   • FOR NUMBER OF CYCLES IS EQUAL TO 3, AND VEHICLE TRAVELED THE DISTANCE IS 49.1 Km

     fuel Consumotion (L/10) =0

     Gasoline Equivalent = 2.5

     Distance =49.1

   • FOR NUMBER OF CYCLES IS EQUAL TO 4, AND VEHICLE TRAVELED THE DISTANCE IS 49.1 Km

fuel Consumotion (L/10) =0

Gasoline Equivalent = 2.5

Distance =49.1

Conclusion:-

1. WHENEVER THE BATTERY CAPACITY IS LESS THEN 25 MODULES, THE VEHICLE GETS LESS DISTANCE TRAVELED
2. WHENEVER THE BATTERY CAPACITY IS MORE THEN 30 MODULES, THE VEHICLE GETS MORE DISTANCE TRAVELED
3. BECAUSE THE BATTERY CAPACITY WHICH IS POWER OR ENERGY STORAGE THAT THE VEHICLE IS DEPEND ON TO TRAVEL THE CERTAIN DISTANCE.
4. IF ENERGY IS MORE THE DISTANCE TRAVELED BY VEHICLE IS MORE, AND IF THE ENERGY IS LESS THE DISTANCE TRAVELED BY VEHICLE IS LESS.
5. HERE THE 25 MODULES ARE TAKEN AS DEFAULT DATA VALUE IN BATTERY CAPACITY.

Q.3....?

STEPS FOLLOWED:

1. OPEN THE ADVISOR TOOL AND CLICK START TO OPEN THE VEHICLE INPUT IN ADVISOR SIMULATOR.
2. SEARCH FOR 'PRIUS_JPN_defaults_in' FILE FROM LOAD FILE AND CLICK THE FILE TO OPEN.
3. 
4. THEN CLICK CONTINUE TO OPEN THE SIMULATION PARAMETERS, THE SIMULATION PARAMETER CONSISTS OF DIFFERENT DRIVE CYCLE AND TO CREATE A INDIVIDUAL OWN DRIVE CYCLE BY GIVING DIFFERENT DATA TO THE SIMULINK PARAMETER LIKE, ACCELERATION TEST, GRADEABILITY TEST, PARAMETRIC STUDY, etc.
5. 
6. NOW, SEARCH FOR ANY FILE FROM DRIVE CYCLE LIST IN ADVISOR TOOL.
7. 
8. THE CLICK THE FILE WHICH IS 'CYC_FTP' DRIVE CYCLE.
9. 
10. NOW PERFORM THE GRADEBILITY TEST:
    1. OPEN THE GRADE OPTIONS MENU FOLDER
    2. 
    3. NOW CONSIDER "ALL SYSTEM ENABLED" FROM "ENERGY STORAGE DISABLED AND KEEP SPEED VALUE AT 55 mph.
    4. 
    5. SO BY VARYING THE VALUE OF SPEED IN GRADE OPTION MENU WE GET THE GRADEABILITY PERCENTAGE.
    6. Gradeability at 55mph = 8.9%
11. 1. BY VARYING THE SPEED VALUE WHICH is GIVEN BELOW FROM SIMULINK RESULT FOR GRADEABILITY WE GOT THE VALUES THAT PRESENT BELOW.
    2. 
       
       1. Gradeability at 1 mph = 31.7%
       1. Gradeability at 1 mph = 30.3%

Gradeability at 40 mph = 11.7%

1. SO BY KEEPING THE ALL SYSTEM ENABLE, SPEED VS GRADEABILITY(%) IS TAKEN FROM THE ADVISOR TOOL IN TABLE RESULT
   • 

Conclusion:-

1. IF SPEED IS LESS, THE GRADEABILITY PERCENTAGE IS MORE
2. IF SPEED IS MORE, THE GRADEABILITY PERCENTAGE IS LESS
3. SO SPEED AND GRADEABILITY PERCENTAGE ARE INVERSELY PROPORTIONAL TO EACH OTHER