The document discusses the key components and technologies that future cars may utilize to be more sustainable and energy efficient. Future cars could use in-wheel motors that improve efficiency over conventional engines, regenerative braking to capture wasted kinetic energy, lightweight materials, and more advanced batteries. They may also incorporate solar panels, energy storing body panels, and increased automation and intelligence through integration with smart phones and advanced driver assistance systems. The goal is to develop cars that consume less energy, use renewable sources, and are more economical and eco-friendly.

1. CARS IN FUTURE
PRESENTED BY
S.PRAGADHEESH BABU,
MOHAMMED BASHEER .O.S

2. INTRODUCTION
MAIN OBJECTIVE OF THE FUTURE CAR
SHOULD CONSUME LESS AMOUNT OF ENERGY
SHOULD USE RENEWABLE SOURCES OF
ENERGY
ECO FRIENDLY
SHOULD BE ECONOMICAL

3. COMPONENTS OF FUTURE CAR
IN WHEEL MOTOR
REGENRATIVE BRAKING
MATERIALS
EFFICIENT BATTERIES

4. IN -WHEEL MOTOR
INTERNAL COMBUSTION ENGINE IS NOT
NECESSARY
IT`S LOCATED IN THE HUB OF THE WHEEL
IN WHEEL MOTORS PERFORM ALL THE
FUNCTION

5. IN WHEEL MOTOR

6. MECHANISM

7. ADVANTAGE
REDUCES THE WEIGHT
REDUCES THE DISTANCE OF THE POWER
TRANSFER
MORE EFFICIENT THAN CONVENTIONAL
ENGINE

8. REGENRATIVE BRAKES
Converts kinetic energy into electricity
put electric motor into reverse mode
Electric motor act as electric generator.
Stores electricity in batteries

10. ENERGY EFFICIENCY
80% energy wasted in conventional cars.
Science says energy cannot be destroyed.
Regenerative brakes consume the waste energy
Regenerative braking reduce fuel consumption by 20
to 45%.

11. EVOLUTION OF HYBRID CAR
PLUG IN HYBRID CARS.
INTERNAL COMBUSTION ENGINE .
AND
ELECTRICAL ENGINE
REGENRATIVE BRAKING

12. ADVANTAGES
WHEN BATTERY RUNS DOWN IT ACT AS
CONVENTIONAL HYBRID
WE CAN CHARGE THE BATTERY BY USING
POWER GRID
IT ALSO CHARGE ITSELF BY REGENRATIVE
BRAKING.

13. FUTURE BATTERY
LI ion battery technology
Stores energy three times more than NiMH battery
More sensitive.

14. ENERGY STORING BODY PANELS
BATTERIES TAKE UP LOT OF SPACE AND VERY
HEAVY
LITHIUM IONS ARE HAZARDIOUS TO
ENVIRONMENT
IT CAN BE REPLACED BY ENERGY STORING
BODY PANEL

15. SOLAR PANEL
CONVERTS SOLAR ENERGY TO ELECTRICITY
CAN BE PLACED ON THE TOP
CONVERTED ELECTRICAL ENERGY CAN BE
STORED AND USED IN FUTURE

16. MATERIAL
NEW POLYMERS
ALLOYS
CARBON NANOTUBES
CARBON FIBER RE-ENFORCED BODIES

17. MORE INTELLIGENCE
SMART PHONES ARE CONNECTED WITH CARS
AUTO-PILOT MODE
INTELLIGENT DIOAGNOSTIC
INTEGRATION WITH EMERGENCY SERVICES
AUGMENTED REALITY DASHBOARDS

18. INTELLIGENCE CAR

19. ADVANTAGES
SAVE ENERGY
SPEND LESS MONEY AT THE PUMP
REDUCE GLOBAL WARMING POLLUTION
NO ACCIDENTS

21. LIMITATIONS
AT LOWER SPEED IT NEEDS FRICTION BREAK
IT ALSO NEED CONVENTIONAL ENGINE
EXPENSIVE INCREASES AS INTELLIGENCE
INCREASES

22. CONCLUSION
 WE HAVE PRESENTED A CAR WHICH WILL
SUSTAIN IN FUTURE WORLD
IT WILL INTAKE LESS FUEL CONSUMPTION
 IT WILL MAKE OUR ENVIRONMENT GREEN

23. Queries ???????

24. Thank You!!!