it is very useful all engneering students

1. A CASE STUDY ON
TESLA ELECTRICAL VEHICLE DESIGN TECHNOLOGIES

2. INTRODUCTION:
HERE IT IS ABOUT A TESLA ELECTRICAL VEHICLE TECHNOLGIES
Actually a tesla vehicle is a electrical vehicle which works on electricity.
Here it works on the induction motor .It is quite different from combusting
vehicles.Here in this presentation I would explain about the tesla model s
which would be the most accelrating car in the world which is upcoming
in the 2025.

3. • This is about a tesla electrical vehicle.
• It works on the induction motor.
• These are high performance vehicle.
• These are pollution free.

4. • These are noise free.
These are the highest accelrating upcoming cars
in the world

5. In this car it consists of inverter with the induction
motor.
It is a charging vehicle.
Its speed is 60 mph-2.28s.
This is the invention made by Nikola tesla (1856-
1943).

6. • The induction motor has two main parts :
1.stator
2.rotor
induction motor
Inverter

7. Rotor: The rotor is the collection of conductive bars
short circuted by end rings.

8. Stator: A row of small stationary air foils fixed to the
casing of an axial flow turbine,positioned between
rotors.
The three phase inverter is given to the induction
motor.
The free phase authenatic current in the coil
produces rotating magnetic field.

9. The tesla motor produces magnetic field.
The rotating magnetic field that includes current
on the rods to make it turn.
In an induction motor the rotor speed will be
behind RMF.

10. An induction motor contain neither brushes
nor a permanent magnet.
But at the same time is powerful.
The no of rotations increases when frequency
increases.

11. Just by varying the frequency of power supply
we will be able to alter the drive wheel speed.
The motor speed will be 0-18000 rpm.
This car needs high voltage battery power source.
In this the car designing the gap between the car
and the ground are very less when compared to
other cars

12. In this the car designing the gap between the car
and the ground are very less when compared to
other cars.The distance is 46cms.

13. Here the inverter acts as the brain of the electerical
car
In this battery storage the battery used as common
Li-ion batterys which we use in our common life.

14. • HIGH PERFORMNCE
• HIGH RESPONSE
• NO NOISE
• LOW MAINTANENECE
• EASY DRIVING
• HIGHLY SAFE
• SINGLE SPEED
TRANSMISSION
• HIGH TORQUE AND
POWER
• LONG CHARGING TIME
• LOW RANGE
• HIGH COST