all car calculations Calculation is done in reverse. So before the car sports a car? a sedan? Or a truck? The motor power and the car type are determined accordingly.due to the fact that our vehicle has a training stand and limited budget, a less powerful and lighter body is sufficient.Thus 1 person will carry electric car body 250-300 kg enough for us
ELECTRIC AND ELECTRONIC PARTS
Process steps:
-Input and output elements were Selected by determining the number of lamps and equipment to be used in the vehicle when designing electric vehicle control unit
- Designed with Proteus program, an electronic control and test program of the central control unit (ECU), simulating the tested.
- Printed circuit was removed with acidic heating technique and electrode components were placed on the control board.-
Designed with Proteus electronic control program and test program of the central control unit (ECU), simulating the tests.The control panel of the car was created .This panel is designed for the car to be made from one control panle. This panel is able to control the signals, horn, warning lamp, back and further driving
The control panel of the car was created .This panel is designed for the car to be made from one control panel. This panel is able to control the signals, horn, warning lamp, back and further driving
Electric car mounted deferential Gear and 3 phase AC motor. Lithium Battery Box Mounted at back side of car.
Final Product:
USED MATERIALS IN ELECTRIC, ELECTRIC CAR CONTROLLER DIAGRAM :
TECHNICAL DATAS:
Power Supply 220 Volt Plug (City Electric for Charge)
Lithuim Battery Voltage 75 Volt
Engine Power 1.5 Kw
Charge time 4 Hour
Discharge Time Aprx. 4 Hour
Driving Distance full Charge 100 Km
Max. Speed 30 Km/Hour