Set up designed to study the connection procedure and testing procedure of electric 3 or 4 wheeler set up using various components of electric vehicle like battery , EV.Motors , drive etc , Set up consists of

Control Panel ( with Drive, battery, charger etc)

Controller

• Type : MOSFET-based Controller
• Input Voltage: 48-60VDC
• Maximum Current: 30A

Battery

• Type: lithium-ion battery -LPF
• Voltage : 60v
• Power/Current : 18Ah
• Features: in-built Smart BMS with PC interface Software and Bluetooth-Mobile App software -optional features.

Charger

• Type: MOSFET-based Charger
• Input Voltage: 170-250VAC
• Output Voltage: 62V
• Charging Current: 5A
• Charging Time: 4-5 Hour
• Features: Led's for status indicator

Panel

• Powder coated M.S Panel with diagram Stickered front panel to fix the Above Motor, controller and Battery and also to fix the below mentioned components
• Steering with Pedal Accelerator for speed control
• F/R selection switch, Left/Right indicator switch with Lamp
• Headlight switch with Lamp, Horn switch with buzzer
• Brake control lever(optional)
• Digital LCD indicator, To indicate

1. Speed in KM/H
2. Motor Speed in Rpm
3. Left indicator status
4. Right indicator status
5. Headlight Indicator status

• ON/OFF Switch with Key
• DC-DC Converter for Light (48V TO 12V, 10A)
• Necessary Banana terminals are provided for motor, Battery, Controller input, and output terminations for external patching.
• Panel Meter for Battery voltage and Current
• Necessary terminations for controller control signal (like hall sensor, indicator, throttle) output and inputs for external patching.
• Necessary Fuse and MCB provided for battery, Motor

Features

• Provision / Facility to Interface with External IGBT Power Module and Controller set up (FPGA/MATLAB/DSPIC etc)- for Motor control and testing

Optional Features

1. PC Software for BMS -Smart Battery (OP2)
2. Blue tooth Mobile app-connectivity for BMS -Smart Battery (OP3)

Possible Experiments

1. Study and testing of speed control of Hub Motor used in two-wheelers
2. Study and testing of 3/4 wheeler control components functions (pedal Acce function, F/R switch function, Left/Right indicator switch function, Headlight switch function, Horn switch function, Brake control lever function, Digital LCD-Indicator function, etc)
3. Study and Testing of battery charging and discharging - BMS system using PC software and Mobile blue-tooth App (User will provide computer/Mobile)- optional features

The performance of this model could be even better than the performance of a benchtop oscilloscope. It has 4 analog channels, 1GSa/s real-time sampling rate, 2mV-10V/DIV input sensitivity, and 250MHz bandwidth. USB2.0 Interface powers it, plug and play device with a small size that is easy to carry. High-cost performance, pass/fail the test, resourceful trigger function, dynamic cursor tracking, waveform record, and replay function

Three Phase Axial Permanent Magnet Synchronous Motors - Order Code - EV46016M 

•Voltage: 48V
• Power: 1KW or 3KW (Optional)
• Speed: 2500 RPM
• Feedback: 3 numbers of Hall sensor
• Differential set up: 10:1 Gear Ratio Fitted with stand and Tire, drum

Optional: Pc Based Measurement And Acquisition System For Motor Voltage And Current:  Order Code - EV-DAQ

For more Information Click heare