Lightweight Electric Vehicles Simulator
(EV118)
- Gaining knowledge of
- Electric car
- Analysis of the electric vehicle,
- Main functions and controls
- The DC motors
- The controller for the DC motor
- The brushless motor
- The controller for the brushless motor
- The asynchronous motor
- The inverter
- The DC/DC converter
- The interface module (EVMS)
- The batteries
- The control of the batteries (BMS)
- The braking system
- Electric scooter
- Analysis of the electric scooter
- Functions and controls
- The motor
- The controller
- The DC/DC converter
- The interface module (ICM)
- The braking system
- Braking and regenerative deceleration
- The batteries
- Safety devices
- Battery recharging
- Electric bicycle
- Characterization of the E-bike system
- Description of the pedal assist system
- The controller
- The braking system with suppressant of the motor supply
- Acceleration function for the E-bike (Twist and Go)
- Acceleration function for the Pedicel system
- PAS (Pedal Assist System)
- PAS/TAG system
- The torque sensor
- The batteries
- The motors
- Braking and regenerative deceleration
- Safety devices
- Battery recharging
- Electric car
- Input power supply: AC 220V±10% 50 Hz
- Operating Temperature: -40°C: +50°C
- Lightweight Electric Vehicles Simulator (EV118).
- Hard copy user manual.
Lightweight Electric Vehicles Simulator investigates the fundamental circuits and parts used in light-weight electric vehicles from the perspective of theory as well as practice. The panel, which is divided into four blocks, makes it simple and thorough to learn about the benefits and features of the electric traction designed for applications in cities. The simulator allows learning how to operate electric bicycles, scooters, and cars by light signaling. It is separated into three sections that are applicable to each type of vehicle.
- The Lightweight Electric Vehicles Simulator is a fully functional benchtop trainer.
- The training system demonstrate the operating principle of the main circuits and components that are used in lightweight electric vehicles.
- The training system consists of four blocks allows an easy and comprehensive learning of the characteristics and advantages of the electric traction.
- The simulator can be divided up into three separate parts that are essential to electric cars, scooters, and bicycles, respectively, and it enables learning about how they work through light signaling.
- The car that you want to analyze can be selected using a switch.
- The Education panel contains of:
- Section for the selector switch and other necessary buttons for the simulator's interaction.
- Section for the study of the electric bicycle.
- Section for the study of electric scooter.
- Section for the study of electric car.
- The simulator can assess both regular driving operations and those that depend on the gradient of the road for all three vehicles.
- Additionally, the various battery types that are sold on the market and their recharging mechanisms are investigated.
- This bench-top trainer was created specifically to demonstrate automotive systems to students.
- It is possible to view the available information on the screen while the system is in operation by connecting the panel to a computer.
- The operational mode and fault insertion are handled by computer.
- The simulator comes with software that enables students to study the theory and complete the requirements.
- The faults are inserted by computer and are related to the malfunctioning of each vehicle's components.
- Operation module is equipped with an ON/OFF switch, emergency switch, Battery charger ON/OFF switch, and battery charger indication LED.