Four-Wheeler EV Working Cut-Section Model -IES-EV-354
The Four-Wheeler EV Working Cut-Section Model is an educational training platform designed to demonstrate the architecture and working principles of a commercial electric vehicle. The setup represents the internal arrangement of EV drivetrain components including traction motor, inverter/controller, high-voltage battery pack and auxiliary electrical systems. The model features sectioned components mounted on an accessible structure, allowing learners to observe internal construction and understand the interaction between propulsion, battery and control subsystems. The platform enables practical training in component identification, system architecture and EV subsystem integration.
IES-EV-354
KEY TECHNICAL SPECIFICATIONS
EV Training Model StructureStand-mounted or table-top EV cut-section model designed for educational demonstration and training.
Vehicle Architecture RepresentationModel representing commercial electric vehicle drivetrain layout for study of EV subsystem integration.
Traction Motor AssemblyCut-section electric traction motor displayed for understanding internal motor construction and operation.
Motor Controller / InverterEV inverter and motor controller module demonstrating motor drive electronics and control interface.
Battery & Energy Storage SystemHigh-voltage lithium-ion battery pack cut-section model with integrated battery management system.
Charging System ModuleEV onboard charger and charging interface used for demonstration of EV charging architecture.
Power Electronics SystemDC-DC converter module representing auxiliary power supply systems used in EVs.
Control & Input InterfacesAccelerator pedal with throttle position sensor used for studying driver input and control signals.
Electrical Wiring SystemComplete EV wiring harness with connectors and routing layout for subsystem integration study.
Auxiliary Electrical SystemsVehicle electrical components including lighting circuits, indicators and auxiliary power modules.
Cooling & Transmission SystemDemonstration of motor cooling arrangement and drivetrain transmission components where applicable.
Mechanical Mounting StructureAccessible mounted structure allowing clear visibility of EV subsystems for training and demonstration.
RANGE OF EXPERIMENTS
Identification of electric vehicle drivetrain and battery subsystems
Study of motor, controller and battery interconnection
Demonstration of regenerative braking concept
Wiring harness routing and connector identification
Study of auxiliary electrical systems in EV architecture
Understanding cooling system and drivetrain arrangement
Demonstration of electric vehicle powertrain working principles
FEATURES
Working EV cut-section model for training and demonstration
Realistic EV component layout for system visualization
Accessible mounted components for hands-on learning
Suitable for EV assembly, identification and troubleshooting training
Modular structure designed for classroom and laboratory use
Ideal for EV skill development and technical education programs
MAECENAS IACULIS
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ADIPISCING CONVALLIS BULUM
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