EV Golf Kart (Battery Operated) 4-Wheeler Working Model -IES-EV-350
The EV Golf Kart (Battery Operated) 4-Wheeler Working Model is a practical electric vehicle training platform designed for hands-on learning and experimentation in electric mobility laboratories. The system is built on an open and serviceable chassis that provides clear visibility and access to major EV subsystems such as the traction motor, motor controller, battery pack, wiring harness and power distribution components. The platform integrates a PMSM/BLDC traction motor, programmable motor controller and lithium battery system with BMS, enabling study of electric drivetrain operation under different operating conditions. Learners can observe system behaviour, analyze drivetrain performance and understand component interaction in real-time.
IES-EV-350
TECHNICAL SPECIFICATIONS
• PMSM / BLDC traction motor based EV drivetrain system• Programmable automobile motor controller with speed and torque control• Lithium battery pack with integrated Battery Management System (BMS)• Configurable vehicle operating modes such as forward, reverse and eco drive modes• Integrated power distribution system with protection mechanisms• Open chassis structure for easy access, assembly and retrofitting practice• Wiring harness with accessible connections for practical diagnostics• Basic instrumentation and monitoring interfaces for system observation• Built-in safety and electrical protection mechanisms• Integrated fault simulation module for EV diagnostic training
RANGE OF EXPERIMENTS
• Study of electric vehicle motor operation and drive modes• Analysis of speed, torque and drivetrain performance• Controller configuration and parameter tuning• Battery monitoring and BMS protection analysis• Wiring harness identification and signal tracing• EV system diagnostics and troubleshooting exercises• Retrofitting concepts and powertrain integration studies• Practical evaluation of EV subsystem interaction
FEATURES
• Open-chassis electric vehicle training platform• Real EV component-based learning system• Hands-on training for diagnostics and retrofitting• Modular design for easy maintenance and experimentation• Integrated fault simulation capability• Suitable for EV training laboratories and engineering institutes
MAECENAS IACULIS
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ADIPISCING CONVALLIS BULUM
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