1. Product Overview

This EV Motor Control System Training Educational Equipment is a pure electric vehicle integrated training system designed to replicate real-world EV drivetrain operations. It features an automotive-grade gear lever with CAN bus communication, enabling seamless interaction with the motor controller for authentic R-N-D shifting (forward/reverse/stop). The system includes a vacuum-assisted hydraulic braking system, electronic accelerator pedal, and interactive dashboard—all synchronized via CAN bus to demonstrate new energy automotive training equipment fundamentals, from power delivery to thermal protection protocols.

2. Key Features & Safety Innovations

A. Authentic Vehicle Control Interface

• CAN-Enabled Gear Lever: Requires brake pedal engagement (safety interlock) to shift, with illuminated R/N/D position indicators and push-to-shift switch.
• Dynamic Dashboard: Displays real-time motor speed, voltage, current, SOC, mileage, and power flow via CAN data from the motor controller and BMS.
• Multi-Mode Driving Simulation: Combines gear lever, throttle, and brake inputs to replicate low-speed cruising, acceleration, regenerative braking, and idle/startup conditions.

B. Intelligent Motor & Protection Systems

• AC Motor Controller: Converts DC to 3-phase AC with smart torque control, ensuring smooth output despite abrupt throttle changes.
• Dual-Temperature Safeguards: Auto-adjusts current at 85°C (controller) / 130°C (motor); cuts power at 90°C / 150°C.
• Reverse Polarity Protection: Prevents damage from battery misconnection via soft-start circuit design.

C. Industrial-Grade Durability

• EU-CE Certified Construction: High-strength ABS housing (oil/corrosion-resistant) with aluminum alloy frame, eliminating paint peeling.
• Hydraulic Braking Integration: Motor controller triggers oil-pressure braking while simulating regenerative deceleration.

3. Training Capabilities

This automotive training board delivers hands-on skill development in:

• CAN Bus Diagnostics: Trace gearshift/brake/throttle signals across the network.
• Fault Simulation & Protection: Study thermal limits, anti-reverse mechanisms, and torque smoothing algorithms.
• Multi-Condition Operation: Execute controlled experiments for urban/highway driving, hill descent, and emergency stops.

Why Choose This System?
✅ Realistic EV Architecture – Mirrors OEM components and logic.
✅ Safety-Centric Design – Dual-layer thermal/electrical protection.
✅ Industry-Standard Compliance – CE-certified for educational use.

Product detail diagram