QL – Electric Vehicle Training System
QL – Electric Vehicle Training System is a fully integrated EV education solution including a cutaway Wuling Mini EV, EV test benches, and high-voltage safety equipment for professional automotive training institutions.
OVERVIEW
Description
QL – Electric Vehicle Training System is a comprehensive and professional electric vehicle (EV) training solution. It is designed for universities, technical colleges, vocational schools, and automotive training centers.
The system integrates a cutaway Wuling Hongguang Mini EV training vehicle, EV electrical systems laboratory test benches, and a complete set of high-voltage safety tools and accessories. These provide hands-on, real-world EV training in a controlled and safe educational environment.
The training vehicle is purpose-built for on-campus educational use only and is not licensed for public roads. It features a 96V AC drive system, permanent magnet motor, and Lithium Iron Phosphate (LFP) battery. This setup allows students to fully understand the structure and operation of modern electric vehicles.
Additionally, its cutaway design provides clear visibility of key components. These include the battery pack, motor, power electronics, wiring systems, and control units.
The included EV Electrical Systems Lab / Test Bench enables practical training on battery management systems (BMS), motor control, energy flow analysis, diagnostics, and fault simulation. It comes with dedicated BMS software, a programming laptop, and an interface tablet. Thus, the system meets industry-level training requirements. It also maintains high safety standards through certified high-voltage protective equipment.
QL – Electric Vehicle Training System delivers a complete, scalable, and future-ready platform. This supports EV technology education, maintenance training, and applied automotive engineering programs.
Technical Specifications
EV Training Vehicle (Wuling Hongguang Mini EV)
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Drive System: 96V AC
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Motor Type: Permanent Magnet Motor
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Motor Power: 20 kW
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Battery Type: Lithium Iron Phosphate (LFP)
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Battery Capacity: 9.3 kWh / 13.4 kWh
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Driving Range (CLTC): 120 km / 170 km
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Maximum Speed: 100 km/h
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Charging Method: 220V AC Household Charging
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Charging Time: Approx. 6–9 hours
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Application: Educational use (on-campus only)
EV Electrical Systems Test Bench
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Three-phase AC Asynchronous Motor
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48V System
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Minimum 16 LFP battery cells
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Battery Management System (BMS)
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BMS software with dedicated laptop
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Dimensions: Approx. 1380 × 750 × 1800 mm
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Weight: Approx. 150 kg
Training Applications
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Fundamentals of electric vehicle technology
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EV battery structure and BMS operation
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Electric motor and drive systems
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Energy management and power electronics
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High-voltage safety procedures
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Diagnostics, fault detection, and maintenance training














