Automotive Regenerative Braking Energy Recovery Training System for Teaching

Customization: Available
Warranty: 1 Year
Condition: New

Product Description

📊 Basic Information
Model NO. ZC-QCG12B
Function Teaching & Training
Certification ISO9001, CE, ISO14001
Training Topics Diesel Engine Operation, Maintenance, Troubleshoot
Materials High-quality Steel & Aluminum
Teaching Level Beginner to Advanced
Type Training Platform
Language OEM Customized
Dimensions 1450 x 950 x 1150mm
Origin China
📦 Packaging & Delivery
Package Size 145.00cm * 95.00cm * 115.00cm
Gross Weight 200.000kg
Package Type Sturdy Wooden Carton
💡 Equipment Overview & Configuration

I. System Realism: Based on a physical example of a pure electric vehicle's regenerative braking system, this equipment realistically demonstrates the system's structure and operation, providing braking energy feedback and related displays. It is ideal for teaching, research, and development needs.

II. Interactive Learning: The equipment fully demonstrates the basic principles of regenerative braking and can dynamically simulate operation under different conditions. The panel features a 4mm thick aluminum composite base with UV flatbed printed circuit diagrams and working principle schematics.

⚙️ Technical Parameters
  • External Power Supply: AC 220V±10% 50Hz (for charging conditions)
  • Operating Voltage: Powered by the vehicle battery pack
  • Structural Dimensions: ≥1450mm × 950mm × 1150mm
  • Mobility: Equipped with 4-inch heavy-duty swivel casters for easy movement
  • Working Power: DC 12V system control
🖼️ Product Display
Training System 1
Training System 2
Training System 3
Training System 4
Training System 5
Training System 6
Training System 7
Training System 8
Frequently Asked Questions
What type of vehicle system does this platform simulate?
This training platform specifically simulates the regenerative braking energy recovery system of a pure electric vehicle.
Is the equipment language customizable?
Yes, we provide OEM customization services which include tailoring the operating language to meet your specific regional requirements.
How is the circuit diagram printed on the panel?
The diagrams are printed using UV flatbed technology on a 4mm thick aluminum composite panel, ensuring durability and resistance to wear.
What are the power requirements for this equipment?
It requires an external AC 220V±10% 50Hz supply for charging, while the internal control system operates on DC 12V.
Is the platform easy to move around the workshop?
Yes, it is equipped with 4-inch heavy-duty swivel casters, making it highly mobile and suitable for various classroom or workshop layouts.
What educational institutions is this suitable for?
It is designed for technical schools, automotive training centers, and workshops for students ranging from beginner to advanced levels.

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