DC-DC Intelligent Interactive Training Platform

Product Overview:

The New Energy Vehicle DC/DC Conversion Training Platform utilizes components from mainstream new energy vehicle original DC/DC systems. This automotive teaching equipment belongs to the New Energy Vehicle Teaching Equipment series and is equipped with a 12V battery, power supply, an operation panel with internal and external circuit diagrams of the DC/DC system, display instruments, a omnidirectional self-locking caster stand, and virtual simulation teaching software for the New Energy Vehicle DC/DC system.

The operating scene of this new energy vehicle teaching equipment can be rotated 360 degrees along the axis and can also be panned. The teaching software is suitable for automotive-related majors in various colleges and universities.

Overall Display of the New Energy Vehicle DC/DC Conversion Training Platform: The platform allows for a complete display of the DC/DC system, with options for exploded view and transparent view. Hovering the mouse over each component reveals its name.

Component Display: The platform allows for the display of individual components of the DC/DC system, including power transistors, high-frequency isolation transformers, rectifier inductors, rectifier bridge modules, etc. Complex components can be displayed in exploded view or transparent view.

The equipment's working principle is demonstrated through animation and color rendering, dynamically showcasing the DC/DC system's step-down operation. The software must include a virtual oscilloscope, displaying waveform changes at different points during the conversion process via a probe.

The equipment also includes disassembly and assembly training and assessment: In a 3D virtual environment, the inverter is disassembled and reassembled on-site for evaluation.

Features:

1. This automotive teaching equipment features a static physical demonstration: It provides a physical DC/DC system with a transparent cover for clear observation of its internal structure. Circuit connections are clearly visible, facilitating understanding of circuit layout and control circuit principles. A diagram of the circuit connectors is included for learning the functions of the connectors. The control panel realistically demonstrates the DC/DC system's operation process and principles.

2. The new energy vehicle DC/DC converter training platform is equipped with circuit testing and diagnostic functions: it includes internal and external DC/DC circuit diagrams, external computer testing terminals, and allows the use of multimeters and oscilloscopes to test and analyze circuit parameters such as resistance, voltage, current, and frequency signals.

3. Safety protection function: It uses a safe voltage (48V DC) without affecting teaching, meeting both teaching needs and training safety requirements.

4. Circuit schematic learning function: It includes internal and external control circuit schematics for the DC/DC converter, consistent with the control system; facilitating the learning of the inverter's internal and external control circuit principles and circuit knowledge.

5. Diagnostic process learning function: The original vehicle structure bench layout allows direct observation of the principle and structure; enabling understanding and analysis of the electric vehicle DC/DC working principle. It can perform various related testing processes for diagnosis and analysis.

6. Fault setting function: Faults can be set in the internal and external circuit systems of the DC/DC system via computer, training fault diagnosis and troubleshooting skills and assessing students.

7. Movable bench function: The bench features a movable aluminum alloy frame with omnidirectional self-locking casters for easy movement.

8. Supporting Documents: The stand comes with an instruction manual and other relevant materials.

9. DC/DC system virtual teaching software.

Technical Specifications:

Dimensions: 1500x900x1850mm (L x W x H)

Power Supply: 12V 40A DC (switching power supply) / 220V AC

Operating Temperature: -25°C ~ 45°C