Vehicle Electrical Control Circuit Semi physical Simulation System | Urban Rail Transit Training Product

Vehicle Electrical Control Circuit Semi physical Simulation System | Urban Rail Transit Training Product

1、 System positioning

Vehicle Electrical Control Circuit Semi physical Simulation System | Urban Rail Transit Training ProductThe system is huge, the control logic is complex, and it is difficult for students to understand its principles, resulting in very limited teaching effectiveness;Urgently developing a teaching platform for the principles of train electrical control systems, providing relevant training for operation, maintenance, upkeep, and upkeep personnel, so that students can have a comprehensive grasp of train electrical control system control and related principles, as well as troubleshooting. At present, the comprehensive route map is mainly based on paper drawings, and the workload of learning and searching for related content is heavy, making it difficult to locate.

Based on the above issues, a semi physical simulation system for vehicle electrical control circuits has been developed.

2、 System composition

It mainly consists of a semi physical simulation system software for urban rail vehicle control circuits, corresponding hosts and displays, driver's cab, and driver's cab software.

3、 System functional characteristics

Teachers can operate the driver's console to explain the control circuit of urban rail vehicles. The driver's console can directly input the train control signal in real time into the urban rail vehicle control circuit simulation software. The simulation software circuit display module responds according to the real train circuit logic and vividly displays the circuit current gain/loss in the form of flowing water in front of students; At the same time, the feedback signal from the vehicle control circuit is fed back in real-time to the driver's console display.

The simulation software for urban rail vehicle control circuits mainly includes three parts: circuit query module, circuit simulation module, and fault setting and troubleshooting module. The fault diagnosis module can perform corresponding fault settings, allowing the circuit display module to perform corresponding actions in a flowing form for fault testing and judgment. And manually setting faults through teacher machines; Students learn and troubleshoot according to the requirements of the task. Trainees can observe the dynamic display of the circuit to enhance learning effectiveness, and actively analyze and eliminate electrical control circuit faults set by the system, improving their understanding and troubleshooting ability of the vehicle's electrical control circuit, and enhancing the effectiveness of practical training.

Circuit diagram of large screen simulation software

4、 Support experiments

Using the above teaching equipment, relevant principles and troubleshooting experiments can be conducted for the following content:

1. Vehicle activation experiment

2. Vehicle driver's cab occupancy experiment

3. Vehicle pantograph lifting and lowering experiment

4. Vehicle high-speed circuit breaker switch experiment

5. Vehicle Traction Experiment

6. Common, fast, emergency, and parking brake tests for vehicles

7. Vehicle slow driving experiment

8. Vehicle door opening and closing experiment

9. Vehicle bypass experiment

10. Vehicle and Signal Interface Experiment

11. Vehicle air conditioning system experiment

5、 System supporting accessories

Professional experimental guidebook for system configuration, providing support for related teaching.