Electric Vehicle Super Electric Return Teaching Training Desk

Select the new energy vehicle supercapacitors and energy management systems, you can demonstrate the structure and control principles of the display system and the charging characteristics of the supercapacitors. It is suitable for understanding and verification of the teaching and tr--ning experiments of the super capacitor group and the energy management system.

2. Functional characteristics

1. The device fully demonstrates the supercapacitor energy management system, which can dynamically simulate the energy flow direction and operating status under various operating conditions of the supercapacitance energy management system.

2. The panel uses a 4mm thick aluminum plastic panel. The panel is printed with a color circuit diagram and a schematic diagram that never fade. Students can intuitively control the system's working principles and analyze the working principles of the system.

3. Install ignition switch, supercapacitors, and controllers, battery packs, rectification bridges, DC/DC circuits, discharge devices, etc.

4. The system is managed by the capacitor battery group through the CAN bus to fully display the work characteristics of the capacitor battery management system;

5. Adjust the voltage of the single -section capacitance battery through the load control device;

6. Display single -section capacitance battery voltage, temperature, total voltage, SOC, and the balance status of each capacitor battery voltage;

7. Display the total voltage, charging and discharge current of the capacitor battery pack through the upper machine;

8. Unified self -diagnosis function, alarm and display the abnormal situation of the system;

9. Set and calibrate the system parameters;

10. The equipment framework is built with 40mm × 40mm and 40mm × 80mm. With 4 self -locking devices universal foot wheels for easy movement.

I. Overview

The pneumatic experimental desk is designed carefully according to the content requirements of general textbooks such as "Hydraulic and Pneumatic Transmission" and "Pneumatic Control Technology". In addition to the conventional pneumatic basic control circuit experiments, the system can also perform simulation and pneumatic control technology application experiments, pneumatic technology courses, and compilation program controller (PLC) learning and basic application experiments. Typical experimental equipment.

Pneumatic tr--ning equipment is adapted to mechanical engineering, mechanical engineering, mechanical and electrical integration, and automation specialty in large and high school colleges, technical schools, and vocational schools. The teaching experiments of related courses such as Application can also be used as a comprehensive experimental description of the comprehensive machine, electricity, and gas. Through actual operation experiments and curriculum design, students can accurately, image, in -depth understanding, grasping the structure of pneumatic components, the principles of control of pneumatic circuits, and design methods. And master the functions of PLC programming program controller, control principles and programming skills.

2. M--n technical parameters

1. Enter power supply: 220V ± L0%, 50Hz;

2. Device capacity: ≤1kva;

3. Work environment temperature: -5 ℃ ～ 40 ℃;

4. Work humidity: ≤90%(at 40 ° C);

5. Dimensions: 1500mm × 650mm × 1750mm

6. Silent --r compressor: Work power: AC220V; motor power: 250W nominal capacity 10L; rated output --r pressure 1MPa

7. PLC host module: The host uses the Mitsubishi FX2N-32MR, the input of the 18th road switch, and the output of the 14th route.