Tesla Battery Thermal Management System Training Board

Short Description:

Type: BF-Tesla-DP

Reference size of training board: 4000mm×240mm×2400mm

Laser hollow engraving light box size: 4000mm×100mm×270mm

Base size: 4000mm*40mm*40mm

High-voltage power supply: DC350V

Low-voltage control working power supply: DC12V

Working temperature: -20°~60°


Product Detail

Product Tags

Tesla Battery Thermal Management System Training Board

Type: BF-Tesla-DP

Reference size of training board: 4000mm×240mm×2400mm

Laser hollow engraving light box size: 4000mm×100mm×270mm

Base size: 4000mm*40mm*40mm

High-voltage power supply: DC350V

Low-voltage control working power supply: DC12V

Working temperature: -20°~60°

Tesla Battery Thermal Management System Training Board

Feature

1. Thermal management teaching board for high-end new energy vehicles.

2. The bottom frame of industrial aluminum profile is laid out in 5:1 according to the original vehicle structure.

3. The equipment is welded by the national standard galvanized pipe, the outer frame of the equipment is decorated with titanium plate, and the detection panel is made of high-quality aluminum-plastic board UV inkjet circuit diagram.

4. It adopts the combination of high-end new energy vehicle radiator right drive, gaseous condensate fan, air pressure switch, 32-inch display screen, etc., built-in equipment analysis teaching resources and fault setting system. After the whole system runs, it works through the flowing fluid and the cooling system.

Training Contents

1. Students can detect battery voltage, battery temperature, and relay control signals by connecting to the teaching board.

2. Through the special decoder for new energy vehicles to read the fault code and clear the fault code, read the dynamic data stream, parameter settings and other diagnostic functions for the battery cold management system.

3. Through the Android fault setting system, the battery cold management system can be set to faults such as single battery disconnection, short circuit, overvoltage, undervoltage, overcurrent, and overtemperature.

4. Students can clearly observe the temperature display frequency and value, fault setting and troubleshooting and maintenance principles.

5. Teachers and students can obtain the corresponding teaching resources of each component by scanning the QR code on the top of the platform.

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Equipment

Photo Wall

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Signing Ceremony

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R&D

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Signing Ceremony

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Teachers


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