Tesla Chassis System Training Platform

Short Description:

Type: BF/TSLDP

High voltage power bus power supply: 402V

Low voltage control working power supply: DC12V

Power battery type: Panasonic ternary lithium power battery single battery

Total voltage of 2V75AH power battery pack: 402V

Power battery pack capacity: 82kW·h

Times of full charge and discharge: 10000 times

Working temperature: -20°~60°


Product Detail

Product Tags

Tesla Chassis System Training Platform

Type: BF/TSLDP

High voltage power bus power supply: 402V

Low voltage control working power supply: DC12V

Power battery type: Panasonic ternary lithium power battery single battery

Total voltage of 2V75AH power battery pack: 402V

Power battery pack capacity: 82kW·h

Times of full charge and discharge: 10000 times

Working temperature: -20°~60°

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Feature

1. The load-bearing part of the equipment is made of stainless steel bottom frame, and the outer cover is made of self-developed 5mm ABS material. The appearance is exquisite and generous. Inflatable tires are used as the platform movement method, which is stable and no noise.

2. The main accessories of the equipment include: a set of original battery management system, a set of power battery pack, high voltage relay, high voltage fuse, a set of battery collection harness, temperature sensor, detection panel, a set of Android fault setting system, one set of equipment instruction book , one set of cloud teaching system

Training Contents

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

2. Students can read and clear fault codes, read dynamic data streams, parameter settings and other functions for the battery management system through a dedicated decoder for new energy vehicles

3. Through the Android fault setting system, the battery management system can be set for single battery disconnection, short circuit, overvoltage, undervoltage, overcurrent, and overtemperature.

4. Detect the functional principle and detection method of the motor drive system

5. The functional principle and detection method of the suspension system

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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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