Geely-Electric Vehicle Training Equipment
The Geely New Energy vehicle slitter cover, front glass, top, bottom plate, and rear glass instrument panel are used to display the installation positions of the car’s various assemblies; Additional system: detection terminal, fault setting system, etc., lead signals from the center console to the teaching board, draw the main control unit and connector terminals of the original car on the teaching board, directly monitor the real-time signal of the drive system, and master the changing laws of different parameters.
Geely EV450 Chassis System Training Platform
The training platform is made of chassis components of the original Geely EV450, with a distributed battery management system, a four-in-one controller system, and a smart touch screen system, etc. It includes the braking system and driving system of a traditional car, the front suspension is independent, and the rear suspension is a torsion beam semi-independent suspension and there is a water lamp outside the circuit connection. Therefore, the high-voltage power-on sequence is displayed through the flow direction of the water lamp, the series-parallel structure of the ternary lithium battery pack, and the high and low voltage interlock system
Type: BF-Geely-DP
- Dimensions: 4300×2100×1320mm (length×width×height)
- External power supply: AC 220V±10% 50Hz
- Working voltage: DC 400V
- Working temperature: -40℃～+50℃
- Low voltage control working power supply: DC12V
- Power battery type: ternary lithium power battery single cell
- Power battery pack capacity: 82kWh
- Working temperature: -20°～60
- The training platform is made of chassis components of the original Geely EV450, with a distributed battery management system, a four-in-one controller system, and a smart touch screen system, etc.;
- It includes the braking system and driving system of a traditional car, the front suspension is independent, and the rear suspension is a torsion beam semi-independent suspension;
- And there is a water lamp outside the circuit connection. Therefore, the high-voltage power-on sequence is displayed through the flow direction of the water lamp, the series-parallel structure of the ternary lithium battery pack, and the high and low voltage interlock system.
