Prix FOB
Obtenir le dernier prix2000 ~ 6000 USD / Set ( Negotiable )
|1 Set Minimum Order
Pays:
China
N ° de modèle:
LEONEV-ETA0002
Prix FOB:
2000 ~ 6000 USD / Set ( Negotiable )Obtenir le dernier prix
Localité:
-
Prix de commande minimale:
2000 per Set
Commande minimale:
1 Set
Packaging Detail:
-
Heure de livraison:
-
Capacité de Fournir:
-
Payment Type:
T/T, L/C, D/A, D/P, Western Union, Money Gram, PayPal
Groupe de produits :
Personne à contacter Ms. hellen
Baoan, Shenzhen, Guangdong
Pays: | China |
N ° de modèle: | LEONEV-ETA0002 |
Prix FOB: | 2000 ~ 6000 / Set ( Negotiable ) Obtenir le dernier prix |
Localité: | - |
Prix de commande minimale: | 2000 per Set |
Commande minimale: | 1 Set |
Packaging Detail: | - |
Heure de livraison: | - |
Capacité de Fournir: | - |
Payment Type: | T/T, L/C, D/A, D/P, Western Union, Money Gram, PayPal |
Groupe de produits : | Auto Education Equipment |
Electric Vehicle Charging Training Bench
Product description
The Electric Vehicle Charging Training Platform_Plug-In is specifically designed to simulate the charging process of electric vehicles, providing a detailed demonstration and analysis of the key technologies and data involved in the charging process.
Techincal parameter
Dimensions: **0mm x **0mm x ***0mm
Input Voltage: Single phase **0±*0Vac
Rated Current: *6A
Rated Input Power: 3.6KW
Maximum Allowed Output Voltage: **0V
Main composition
The training platform includes key components like a three-phase AC charging pile, onboard charger, CC/CP handshake module, andprotection module, demonstrating the rectification principle and charging signal interaction during the charging process.
Function features
1.Capable of extracting and analyzing key signals during the charging process, such as sensor signals, voltage, and current sampling signals.
2.Users can observe signal amplitude, frequency characteristics, and their changes intuitively using an oscilloscope or multimeter.
3.Equipped with a comprehensive protection module to ensure safety during the training process.
Training objectives
1.Enable students to understand the composition and charging principles of electric vehicle charging systems.
2.Learn the current control process and charging control strategy of the charging system.
3.Understand the signal interaction and connection process during charging, enhancing practical operation skills in electric vehicle charging technology.