Chargeur portable pour véhicule électrique >
The EVB DC EV charging station is a cutting-edge solution in EV charging technology, featuring advanced liquid cooling and capacities ranging from 320kW to 360kW. Our rapid EV charging stations are designed for speed and efficiency, it delivers ultra-fast charging—adding up to 300km of range in just 10 minutes for Tesla and other electric vehicles. EV charging infrastructure plays a key role in DC car charging stations, including the 360kW charger, 350kW DC fast charger, 350kW DC charger, and fast DC charger for EVs. For enhanced energy management and reliability, the station also supports configurations with DC fast chargers with battery storage, making it a future-ready choice for rapid EV charging stations.
Efficacité du système ≥ 95%, faible consommation d'énergie.
Input voltage & short circuit protection ensure safe DC fast charging.
Low-noise design ideal for commercial EV charging solutions.
Couleur d'affichage lumineuse pour une luminosité extérieure élevée.
Chargement pratique sous plusieurs angles.
With a powerful 500A charging current, the EVB Liquid Cooling DC Fast Charging Station can achieve remarkable charging speeds. In only 10 minutes, our 350 kw DC fast charger can provide a full charge to a 300 km range Tesla car. EV charging technology at EVB enables super fast and exceptional charging capability, allowing drivers spend less time waiting and more time on the road, making long-distance travel faster, easier, and more convenient than ever before.
EVB’s advanced EV charging technology features intelligent liquid cooling, making the charging cable up to 40% lighter and thinner. Car owners can quickly connect the cable to the vehicle and observe the rapid charging of the battery. The liquid cooling connectors are built for durability, able to withstand high temperatures, cold, moisture, dust, and internal pressure—ensuring reliability during extended charging sessions. This design enhances safety and performance in demanding environments. Dc fast charger with battery storage’s design also allows them to withstand significant pressure to prevent leaks and maintain their integrity during prolonged charging sessions. The DC fast charging station is ideally suited for commercial EV charging solutions, integrating seamlessly into modern EV charging infrastructure.
The EVB liquid-cooled DC charger and ESS solution combine efficient EV charging technology with flexible battery energy storage capabilities, providing outstanding charging efficiency and reliability. This commercial EV charging solution is suitable for various scenarios, including public charging stations, industrial applications, urban transportation, and infrastructure emergency backup, offering reliable energy solutions for diverse applications. It’s a smart, scalable choice for diverse energy needs.
| Modèles | BGDC60-D | BGDC90-D | BGDC120-D | |
|---|---|---|---|---|
| Article |  | | | |
| Description de la structure | ||||
| Matériau de la coque | Tôle | |||
| Dimension | 700*520*1800 (L*l*P) | |||
| Poids | ≤500kG | |||
| Méthode d'installation | Type de support au sol | |||
| Acheminement des câbles | Câblage d'entrée par le bas, câblage de sortie par le haut | |||
| Longueur du câble | 5 M | |||
| Prises de recharge | Double(CCS1+CCS1) Double (CCS1+CHADEMO) Double(CCS2+GBT) Double(CHADEMO+CHADEMO) | Double(CCS2+CCS2) Double (CCS2+CHADEMO) Double(CHADEMO+GBT) | Double (CCS1+CCS2) Double (CCS1+GBT) Double (GBT+GBT) | |
| Autorisation de connectivité | RFID, application | |||
| Écran | Écran publicitaire de 43 pouces avec éclairage LED | |||
| Spécifications électriques | ||||
| Tension d'entrée CA | AC380V±15%, 3P+N+PEAC | |||
| Fréquence d'entrée | 50 Hz/60 Hz | |||
| Consommation | ≤40 W | |||
| Puissance nominale | 60 kW | 90 kW | 120 kW | |
| Plage de tension de sortie | CCS1/CCS2/GBT : 150 Vcc – 1 000 Vcc ; CHADEMO : 150 Vcc – 500 Vcc | |||
| Courant de sortie | CCS1/CCS2/GBT : 0 ~ 250 A ; CHADEMO : 0 ~ 125 A. | |||
| Efficacité | ≥95% | |||
| Facteur de puissance | ≥0,99 (charge : 100%) | |||
| Conception fonctionnelle | ||||
| Interface utilisateur | Bouton d'arrêt d'urgence, indicateur LED, glissement de carte, écran tactile | |||
| Supports de charge | CEI 61851-21-2:2021 ; CEI 61000-6-2:2019 ; EN61000-6-4:2019 ; CEI 61851-1:2019 ; EN 61851-23:2014 ; EN 61851-24:2014 | |||
| Communication | ||||
| OCPP | OCPP 1.6J | |||
| Interface réseau | Ethernet/4G | |||
| Conditions environnementales | ||||
| Lieu de candidature | Intérieur/Extérieur | |||
| Latitude de travail | <2000m | |||
| Température de fonctionnement | ‑30°C ~+50 °C | |||
| Humidité de travail | 5%~95% | |||
| Niveau de protection | IP55 | |||
| Rafraîchissement naturel | Refroidissement à air pulsé | |||
| MTBF | Garantie de 24 mois | |||
| Conception de sécurité | Protection contre les surtensions/sous-tensions, protection contre les surtensions, protection contre les fuites de courant, protection de mise à la terre, protection contre les surchauffes, protection contre les surtensions dues à la foudre | |||
Si vous souhaitez installer des bornes de recharge pour véhicules électriques résidentiels, notre équipe de spécialistes peut vous accompagner à chaque étape du processus.
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