Nominal grid frequency: |
50 Hz / 60 Hz |
Output voltage range: |
200 Vdc - 1000 Vdc |
Garantie : |
3 years (standard) |
Display: |
LED indicator |
Prix des bornes de recharge ultra-rapides pour VE de 240/360/480 kW isolées à refroidissement par air
The 240/360/480kW isolated air-cooled ultra-fast EV charging system is designed for high-power DC charging in commercial, fleet, logistics, highway, and public charging applications. With multiple power options, isolated architecture, and efficient air cooling, it supports stable continuous operation and flexible deployment for fleet depots, highway stations, logistics hubs, and other high-demand EV charging projects.
Key Features
Reliable and safe
- Power cabinet with innovative isolated air-cooling technology
- IP65 protection and C5 anti-corrosion
- Long lifespan over 10 years
- Carefree maintenance without replacing dust filter mat and cooling liquid in power cabinet
- Eco-friendly with degradable fluid for liquid-cooled dispenser
User friendly
- Adaptive voltage range 200-1000 Vdc
- Supports multiple authentication and payment options
- Spring-assisted cable management system for premium user experience
- Barrier-free design for easy access
Efficient and smart
- Max. 480 kW ultra fast charging
- Max. efficiency up to 96.5 %
- Dynamic power allocation by 30 kW granularity
- No power losses with liquid pump in power cabinet
Flexible application
- Flexible configuration of dispensers, serving up to 4 vehicles simultaneously
- Compatibility with PV-ESS system reserved
Why Choose Our Ultra-Fast EV Charging System?
High Charging Power
With power levels up to 480kW, the system is designed for demanding EV charging applications requiring higher DC charging capacity.
Stable Thermal Management
The air-cooling system helps manage heat generated during continuous high-power charging and supports reliable system operation.
Professional Charging Architecture
The isolated design provides electrical separation within the charging system and is suitable for professional high-power EV charging infrastructure.
Flexible Power Selection
240kW, 360kW, and 480kW options allow operators to select a suitable configuration according to site capacity and charging demand.
Suitable for Fleet Operations
High-power DC charging can help reduce vehicle downtime and support efficient charging schedules for commercial fleets.
FAQ
1. Pourquoi ce système utilise-t-il le refroidissement par air ?
Le refroidissement par air aide à dissiper la chaleur générée lors de la recharge à haute puissance et offre une solution de gestion thermique pratique pour un fonctionnement continu.
2. Ce système est-il adapté aux flottes commerciales ?
Oui. Sa capacité de charge rapide en courant continu (DC) la rend adaptée aux flottes commerciales, aux opérations logistiques, aux bus, aux camions et à d'autres applications professionnelles de recharge pour véhicules électriques.
3. Quelle est la différence entre 240 kW, 360 kW et 480 kW ?
La différence principale réside dans la puissance de charge disponible. La configuration appropriée dépend du nombre de véhicules, de la demande de recharge, de la capacité de charge des véhicules, de la puissance disponible sur le site et des exigences du projet.
4. Quelles sont les options de puissance disponibles pour ce système de recharge de VE ?
Le système est disponible en 240kW, 360kW et 480kW configurations, permettant aux clients de sélectionner le niveau de puissance approprié en fonction de la demande de recharge et des exigences du site.
5. What types of EVs can use this ultra-fast charging system?
It is designed for compatible electric vehicles, including passenger EVs, commercial vehicles, buses, and trucks, depending on the vehicle's charging standards and power requirements.
6. Is this charger suitable for commercial EV charging stations?
Yes. Its high-power output makes it suitable for commercial charging stations, fleet depots, highway charging sites, logistics hubs, and other professional EV charging projects.
7. How do I choose between 240kW, 360kW, and 480kW?
Consider your vehicle charging capability, number of vehicles, daily charging demand, available site power, and required charging speed. A higher-rated system is generally more suitable for high-demand charging sites.
8. Can this system charge multiple vehicles?
Whether multiple vehicles can be charged simultaneously depends on the specific system configuration, output design, and charging cabinet setup. Please contact us for the appropriate configuration.
