Autel MaxiCharger DH480

The Autel MaxiCharger DH480 is engineered to meet the demands of high-volume charging environments. Key features include:

• Modular power configuration: Offers scalable power from 120 kW to 480 kW in 20 kW increments, allowing for tailored installations based on site requirements.
• Multiple charging ports: Supports up to four simultaneous charging sessions with dual CCS1 or a combination of CCS1 and NACS connectors.
• Advanced cooling technology: Equipped with liquid-cooled cables, enabling higher amperage (up to 650 A) for faster charging speeds.
• AI-driven charging management: Utilises artificial intelligence to optimise charging sessions, enhancing efficiency and reducing energy costs.
• Dynamic load balancing: Balances power distribution across multiple chargers to prevent grid overload and ensure efficient operation.
• High uptime: Designed for reliability with over 98% uptime, supported by modular components that can be replaced in less than five minutes.
• Comprehensive connectivity: Supports 4G/5G, Wi-Fi, Ethernet, and Wi-SUN protocols for seamless communication and remote management.
• User-friendly interface: Features a 27-inch LCD touchscreen for real-time charging status and an optional 15.6-inch screen for compact installations.
• Weather-resistant design: NEMA 3R rated, ensuring durability in various environmental conditions.
• Multiple payment methods: Accepts payments via app, RFID card, and POS systems.

This charger is ideal for commercial locations such as shopping centres, parking garages, and fleet depots seeking efficient and scalable EV charging solutions.

Application

• High-traffic commercial locations: Shopping centres, retail outlets, and parking facilities requiring high-throughput charging.
• Fleet depots: Charging stations for electric vehicle fleets, ensuring quick turnaround times.
• Public charging networks: Public charging stations aiming to provide fast and reliable services to EV users.

Benefits

• Ultra-fast charging: Delivers up to 480 kW, providing rapid charging for electric vehicles.
• Scalable power output: Modular design allows for easy expansion as demand increases.
• Enhanced efficiency: AI-driven management and dynamic load balancing optimise energy usage and reduce costs.
• High reliability: Modular components and advanced cooling technology ensure over 98% uptime.
• Comprehensive connectivity: Multiple communication protocols enable seamless integration and remote management.
• User convenience: Intuitive interface and multiple payment options enhance user experience.