15-Compartment Battery Swap Cabinet_Advanced Capacity_Secure and Intelligent Power Exchange

Product Overview:The Xiliulou 15-Compartment Battery Swap Cabinet is designed for large-scale applications, making it ideal for busy logistics hubs, delivery stations, and high-traffic commercial areas. With 15 individual compartments, it offers high-capacity battery swapping for electric vehicles, ensuring continuous operations in demanding environments. The cabinet integrates advanced IoT technology and a comprehensive Battery Management System (BMS), enabling real-time monitoring and secure operation. The unit is also equipped with an intelligent management system that streamlines data analysis, fleet management, and predictive maintenance.

Key Features:

• Large Capacity: Accommodates 15 batteries, allowing for extensive service coverage and reducing downtime.

• Advanced Safety: Optional water-based fire suppression system and seven-layer safety protections ensure the utmost security in operation.

• Front Maintenance: Easy front-access design simplifies routine inspections and repairs without requiring disassembly or relocation of the cabinet.

• Intelligent Management: Real-time data tracking, remote monitoring, and automated alerts for abnormal conditions enhance operational efficiency.

• Seamless User Experience: Fast battery swaps via QR code or card swipe, eliminating lengthy wait times and optimizing vehicle deployment.

Applications:This 15-compartment battery swap cabinet is perfect for large-scale deployment in logistics centers, delivery hubs, and commercial zones, offering an efficient and secure solution for electric vehicle battery management.

Advantages:

• Scalability: Handles high volumes of battery exchanges, suitable for urban logistics and large fleets.

• Reliability: Robust design and advanced safety measures provide uninterrupted service.

• Ease of Use: User-friendly interface with minimal interaction needed for quick and hassle-free battery swaps.

• Environmental Benefits: Supports the transition to electric vehicles by reducing reliance on traditional fuel and minimizing environmental impact.