960kw Split-Type High-Efficiency DC Fully Flexible Charging Station for Bedrooms

All DC and AC products natively support OCPP 1.6J and have completed the technical upgrade to OCPP 2.0.1. We provide standard API interfaces and whitelist configuration services. Before deployment, we can access your backend system via remote VPN for interoperability testing to ensure stable operation of charging, billing, diagnostics, and OTA updates.

Our full-flex power stack uses dynamic matrix switching to schedule current at the millisecond level based on real-time BMS requirements. When one vehicle enters trickle charging, power is automatically transferred to another vehicle needing high current. This on-demand allocation increases average daily charging volume by approximately 15% to 20%, significantly shortening ROI.

We provide an integrated 'Solar-Storage-Charging' service using industrial-grade energy storage battery cabinets to store energy during off-peak hours. Additionally, our equipment supports dynamic load balancing (DLB), which automatically limits charging power based on site load to ensure maximum efficiency without triggering distribution transformer trips.

The system features a highly integrated modular architecture. If a module fails, it is automatically isolated while others continue working, achieving maintenance without downtime. It also offers strong scalability: you can add module slots to upgrade from 480kW to 960kW or higher without replacing the entire machine base or main cables.

We use a dual service system of 'digitalization + localization'. Engineers can remotely diagnose over 90% of faults via the built-in intelligent gateway. For hardware, non-technical personnel can perform hot-swappable module replacements under guidance. We establish spare parts centers in major regions and provide emergency packages, video tutorials, and multi-language manuals.