High-Throughput Battery Swap Cabinet
The 12 / 16 bay equipment covers business districts, office buildings, and rider service points, maintaining sufficient service capacity during peak hours.
Around high-density sites such as commercial districts and office buildings, build a high-throughput, low-wait, sustainable energy replenishment network for riders.
Solution Overview
Battery swap demand during the midday and evening peaks concentrates within a short period. By combining high-capacity cabinets, quick authentication interaction, and platform scheduling, queuing and ineffective movement are reduced, keeping site service capacity stable.
Solution Composition
Combine hardware, terminals, and platform capabilities based on business frequency, site conditions, and service methods.
The 12 / 16 bay equipment covers business districts, office buildings, and rider service points, maintaining sufficient service capacity during peak hours.
Scanning, sensing, and identity authentication terminals shorten the operation path and help riders complete battery swap more quickly.
Real-time identification of cabinet, compartment, and battery status, providing a basis for site recharging, anomaly alerts, and resource scheduling.
Implementation Path
Determine site capacity based on rider density, battery swap time slots, and surrounding traffic flow.
Start with core sites to verify equipment specifications, recharging rhythm, and service model.
Replicate the mature configuration to surrounding commercial districts and integrate them into unified platform scheduling.
Delivery Support
From site survey and deployment commissioning to continuous operation, Daochong supports every implementation with software-hardware collaboration and a local service system.
Tell us your service targets, number of sites, and power usage patterns to get a solution combination better suited to the site.