Battery Swapping Cabinet
DC Locker Battery Swapping Cabinet is an intelligent, automated system designed specifically for electric motorcycles. The battery swapping station supports industry workers in logistics, express delivery, food delivery, postal services, and other sectors. It enables users to quickly replace depleted batteries by scanning a code, significantly improving operational efficiency and reducing labor costs.
Business Challenges of Battery Swapping Cabinet
Low Efficiency and High Cost in Charging and Battery Replacement
Low replacement efficiency, high labor costs, and high cost of dual batteries.
Safety and Battery Management Issues
Lack of charging safety monitoring and delayed detection of faulty batteries.
Power Supply Limitations
Limited power supply during peak hours
Solutions:
Unmanned Efficient Operation
DC Locker Battery Swapping Cabinet adopts a fully automated, unattended design that enables users to complete battery replacement simply by scanning a QR code. This streamlined process significantly improves operational efficiency while reducing labor costs.
Multi-layer Safety Protection
Multiple safety mechanisms monitor charging status in real time. Power will be disconnected and alarm triggered once anomalies occur, effectively avoiding fire hazards.
Intelligent Battery Management
Built-in detection and data analytics allow the Battery Swapping Cabinet to accurately identify and isolate faulty batteries. In addition, the system supports off-peak charging scheduling via backend management, helping operators reduce energy consumption and overall operational costs.
Key Features of Battery Swapping Cabinet
DC Locker Battery Swapping Cabinet adopts an automatic and unmanned operation design. Users can complete battery replacement quickly by scanning a code, which significantly improves the battery replacement efficiency and reduces labor costs. At the same time, the system is equipped with multiple safety protection mechanisms to monitor the battery charging process in real time.
Customizable Product Specifications
| Overall Dimensions （W*H*D） | 920*1737*613.2mm |
| Compartment Dimensions（W*H*D） | 403*272*600mm; |
| Display Screen | 10.1-inch touch-in-one machine |
| Security Cameras | Hemispherical network camera |
| Intelligent Recognition | IC card reader, QR code mini-program |
| Function configuration | Thermal sensor probe Thermal aerosol fire extinguisher Speaker Smoke alarm Water intrusion sensor Electric meterCharger |
| Customized Services | In cabinet size, number of cabinet doors, color, functional modules, and other aspects |
Application Scenarios of Battery Swapping Cabinet
Logistics Park:
Centralized Management of Electric Tricycle Batteries
Urban shared e-bikes
Users are scattered, and battery replacement demands are random.
Battery Swapping Cabinet FAQ
1. How to ensure the safety during the battery charging process?
The equipment is equipped with multiple safety protection systems, including: temperature sensors, smoke alarms, water leakage detection, and thermal fire extinguishing devices. Once any abnormality is detected, it will automatically cut off the power supply and give an alarm, effectively preventing fire risks.
2.Can the battery swapping cabinet connect with our existing enterprise systems?
Yes. The product’s intelligent management system supports seamless connection with most mainstream enterprise management systems through API interfaces.
3.How does the battery achieve unified scheduling and management?
The background system can achieve the following:
Battery status monitoring (battery level, health status), intelligent scheduling (priority allocation of healthy batteries), lifecycle management, and maximizing the utilization of battery assets.
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