Project Background
With the growing popularity of shared and personal electric scooters, operation sites in industrial parks, scenic areas, universities, business districts and urban areas have generated massive demands for centralized charging, storage and rotation of scooter batteries.
Traditional open-air charging and messy wiring pose severe risks including overload, fire and short circuit. Meanwhile, manual charging is inefficient, battery management is disordered, and battery status cannot be monitored, leading to major safety hazards.
Given that most scooter batteries are lithium-ion cells, professional charging equipment with individual compartments, intelligent monitoring and constant temperature protection is required to realize large-scale, safe and unattended charging management.
Solution Overview
This is an all-in-one dedicated solution for intelligent e-scooter battery charging cabinets. Tailored for lithium-ion scooter batteries, it supports centralized storage, individual charging, automatic battery identification, comprehensive safety protection and unattended operation, ideal for large-scale operation, battery fleet rotation and on-site management.
1. Core Product Functions
Individual Compartment Charging: Each compartment is independently controlled with separate overload protection. Fault in a single unit will not affect the whole device.
Intelligent Battery Identification: Compatible with mainstream lithium batteries for scooters. It automatically matches charging current, stops charging upon full power to prevent overcharging and battery bulging.
Full-range Safety Protection: Equipped with temperature and smoke detection, as well as protection against short circuit, overcurrent and electric leakage. The system will cut off power and send alerts automatically in case of abnormalities.
Constant Temperature & Heat Dissipation: Optimized ventilation structure avoids heat accumulation during centralized charging and effectively reduces fire risks.
24/7 Unattended Operation: Users can access compartments to load and unload batteries via QR code or card swiping, requiring no on-site staff.
2. Intelligent Management
The device connects to the cloud platform via 4G network. Operators can check real-time charging status, battery quantity, compartment occupancy, charging duration and fault records. All charging data is traceable to achieve standardized operation and management.
3. Application Scenarios
Operation sites for shared scooters, scenic area transport vehicles, park patrol vehicles, campus commuter scooters, urban public transport stations, and centralized charging & storage for property management equipment batteries.
4. Solution Advantages
Eliminates safety risks caused by scattered charging and random wiring
Enables bulk centralized charging to greatly improve operational efficiency
Provides unified storage with moisture-proof, dust-proof and anti-loss performance
Realizes intelligent monitoring and zero labor cost for operation
Compatible with all specifications of small-sized lithium batteries for scooters
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