Intelligent Safe Charging Cabinet

Intelligent Safe Charging Cabinet

Intelligent Safe Charging Cabinet is a professional charging management solution developed by HYVODA to address “safety hazards in device charging (e.g., overcharging, short circuits, overheating) and chaotic charging management” scenarios. It integrates multi-layer charging safety protection mechanisms, real-time status monitoring, and intelligent access control, providing safe and orderly charging services for portable electronic devices (e.g., mobile phones, tablets) and industrial equipment batteries (e.g., power tool batteries, handheld terminal batteries).

This product solves key pain points of traditional charging methods, such as “uncontrolled overcharging leading to battery swelling/fire”, “mixed charging of multiple devices causing circuit overload”, and “inability to track device charging status and user information”. It supports multi-modal identity verification and remote centralized management via a computer background, enabling automatic recording of charging data (charging duration, status, user) and real-time alerts for abnormal conditions. It is essential equipment for industries including manufacturing, healthcare, logistics, offices, and education to standardize charging processes and eliminate charging safety risks.

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Features

  1. Multi-Layer Charging Safety Protection for Hazard Prevention
    Equipped with a dedicated charging safety control module, it implements comprehensive protection against common charging risks:

 

  • Overcharge Protection: Automatically cuts off power when the device battery reaches 100% charge, preventing battery damage or fire caused by prolonged overcharging.
  • Short-Circuit Protection: A built-in current-limiting fuse and intelligent circuit breaker trigger an immediate power outage if a short circuit is detected (e.g., damaged charging cables), avoiding circuit burnout.
  • Overheating Protection: Each charging compartment is fitted with a temperature sensor (detection range: -10℃-80℃). If the temperature exceeds the safe threshold (e.g., 60℃), the system stops charging for that compartment and activates a cooling fan (optional) to lower the temperature.
  • Overload Protection: The cabinet’s total current is monitored in real time; if multiple devices charging simultaneously cause current to exceed the rated value (e.g., 16A), non-essential compartments are prioritized for power reduction to maintain stable operation.

 

  1. Independent Charging Compartments with Dedicated Monitoring
    Each compartment is designed as an independent charging unit, equipped with:

 

  • ** Dual Charging Interfaces**: A standard 3-pin AC socket (compatible with power tool batteries, chargers) and a USB port (5V/2A, for mobile phones, tablets), meeting the charging needs of different devices.
  • Real-Time Status Indicators: A 3-color LED light (green = charging normally, yellow = charging completed, red = abnormal status) on each compartment door allows users/administrators to quickly identify the charging status without opening the door.
  • Infrared Presence Detection: Sensors detect whether a device is placed in the compartment; if no device is present, the charging interface automatically powers off to avoid idle power consumption and electric shock risks.

 

  1. Multi-Modal Identity Verification & Refined Access Control
    Fitted with an Android industrial computer and a 7-inch touchscreen, the cabinet supports face recognition, QR code scanning, and IC card recognition to ensure only authorized users can access their charging compartments:

 

  • Face Recognition: Suitable for scenarios with high efficiency requirements (e.g., office rush hours), with a recognition rate of ≥99% and response time ≤1s.
  • QR Code Scanning: Users scan a unique QR code (generated via a WeChat/enterprise app) to unlock the compartment, ideal for temporary users (e.g., visitors).
  • IC Card Recognition: Compatible with employee ID cards or dedicated charging cards, suitable for industrial workshops where hands may be oily/dusty (no need for touch operation).
    Permissions can be assigned by user role (e.g., managers have access to all compartments for emergency device retrieval, while employees only access their assigned compartments).

 

  1. Real-Time Charging Monitoring & Data Traceability
    The cabinet continuously collects charging data for each compartment and synchronizes it to the remote management background in real time, including:

 

  • Device Information: Charging duration, power consumption, and battery percentage (for devices supporting data transmission).
  • Status Records: Charging start/end time, abnormal events (e.g., overheating, short circuit), and operator identity.
  • Usage Statistics: Daily/weekly charging frequency, peak charging periods, and compartment utilization rate.
    Users can export reports in Excel/PDF format (e.g., “Monthly Charging Usage Report”) for cost accounting and safety audits, achieving full-process data traceability.

 

  1. Intelligent Alerts & Remote Management

 

  • Local Alerts: For abnormal conditions (e.g., compartment overheating, device short circuit), the cabinet triggers an audible alarm (80-100dB buzzer) and a red LED flash on the corresponding compartment, prompting on-site personnel to handle the issue.
  • Remote Alerts: Abnormal data is pushed to the administrator’s background (via pop-ups, emails, or SMS) in real time, enabling timely processing even if the administrator is not on-site.
  • Remote Control: Administrators can remotely start/stop charging for specific compartments, unlock compartments in emergencies (e.g., user forgets to retrieve a device), and adjust charging parameters (e.g., USB output current) via the background—improving management flexibility.

 

  1. Rugged Structure & Emergency Protection

 

  • Durable Material: The cabinet body is made of 1.2mm thick cold-rolled steel with an electrostatic spray coating, featuring corrosion resistance, scratch resistance, and impact resistance (suitable for industrial workshops, logistics warehouses).
  • Emergency Power Off: A dedicated emergency stop button on the cabinet front cuts off all charging power immediately in case of major safety hazards (e.g., fire), minimizing accident risks.
  • Power Failure Protection: In case of sudden power outage, the cabinet’s backup battery (optional) maintains the operation of core components (sensors, control system) for ≥2 hours, ensuring charging status data is not lost and compartments can be unlocked to retrieve devices.

Applications

  1. Industrial Workshops
    Suitable for manufacturing plants (e.g., automotive, machinery) to charge power tool batteries (e.g., electric drill batteries, screwdriver batteries). The independent compartments prevent battery damage from mixed charging, and the overheating protection adapts to high-temperature workshop environments. Typical customer: A large automotive component factory in East China (uses 50+ cabinets to manage 200+ power tool batteries).
  2. Office Buildings
    Applied in corporate offices to provide safe charging for employees’ mobile phones, tablets, and laptops. The face recognition function ensures employees only access their own compartments, and remote monitoring allows administrators to manage charging peak periods (e.g., lunch breaks). Typical use case: A multinational company’s office building reduces charging-related safety incidents to zero after adoption.
  3. Healthcare Institutions
    Used in hospitals and clinics to charge medical devices (e.g., nurse callers, handheld blood glucose meters) and staff mobile phones. The cabinet’s anti-corrosion material and easy-to-clean surface meet medical hygiene requirements, and the emergency unlock function ensures timely access to medical devices. Typical customer: A Grade-A tertiary hospital in South China.
  4. Logistics & Warehousing
    For logistics centers and warehouses to charge handheld terminals (e.g., barcode scanners, RFID readers) used by warehouse staff. The rugged structure resists dust and minor impacts in warehouse environments, and the overload protection adapts to simultaneous charging of multiple terminals during shift changes. Typical customer: A leading e-commerce logistics warehouse.
  5. Schools & Universities
    Suitable for campuses to charge students’ tablets, electronic teaching aids, and teacher office devices. The IC card recognition (linked to student/teacher ID cards) ensures device security, and usage data statistics help schools optimize charging resource allocation (e.g., adding cabinets in high-utilization areas). Typical customer: A vocational and technical college in North China.

Specifications

Specification Category Detailed Specifications
Basic Specifications Cabinet Size: Customizable (standard reference: 1100mm (W) × 550mm (D) × 1850mm (H))
Compartment Configuration: 10-60 independent compartments (single compartment size: 200mm (W) × 150mm (D) × 100mm (H) for mobile phones; customizable for larger devices)
Cabinet Material: Cold-rolled steel plate (1.2mm thick); surface electrostatic spray coating (color options: industrial gray, white, blue)
Door Design: Single/compartmentalized tempered glass doors (4mm thick); each compartment equipped with an electronic lock (fail-safe design, unlocks on power failure)
Charging System Parameters Charging Interfaces: 1 AC 3-pin socket (220V/10A) + 1 USB port (5V/2A) per compartment (Type-C fast charging port optional)
Total Rated Current: 16A (supports simultaneous charging of 10-15 high-power devices)
Charging Control: Intelligent charging chip (supports adaptive current adjustment based on device needs)
Fast Charging Support: Optional (QC 3.0/PD 20W fast charging for USB ports)
Safety Protection Parameters Protection Mechanisms: Overcharge protection (cuts off at 100% battery), short-circuit protection (fuse + circuit breaker), overheating protection (cuts off at ≥60℃), overload protection (triggers at ≥16A total current)
Temperature Detection: 1 NTC temperature sensor per compartment (detection range: -10℃-80℃, accuracy ±1℃)
Fire Safety: Optional built-in fire-retardant lining (flame retardant grade: V0)
Electric Shock Protection: IP20 protection grade (prevents finger contact with internal live parts)
Login & Network Login Methods: Face recognition (recognition rate ≥99%, response time ≤1s), QR code scanning (compatible with WeChat/enterprise apps), IC card recognition (supports M1 cards)
Network Connection: Supports LAN (Ethernet/WiFi) and WAN (4G/5G optional); data synchronization delay ≤2s
Data Storage: Local cache (stores 6 months of charging records) + cloud storage (unlimited for authorized users)
System & Functions Operating System: Android 11.0 (industrial computer with 7-inch touchscreen)
Background Management: Web-based platform (compatible with Windows/Linux); supports real-time charging status monitoring, user management, and report export
Alerts: Audible (80-100dB buzzer) + visual (3-color LED indicators per compartment; red = abnormal, yellow = completed, green = charging)
Remote Control: Supports remote compartment unlocking, charging start/stop, and parameter adjustment
Environment & Power Supply Operating Temperature: -10℃-50℃
Relative Humidity: 20%-85% (no condensation)
Power Supply: AC 220V±10%, 50Hz
Power Consumption: Standby ≤10W; working ≤150W (total, depending on number of charging devices)
Backup Power: Optional built-in UPS (battery life ≥2 hours for core functions)
Certification & Item Number Certification: ISO 9001 Quality Management System Certification, National Electrical Equipment Safety Standard Certification (GB 4943.1-2011), Fire Safety Certification
Item Number: Standard model (JBT-SC-001); customizable item number for modified versions

Advantages

Comparison Dimension Intelligent Safe Charging Cabinet Traditional Charging Methods (Power Strips) Ordinary Charging Cabinets
Charging Safety Multi-layer protection (overcharge/short-circuit/overheating); automatic hazard handling No safety protection; high risk of overcharging, short circuits, and fires Basic overcharge protection only; no real-time temperature monitoring
Management Capability Remote monitoring + multi-modal access control; full data traceability No management functions; chaotic device placement and difficult retrieval Local manual management only; no remote control or data records
User Experience Independent compartments + status indicators; quick identity verification (≤1s) Mixed device placement; no status prompts; long time spent searching for devices Shared compartments; unclear charging status; slow manual unlocking
Energy Efficiency Infrared detection for idle power-off; overload control to avoid energy waste Idle power consumption (2-5W per power strip); no overload management No idle power-off function; fixed power supply regardless of usage
Scalability Supports cascading (1 main cabinet + multiple sub-cabinets); customizable compartments No scalability; limited by power strip sockets Fixed compartment quantity; no cascading function

Service

  1. Customized Design Services
    Supports full-dimensional customization to meet diverse charging needs:

 

  • Compartment Configuration: Adjust the number of compartments (10-60 compartments) and compartment size (e.g., 200mm×150mm×100mm for mobile phones, 300mm×250mm×180mm for power tool batteries) based on device type and quantity.
  • Charging Interface Customization: Add specialized interfaces (e.g., Type-C fast charging ports, 12V DC ports for industrial terminals) or increase USB port output current (e.g., 5V/3A for fast charging) to match specific devices.
  • Function Module Addition: Integrate optional modules such as a cooling system (for high-temperature environments), a fire suppression device (for high-safety-demand scenarios), or a digital display screen (to show real-time cabinet utilization).

 

  1. Full-Lifecycle After-Sales Support

 

  • On-Site Installation & Calibration: Professional technicians conduct on-site installation, including power wiring, cabinet fixing, and calibration of charging parameters (e.g., overcharge threshold, temperature sensor sensitivity). They also test all safety protection functions to ensure compliance with safety standards.
  • Emergency Response: Commits to “1-hour response to requests and 24-hour on-site service for key customers”. For issues such as charging failure, compartment locking, or alarm malfunctions, after-sales engineers provide remote troubleshooting guidance or on-site repairs to minimize downtime.
  • Warranty: 1-year warranty for the entire cabinet, 2-year warranty for core components (charging control module, safety sensors, industrial computer), with free replacement of faulty parts within the warranty period.

 

  1. Training & Technical Guidance

 

  • Operator Training: Covers basic operations (identity verification, compartment unlocking/locking, interpreting status indicators) and safety precautions (e.g., prohibited items in compartments, handling alarm signals).
  • Administrator Training: Focuses on advanced functions, including remote background management (monitoring charging status, exporting reports), permission setting (assigning compartments to users), and troubleshooting common faults (e.g., resetting a locked compartment, replacing a faulty sensor).

 

  1. Long-Term Operation & Maintenance
    Regularly provides system software upgrades (e.g., optimizing charging protection algorithms, adding device compatibility for new models) and conducts quarterly on-site inspections. Key inspection items include:

 

  • Charging Interface Integrity: Checking for loose or damaged sockets/USB ports and replacing worn parts.
  • Safety Protection Performance: Testing overcharge, short-circuit, and overheating protection functions to ensure they work normally.
  • Battery Health (for Backup Power): Testing the capacity of the optional backup battery and replacing it if the capacity drops below 80% of the rated value.

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