Smart Scooter Parking Management
Provides a comprehensive parking space management system for scooter parking lots, utilizing IoT technology to achieve real-time parking space monitoring and information display.
This solution employs geomagnetic sensors and communication gateways, combined with a backend management system, to create an efficient and reliable smart parking environment for you.
Product Advantages
Our intelligent scooter parking management solution not only improves parking efficiency but also optimizes overall park operations and user experience.
Real-Time Parking Information
Through geomagnetic sensors, accurately track the real-time status of every scooter space, allowing users to quickly find available spots via signage or apps.
Enhanced Management Efficiency
Automated monitoring replaces manual inspections, significantly reducing the burden on management staff, improving operational efficiency, and lowering labor costs and errors.
Optimized Traffic Flow
Reduce congestion caused by vehicles searching for parking, improving internal traffic circulation within corporate parks and providing a smoother commuting experience.
Data-Driven Decision Making
The backend management system provides detailed parking data reports, helping managers analyze parking patterns to inform future expansion and policy decisions.
Intuitive Parking Status Indicators
Each space is equipped with intuitive indicator lights: red for occupied and blue for available, allowing drivers to assess space status at a glance and significantly shortening search time.
Wireless・Fully Automated MESH
Utilizing a fully automated wireless MESH network architecture, sensors self-organize without the need for complex cabling, drastically reducing installation costs and construction difficulty for all types of parking environments.
Scooter Parking Project
Rail Installation
Rail-Mounted Parking Sensor Deployment
Install high-precision rail-mounted parking sensors in all scooter spots to detect vehicle entry and exit in real-time, providing accurate status information for each space.
Indicator Lights for Parking Status
Red light indicates the spot is occupied; blue light indicates the spot is available. Lights are synchronized with sensors for long-range visibility, helping users find spots quickly.
Real-time Information Display
Install LCD displays at lane entrances to clearly show the number of remaining scooter spots per floor; if full, the system prompts employees to park outside the campus.
Smart Backend Monitoring
Management can use the backend system to monitor the status of all scooter spots, access history, and view parking data in real-time, comprehensively improving management efficiency.
1
Planning & Design Phase
Site survey, sensor placement planning, network architecture design, and system integration assessment.
2
Equipment Installation Phase
Sensor installation, gateway deployment, LED display setup, and network cabling.
3
System Testing Phase
Sensor calibration, communication testing, display verification, and overall system commissioning.
4
Operational Phase
System launch, user training, management training, and regular maintenance.
Hardware Architecture Overview
This smart parking management system is designed to provide an efficient and automated solution for scooter parking. Its core architecture integrates front-end sensing technology, data transmission, and a back-end cloud platform to realize real-time monitoring, information dissemination, and management optimization of parking spaces. The entire system process begins with parking sensors detecting the status of parking spaces; data is then aggregated via a Gateway host and uploaded to the cloud platform for processing. Finally, information is provided to users through LED displays, while the management interface allows administrators to maintain comprehensive control.
Complete Parking Management Architecture
Parking Space Sensor
Parking space sensors are deployed in parking spaces to detect vehicle parking status in real-time, supporting cross-verification using triple sensing technology.
Gateway Host A
Features dual functionality: it simultaneously detects vehicle parking status as a sensor and is responsible for collecting, integrating, and converting data from various sensors.
Gateway Host B
Receives data from Host A and converts it in real-time for output to the LED display board.
LED Display Board
The LED display provides real-time parking space information, and the backend system supports remote monitoring and data analysis.
The system adopts a modular design, allowing for flexible expansion based on site scale and requirements. From underground parking garages to surface parking areas, it provides complete monitoring coverage. Through standardized communication protocols, it can be easily integrated into existing building management systems or smart campus platforms.
Parking Space Sensor Specifications
This DIN-rail mount parking space sensor is an efficient solution designed specifically for modern parking management systems. It utilizes advanced 60GHz Pulsed Coherent Radar (PCR) technology to accurately detect the real-time status of vehicles in parking spaces. This technology ensures high sensitivity and reliability while providing strong environmental adaptability; it also includes built-in temperature, humidity, and barometric pressure sensors to provide comprehensive data support for smart parking lots. Its wide range of applications effectively enhances parking lot operational efficiency and user experience. The DIN-rail design facilitates convenient wiring and simple installation, making it suitable for various parking environments.
Detection Method
60GHz Pulsed Coherent Radar (PCR)
Detection Angle
<3°
Detection Distance
Up to 6 meters
Operating Voltage
DC 12V
Built-in Sensors
Temperature, humidity, barometric pressure
Serial Communication
RS-485 (Supports industrial control protocols)
Networking Capability
Supports multi-point bus architecture, maximum of 50 nodes per loop
Antenna Type
Built-in integrated micro-antenna
Dimensions
72 (L) × 88 (W) × 41.5 (H) mm
Installation Method
DIN Rail mount (module width 36.4mm)
Gateway Host Specifications
The Gateway host acts as the communication hub for the parking management system, serving as a data bridge between the sensor layer and the management layer. It provides stable data transmission and multi-protocol conversion to ensure efficient system operation.
Operating Voltage
DC 10〜28V
Supported Bands
2.4 GHz (WiFi) / Sub-1GHz
Communication Interfaces
Ethernet, WiFi, WiFi Mesh, BLE Mesh, Sub 1G Wireless
Ethernet
10M/100Mbps auto-switching
WiFi Standard
IEEE 802.11 b/g/n
Transmit Power
Max 20dBm
Alert Modes
Voice alerts, LED indicators, audible alerts
Product Dimensions
72 (L) × 88 (W) × 41.5 (H) mm
Installation
Simple installation, requires only a power cable
Wenxing Parking Space Monitoring System Backend
LED Display Board Specifications
Our system provides professional-grade LED display boards, installed at parking entrance lanes to provide real-time updates on remaining parking spaces. The display utilizes high-brightness LED modules, ensuring clear visibility even in strong ambient light.
Dimensions
H 34 × W 25 × D 12 cm
Display Specs
Chinese character height 4.8 cm, numerical digit height 8.5 cm
Frame Material
SECC black powder-coated, highly weather-resistant
Operating Voltage
AC 110V / DC 12V dual power options
Protection Level
IP54 dust and water resistant

Flexible Configuration: We offer three different sizes of LED displays for customers to choose from, allowing you to select the most suitable specifications based on viewing distance and space requirements at the installation site. All models follow the same display format standards, ensuring consistent information presentation.