Smart Motorcycle Parking Management Solution
Provides a comprehensive parking space management system for motorcycle parking lots, enabling real-time parking space monitoring and information display through IoT technology.
This solution utilizes geomagnetic sensors and communication gateways, combined with a backend management system, to create an efficient and reliable smart parking environment for you.
Product Advantages
This smart motorcycle parking management solution not only enhances parking efficiency but also optimizes overall campus operations and user experience.
Real-time Parking Information
Through geomagnetic sensors, the real-time status of each motorcycle parking space is accurately monitored, allowing users to quickly find empty spots via display boards or an app.
Improved Management Efficiency
Automated monitoring replaces manual patrols, significantly reducing the burden on management personnel, enhancing operational efficiency, and lowering labor costs and management errors.
Optimized Traffic Flow
Reduces congestion caused by vehicles searching for parking spaces, improves internal traffic circulation within the enterprise campus, and provides a smoother commuting experience.
Data-Driven Decision Making
The backend management system provides detailed parking data reports, helping managers analyze parking patterns in depth, and providing a basis for future expansion and policy formulation.
Motorcycle Parking Project
Track Installation
Deployment of Guided Parking Sensors
High-precision guided parking sensors are installed in all motorcycle parking spaces to instantly detect vehicle entry and exit, providing accurate status information for each parking space.
Real-time Information Display
LCD displays are installed at the entrance of the parking lane, clearly showing the number of remaining motorcycle parking spaces on each floor. If the parking spaces are full, employees will be prompted to park their vehicles outside the park.
Backend Smart Monitoring
Managers can use the backend system to instantly monitor the status of all motorcycle parking spaces, historical records, and parking data, comprehensively improving management efficiency.
1
Planning & Design Phase
On-site inspection, sensor location planning, network architecture design, system integration evaluation.
2
Equipment Installation Phase
Sensor installation, gateway deployment, LED display setup, network cabling construction.
3
System Testing Phase
Sensor calibration, communication testing, display function verification, overall system joint debugging.
4
Online Operation Phase
System official launch, user training, backend management operations, regular maintenance and upkeep.
Hardware Architecture Diagram
This smart parking management system aims to provide an efficient and automated motorcycle parking solution. Its core architecture integrates front-end sensing technology, data transmission, and a back-end cloud platform to achieve real-time parking space monitoring, information dissemination, and management optimization. The entire system process begins with parking sensors detecting parking space status; data is then collected by the Gateway host and uploaded to the cloud platform for processing. Finally, the information is provided to users via LED displays, and administrators maintain comprehensive control through the management interface.
Complete Parking Management Architecture
Parking Space Sensor
Parking space sensors are deployed in parking spots to instantly detect vehicle occupancy status, supporting triple sensing technology for cross-verification.
Gateway Host
The Gateway host is responsible for data collection and conversion, supporting multiple communication protocols and network topology architectures.
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 lots to ground-level parking areas, it can provide comprehensive monitoring coverage. Through standardized communication protocols, it can be easily integrated into existing building management systems or smart park platforms.
Parking Space Sensor Specifications
This DIN rail parking space sensor is an efficient solution specifically designed for modern parking management systems. It adopts advanced 60GHz Pulsed Coherent Radar (PCR) technology, capable of precisely detecting the real-time status of vehicles in parking spaces. This technology not only ensures high sensitivity and reliability but also possesses environmental adaptability, while built-in temperature, humidity, and barometric pressure sensors provide comprehensive data support for smart parking lots. Its wide range of applications can effectively improve parking lot operational efficiency and user experience. The DIN rail design makes wiring convenient and installation simple, suitable for various parking lot environments.
Detection Method
60GHz Pulsed Coherent Radar (PCR)
Detection Angle
Less than 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)
Daisy Chain Capability
Supports multi-point bus architecture, maximum 50 nodes per loop
Antenna Type
Built-in miniature integrated antenna
Product Dimensions
72 (L) × 88 (W) × 41.5 (H) mm
Installation Method
DIN Rail mounting (module width 36.4mm)
Gateway Host Specifications
The Gateway Host serves as the communication hub for the parking management system, responsible for bridging data between the sensing layer and the management layer. It provides stable data transmission and converts various communication protocols, ensuring efficient system operation.
Operating Voltage
DC 10〜28V
Supported Bands
2.4 GHz (WiFi) / Sub-1GHz
Communication Interface
Ethernet, WiFi, Sub 1G Wireless
Serial Communication
RS-485 (supports industrial control protocols)
Ethernet
10M/100Mbps auto-switching
WiFi Standard
IEEE 802.11 b/g/n
Transmit Power
Max 20dBm
Indication Mode
Voice prompts, LED indicators, audible alerts
Product Dimensions
72 (L) × 88 (W) × 41.5 (H) mm
Installation Method
DIN Rail mounting (module width 36.4mm)
Wenxing Parking Space Monitoring System Backend
LED Display Board Specifications
This system provides professional-grade LED display boards, installed at parking lot entrance lanes, to instantly show available parking space information. The displays use high-brightness LED modules, ensuring clear visibility even in strong light conditions.
Dimensions
Height 34 × Width 25 × Depth 12 cm
Display Specifications
Chinese character height 4.8 cm, Numeric character height 8.5 cm
Frame Material
SECC black powder coating, excellent weather resistance
Operating Voltage
AC 110V / DC 12V dual power option
Protection Rating
IP54 dustproof and waterproof

Flexible Configuration Options: We offer three different sizes of LED displays for customers to choose from, allowing selection of the most suitable display specifications based on the visual distance and spatial conditions of the installation site. All models adopt the same display format standard, ensuring consistency in message presentation.