What is an Intelligent Parking Guidance System?

With the rapid pace of urbanization, parking difficulties have become a common problem in city life. Intelligent parking guidance systems(PGS) primarily provide intelligent guidance for vehicles entering and exiting parking lots, quickly directing them to available spaces and offering drivers a more convenient and efficient parking experience.

Basic Principle

The parking guidance system(PGS) consists of several modules: a parking space data detection module, a central processing module, an information dissemination module, and an information display module. By detecting vehicles using parking space detectors, the system determines the occupancy of a specific space. It then publishes real-time information about available spaces, displays the occupancy status of each space, and provides directions to help vehicles park quickly.

Detection Methods

Parking space detectors use methods such as ultrasonic detection, infrared detection, inductive loop detection, video detection, or radio frequency detection. Upon detecting the parking status of each space within the parking lot, the information is uploaded to a data converter via a manager. The data converter aggregates the information and sends it to the guidance monitoring system for analysis and processing. The system displays information about available parking spaces on LED screens, guiding drivers to quickly find a spot and park with ease.

Guidance Process

Upon detecting the status of each parking space, the information is uploaded to a data converter via a manager. The converter aggregates the information and sends it to the guidance monitoring system for analysis and processing. The system displays information about available parking spaces on LED screens, guiding drivers to quickly find a spot and park with ease.

System Functions

Parking Guidance

Controls the screen to guide drivers to available spaces in the shortest possible time, improving parking utilization, optimizing the environment, and increasing customer satisfaction.

Protection of Reserved Spaces

Through avoidance guidance, it protects reserved spaces, such as those for fixed-term, monthly, and other parking.

Real-Time Parking Status Monitoring

The parking guidance system(PGS) displays the occupancy status of parking spaces in real time, statistically analyzes the number of occupied and available spaces, and records the entries and exits of different types of vehicles within a given period, thus facilitating parking monitoring and management.

Access Control

Multi-level access control ensures convenient control and the confidentiality of relevant information.

Advantages of the Parking Guidance System

Improved Parking Space Utilization

By monitoring parking space usage in real time, the guidance system effectively reduces parking search time, increasing its utilization.

Improved parking operational efficiency

Enhanced traffic flow during peak hours, reduced queues, and decreased operational pressure on parking management. Statistical data allows administrators to understand parking usage, optimize resource allocation, and improve operational efficiency.

Case Show

As a smart parking solution, the parking guidance system provides drivers with convenient and efficient parking services. By monitoring parking space usage in real time and providing drivers with audible alerts and directional guidance, it effectively solves the problem of parking difficulties.

As a company specializing in smart security for more than ten years, ZOJE will continue to leverage its experience and technological expertise in communications, security, and smart technologies to drive technological innovation and expand the applications of parking guidance systems(PGS). ZOJE is committed to providing its customers with advanced technological concepts and optimized, comprehensive solutions for their projects. ZOJE will also explore the value of parking guidance system(PGS) applications in parking operation and management, providing decision support for managers and optimizing resource allocation.