The urban bus parking system based on smart parking digital twin platform represents the comprehensive and holistic method of monitoring and managing the city parking spaces using the technology of the digital twin as the core technical architecture. Essentially, it functions as the 'eye' of the whole urban transport system, indulging the 'visual, digital, and platform-based' manifestation of the parking space available in a given area. It goes on to execute the real-world visualization, intelligent urban management, collaborative incident management, and graphical representation of the IoT network.
Its functions are made possible through core digital twin technologies such as multi-source data fusion, multi-scale modeling, and 3D visualization, where the Smart Parking Urban Parking Digital Twin Platform can even direct and manage the street and the open-air access to parking space throughout the metropolis that consists of the urban areas, commercial parks, residential communities, transport hubs, office buildings, hotels, shopping malls, etc. It takes every single factor related to the city's parking services (p) and thoroughly integrates them into the city information model while linking parking business scenarios to operational management activities. "Virtual-real correspondence, mutual mapping, and collaborative interaction" are some of the ways in which the platform can be used to smart and digital different application scenarios such as communities, parks, scenic spots, hospitals, etc. Thus, it facilitates "six-dimensional development" of the twin city, i.e., "digitization and virtualization of urban elements, real-time and visualization of urban operation status, and collaboration and intelligence of urban management decisions."
The parking lots in dense urban locations are an integral part of the city’s infrastructures and depend spatially on the populations, roads, buildings, and other components. The Smart Parking Digital Twin Platform renders data modeling as a technology to facilitate urban transportation intelligent prediction and decision-making. For instance, it changes map colors and animations according to the locating number of parking lots, which visually reflects data information such as the distribution of parking lot heat spots and regional concentration. The full-accuracy, full-element, and full-granularity reproduction of urban parking scenarios enable the city's operational management of various aspects such as parking fee collection, resource growth trends, equipment operation status, key parking lot conditions, transaction status, fee collection, resource utilization, turnover rates, parking lot operations, and parking space availability. This will undoubtedly accelerate the construction of the city-level "unified parking network" framework.
We provide a solution to the city's static transportation problems at the city level through the construction of the Smart Parking Digital Twin Platform. The platform is a big data analytic and aggregation system that gathers parking space big data—covering roads, public parking lots, and commercial parking lots, and that of enterprises and public institutions—while it also integrates city-level parking operation data. These combined efforts have resulted in a city-level digital and visualized management system that is characterized by 'one platform, one network, and one APP.' In brief, it can be stated that the platform wholeheartedly unlocks parking resources throughout the society, thus, elevating the utilization rate and turnover rate of parking spaces in the city center, thereby, mitigating the problem of parking difficulties, illegal parking, parking disputes, and traffic congestion caused by parking, while, at the same time, it strengthens the efficiency of parking order and management. As a result, it will serve as an impetus to boost land resource utilization and, in general, to raise the level of parking management in the city.
FAQ – Frequently Asked Questions
1. When and where will the Expo be held?
The Expo is scheduled for May 13–15, 2026, at Hall C, Xiamen International Conference and Exhibition Center (XICEC), Xiamen, China.
2. What is the exhibition scale?
The event covers 40,000 m² and features 350+ companies. It will draw over 30,000 professional visitors from all over the world.
3. What activities are included?
The program will consist of over 80 professional forums and events focusing on topics such as smart mobility, transportation communication, safety, and sustainable development.
4. How many countries and regions are involved?
Delegates from 80+ countries and regions will attend, making it a worldwide gathering for the next innovative solutions in Intelligent Transportation.
5. Are there opportunities for cooperation?
Certainly. With over 1,000 worldwide partners, the Expo is a fertile ground for business collaboration, technology exchange, and investment opportunities.
6. Who can I contact for details?
For more details, you may contact the Organizing Committee via the official website'Contact Us' section.
