Internet Plus Smart Parking Solution!

With the advancement of the times, the number of vehicles on the road has grown rapidly. At the same time, the development of urban parking facilities has lagged far behind, leading to an increasingly acute imbalance between parking supply and demand. In many areas, securing a parking space has become exceedingly difficult, and this issue has severely undermined the orderly functioning and sustainable development of cities. As a result, it has drawn widespread attention from all sectors of society and the government, making parking‑lot construction a new focal point of commercial competition.

In the 12th Five-Year Plan, nearly every city has designated addressing parking challenges as a key priority for the next five years. Developing smart transportation and intelligent parking systems is a concrete manifestation of smart city construction and an essential requirement for enhancing traffic management efficiency and improving the quality of life for residents.

Common pain points of parking today

This is concentrated in the following aspects:

Smart Parking Solution

The smart parking solution leverages cutting-edge technologies such as mobile internet, big data, and cloud computing, while adhering to the principles of Germany’s Industry 4.0. By seamlessly integrating IoT information systems with embedded parking‑lot technologies, it establishes a “5E” management standard for smart parking. Designed in accordance with the national industry standard GA/T 761‑2008, “Technical Requirements for Security Management Systems of Parking Garages (Lots),” it delivers a cloud‑based parking service platform that integrates inquiry, reservation, payment, and parking into a single, unified experience.

By leveraging cutting-edge embedded parking technologies, video‑based parking guidance systems, mobile‑internet‑enabled parking applications, and mobile payment solutions, we enable centralized data storage, real-time data sharing, and the mining and analysis of big data in parking operations.

·Easy parking management, easy parking, peace of mind—your ultimate solution for managing large parking lots, urban parking garages, and other public parking facilities!

Advantages of Plan E

E-Plan Application

Residential community · Smart Parking Solution

With the advancement of the times, the number of vehicles on the road has grown rapidly. At the same time, the development of urban parking facilities has lagged far behind, leading to an increasingly acute imbalance between parking supply and demand. In many areas, securing a parking space has become exceedingly difficult, and this issue has severely undermined the orderly functioning and sustainable development of cities. As a result, it has drawn widespread attention from all sectors of society and the government, making parking‑lot construction a new focal point of commercial competition.

In the 12th Five-Year Plan, nearly every city has designated addressing parking challenges as a key priority for the next five years. Developing smart transportation and intelligent parking systems is a concrete manifestation of smart city construction and an essential requirement for enhancing traffic management efficiency and improving the quality of life for residents.

Government agencies and public institutions · Smart Parking Solution

This type of parking management model is widely adopted, covering institutions such as schools, hospitals, passenger transport hubs, and government agencies. Given the high volume of official vehicles visiting schools and government offices, coupled with the complex flow of personnel throughout campus, an integrated solution combining a high‑accuracy license‑plate recognition module with a long‑range card‑reading module—and supplemented by an SMS‑notification module—can provide customers with vehicle‑arrival SMS alerts and SMS‑based authorization for vehicle entry and exit.

When management personnel are unable to remain at the computer due to special circumstances, they can use their mobile phones to remotely enter vehicle license plate numbers into the system via text message. Upon departure, security staff can refer to the system prompts to determine whether to authorize passage.

Large shopping mall · Smart Solutions

In response to the challenges faced by large shopping centers—such as an abundance of parking spaces coupled with unclear signage and complex pricing policies—a smart parking management system has been developed to meet the sophisticated needs of high‑end, large‑scale parking facilities. The system’s various functions and application areas are outlined below:

1. Parking Guidance Subsystem

Video-based parking guidance systems represent the latest generation of such solutions. By performing real-time vehicle and license‑plate recognition at each parking space, they simultaneously provide both parking‑space guidance and reverse car‑finding capabilities.

For underground parking lots, a video‑based parking‑space detection terminal is installed at each parking spot to capture vehicle images, determine whether a space is occupied or vacant, extract license‑plate information, and control the corresponding status indicator light. By displaying red or green signals on the parking‑space indicator lights and showing the number of available spaces on the in‑lot guidance screen, the system helps drivers quickly locate an empty spot, alleviating the challenge of finding parking. License‑plate numbers and vehicle images can also be used in a reverse‑search parking system.

The system transmits the real-time occupancy status of each parking space to the management computer and displays it on an electronic map, enabling administrators to quickly and clearly monitor parking‑space utilization.

2. Video-Based Parking Guidance System Architecture

For the parking guidance system in underground garages, image-processing technology is employed. Each parking space is equipped with a video‑based parking‑space detection terminal and a status indicator light, serving as the front‑end sensing and monitoring devices. Every 12 spaces share a single multi‑channel video processor. The processor transmits the collected parking‑space data via a network switch to an application server, where the electronic map is updated and stored. Each garage is assigned a dedicated data server to manage its license‑plate images, while guidance displays at entry/exit points indicate the number of available spaces, helping drivers locate open spots. License‑plate numbers and vehicle images can be used by a vehicle‑location system. The system continuously sends real‑time occupancy information for each space to the management computer, which updates the electronic map accordingly, providing managers with an instant, clear overview of parking‑space utilization.

3. Self-service payment terminal

Once a customer has paid the parking fee via the self-service payment system, the camera at the exit barrier captures the vehicle’s license plate information. The billing system then performs an automatic verification; if the vehicle is confirmed as having already paid, the parking system automatically opens the exit barrier to allow the vehicle to leave.

4. Coupon Discount Module

The shopping center can set up discount modules at participating merchants, allowing customers to redeem parking discounts at the designated service counters after making a purchase, thereby waiving their parking fees.

5. Wireless Handheld Device Charging Module

It enables mobile toll collection within the facility during peak periods—eliminating the need for fixed-point tolling, as automated payment terminals are deployed only at designated locations, which currently have limited coverage. Handheld devices serve as an effective supplement to these terminals, helping to alleviate congestion at exit lanes. In the event of a system failure, handheld devices can be used to process payments, addressing challenges that traditional tolling systems struggle to resolve.

Enterprise Park · Smart Parking Solutions

As the number of enterprises settling in the park grows and the vehicle ownership rate rises rapidly, effectively addressing parking challenges has become a major issue for park management. For smart parks, implementing intelligent parking management has become increasingly urgent. When developing an intelligent parking management system, the following issues must be addressed:

·How can peak‑hour commutes make it easier and faster for drivers to enter and exit the park?

·Once a vehicle enters the park, how can we quickly help the driver locate an available parking space?

·How can we quickly help car owners locate their parked vehicles when they’re about to leave?

·When parking spaces are in short supply, how can we maximize their utilization to achieve 100% occupancy?

·When a vehicle is scratched or stolen, how can you help the property management provide effective evidence to resolve the dispute?

·How can multiple parking facilities within a campus be seamlessly integrated to eliminate information silos, enabling park administrators to manage operations more conveniently and efficiently, achieve information sharing, and reduce operational costs?

Campus · Smart Parking Solutions

On campuses where pedestrian traffic is highly concentrated, conflicts between motor vehicles and pedestrians pose significant traffic safety risks. Moreover, the entry and exit of vehicles and disorderly parking generate substantial noise and particulate pollution, undermining the campus environment’s cleanliness and civility and disrupting the tranquil, harmonious humanistic atmosphere that a campus should embody. Therefore, developing a well‑planned static traffic system is an urgent priority in contemporary campus development and a crucial safeguard for the harmonious growth of Chinese universities.

Implement corresponding traffic‑flow management measures for personnel and motor vehicles. Strengthen parking guidance by deploying cameras at the campus gates and in parking areas to conduct real-time monitoring of vehicles entering these zones. Through network‑based remote transmission, the Security Office can simultaneously monitor vehicle access to campus in real time, thereby facilitating more effective coordination, traffic management, and guidance of vehicle movement and parking.