The Hailian Parking System addresses the pain points of concentrated parking peaks and high instantaneous traffic density unique to sports venues. Through intelligent technology integration and scenario based design, it provides the following efficient solutions:

1、 Core functional modules

Intelligent Navigation and Parking Space Scheduling

Real time parking guidance: An electronic guidance screen is set up at the entrance, combined with an APP to display real-time vacancy distribution maps, reducing car owners' search time by about 70%

Dynamic path planning: Based on a 3D visualization platform, optimize on-site routes and increase parking turnover by 40%

Reservation parking system: supports reservation of parking spaces on the front line of the competition, locks in exclusive parking resources, and avoids congestion

Efficient passage and payment

License plate recognition: extreme weather recognition rate remains above 98%, entry efficiency increases by 300%

Senseless payment: WeChat/Alipay/ETC automatic deduction is supported, and the departure time is compressed to 15 seconds

Emergency and resource allocation

Tide lane management: dynamically switch the direction of entry and exit channels based on traffic flow to alleviate congestion after the event ends

Off peak sharing mechanism: Open parking spaces to surrounding residents during non event periods, increasing utilization rate to 73%

VIP and emergency access: Set priority access for ambulances and racing vehicles

2、 Innovative scenario application

Multi functional integration of "parking+park"

Constructing underground parking lots and creating theme parks above ground (such as the Qingdao Guzhenkou Navy Theme Park) to enhance the comprehensive utilization rate of land

P+R green transfer mode

Constructing a parking lot in the space under the subway station bridge (such as the Qingdao Shiyanshan Road project) to achieve low-carbon travel through "parking and transferring to public transportation"

Data driven operational optimization

Analyze data such as peak parking hours and vehicle proportions, dynamically adjust pricing strategies (such as peak premium), and increase revenue by 20%

3、 Implement benefit verification

Cost control: The unmanned system reduces labor costs by 80%, saving 420000 yuan annually in a complex in Shenzhen. The renovation investment is about 800-1500 yuan per parking space, and the cost can be recovered in 2-3 years

Efficiency improvement: The morning rush hour travel time of a venue in Hangzhou has been reduced from 12 minutes to 90 seconds, and the turnover rate of emergency parking spaces in Tianjin hospitals has increased by 55%

User experience: Complaint rate decreased by 62% (case study of West Lake Scenic Area), invoicing efficiency increased by 50%

4、 Customized expansion capability

Multi system integration: Integrating visitor system to achieve automatic release of VIP vehicles (case study of Beijing Intelligent Security Base), connecting charging stations and car washing services to create non fare income

SaaS based operation and maintenance: A single administrator from a remote central console can supervise 10 parking lots and handle exceptions in real-time

This system utilizes efficient hardware collaboration and deep data application to transform parking difficulties in sports venues into operational value-added opportunities, providing full cycle support for large-scale event security and daily management