Intelligent vehicle network sharing parking system carrying solar energy storage

Abstract

The invention discloses an intelligent vehicle network shared parking system carrying solar energy storage. The system comprises a solar energy system, an energy storage system, an Internet of Things positioning detection device, a communication system, a shared parking management platform, a low-carbon integral excitation system and an event publishing module. Collected parking space and vehicle information is uploaded to the shared parking management platform in real time through a wireless network, the utilization rate of time and space of the parking space can be improved to the maximum extent, the problem of difficult parking in cities is solved, and the system can be accessed to government major and emergency information release, local display screen display or APP platform push in the system. And under the conditions of major mountain torrents and flood disasters and the like, emergency release can be carried out, emergency parking can be realized at high positions such as elevated positions, and meanwhile, popularization can be carried out through low-carbon point rewards.

Description

technical field [0001] The invention relates to the technical field of shared parking management platforms, in particular to an intelligent vehicle network shared parking system equipped with solar energy storage. Background technique [0002] With the increasing number of private cars and the increasing tension of urban parking spaces, the problems of parking difficulties and occupying other people's parking spaces have become more and more prominent. At the same time, there are many idle parking spaces, which cannot be effectively used, and car owners cannot effectively find spare parking spaces. [0003] The existing public parking system, private car parking space management and parking system have the following deficiencies: [0004] 1) The traditional public parking is manual charging, and the operation and management cost is high. [0005] 2) Public parking spaces and private parking spaces in a city cannot be shared in the city, and accurate positioning of nearby p...

AI Technical Summary

Problems solved by technology

[0004] 1) Traditional public parking is charged manually, and the operation and management costs are high

[0005] 2) A city's public parking spaces and private parking spaces cannot be shared in the city, and the accurate positioning of nearby parking lots and real-time information on the status of parking spaces cannot be obtained through the cloud platform

[0006] 3) The public parking lot does not have parking space status information, so it cannot be shared in space and in different time periods; sometimes the parking spaces are long and empty, resulting in waste of parking spaces; sometimes the parking spaces are full, and there are many cars to park, causing large-scale congestion

[0007] 4) Private parking spaces are vacant without parking for a week or even a month. Other vehicles do not know when the owner will come back and cannot park, resulting in a waste of parking spaces

[0008] 5) Private parking spaces are often occupied when there is no car

[0009] 6) The traditional payment method usually scans the code to pay at the entrance and exit of the parking lot, which wastes parking payment time

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