Parking space inducible system of energy efficient parking lot

Abstract

The invention discloses a parking space inducible system of an energy efficient parking lot, which can control the switching time of the parking space illuminators intelligently and effectively save the electric energy for illumination in the parking lot by about 50%. When no vehicles park at the parking space, the parking space illuminators switch off, and once vehicles enter the parking space, the illuminators can switch on automatically, thereby achieving the function of saving the energy and reducing the energy consumption. The parking space inducible system of the energy efficient parking lot is mainly used for the effective induction and management of the vehicles in the parking lot. The system can be convenient parkers to park the vehicles fast, and monitor the parking spaces, thereby leading the management of the parking spaces of the parking lot to be more standard and ordered, and enhancing the using ratio of the parking spaces. The ultrasonic detection technology is adopted for the detection of the parking spaces in the parking lot, which can detect the occupation or the idle of the parking spaces in the parking lot reliably. A management system collects all the detection information into the system in real time, and the system feeds the inducible information back to the display screen of each inducible parking space in real time through a parking space inducible controller. Meanwhile, a probe controller controls on / off of the illuminators according to the state information of the parking space, thereby achieving the function of energy saving.

Description

technical field [0001] The invention relates to the establishment of a parking information management system with complete data, information sharing, and scientific management, in particular to intelligently controlling the switching time of lighting lamps in parking spaces, which can effectively save about 50% of parking lot lighting power consumption. technical background [0002] With the development of society and the improvement of living standards, more and more motorized and non-motorized vehicles are pouring into the city, causing traffic congestion and a substantial increase in parking demand. The requirements are getting higher and higher, and most of the existing parking lots in China basically adopt manual management methods. First of all, the safety and anti-theft of vehicles is difficult, the management work is difficult, the traffic rate and safety of vehicles are poor, and the entry and exit data of vehicles cannot be counted. , the management staff has no wa...

AI Technical Summary

Problems solved by technology

[0002] With the development of society and the improvement of living standards, more and more motorized and non-motorized vehicles are pouring into the city, causing traffic congestion and a substantial increase in parking demand. The requirements are getting higher and higher, and most of the existing parking lots in China basically adopt manual management methods. First of all, the safety and anti-theft of vehicles is difficult, the management work is difficult, the traffic rate and safety of vehicles are poor, and the entry and exit data of vehicles cannot be counted. , the management personnel have no way to schedule; secondly, the car owner cannot understand the relevant information of the parking space, and spends a lot of time looking for an empty parking space, resulting in a series of problems such as difficult parking and long parking time

At the same time, the lights in many indoor parking lots are on 24 hours a day, especially at night, the parking spaces in the parking lot are rarely used, sometimes for several hours, and there are not many cars parked in the entire parking lot, which causes a lot of waste of electric energy.

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