CN204940995U - A kind of underground parking intelligent management system utilizing wind light mutual complementing to power - Google Patents

Abstract

An intelligent management system for an underground parking lot using wind-solar complementary power supply, wherein the wind-solar hybrid power generation system, MPPT controller, and storage battery pack are sequentially connected through electric wires, and the MPPT controller is also connected with the parking lot management system. All power-consuming equipment are connected, and the wind-solar hybrid power generation system includes a set of wind-driven generators driven by wind wheels, a set of solar panels, tower poles, LED lamps, the lower part of the wind-driven generator and the top of the tower pole Flanges are installed respectively, and the wind turbine is fixed to the flange on the top of the tower pole through the flange at the lower part. Such a device is also a green energy system for wind and solar hybrid power generation; the stable supply of electricity will ensure the operation of the entire system. Among them, the license plate recognition system, the vacant parking space guidance system, and the optimized combination of lighting can achieve the lowest energy consumption under the premise of realizing various functions.

Description

An intelligent management system for underground parking lots using wind-solar complementary power supply

technical field

The utility model belongs to the technical field of intelligent management of parking lots, and in particular relates to an intelligent management system of an underground parking lot using wind and solar complementary power supply.

Background technique

With the continuous development of science and technology economy, automobiles have begun to popularize in ordinary families, and a large number of vehicles have brought new problems to the management of parking lots. Traditional parking lot management mainly distributes IC cards to vehicles entering the parking lot, and records the time of vehicle entry and exit as the main basis for billing. Whether it is a fixed vehicle or a temporary vehicle, entering and exiting the parking lot must be done after swiping the card at the entrance and exit. In the field, during the busy period of vehicle entry and exit, this management method often causes traffic jams and delays the precious time of car owners. Entering a parking lot, faced with the full of vehicles, often do not know where there is a free parking space, people can only look for it while driving, and many times they can’t find a relatively close parking space even after a long circle. A better underground parking lot installs a sensing device above the parking space. When the parking space is free, there will be a green light. More often, the parking guide will guide you to the free parking space. This not only tests people's eyesight, but also wastes resources and increases management. Expenses, often not nearby parking. Due to the large area and poor light, the underground parking lots of many buildings require a lot of lighting equipment. At present, most of the underground garages and parking lots use T8 fluorescent lamps and other light sources with high energy consumption, which not only cause huge energy waste, but also give Property management causes a great economic burden and does not conform to the concept of energy conservation and environmental protection in today's society.

Contents of the invention

The purpose of this utility model is to provide an intelligent management system for an underground parking lot using wind-solar complementary power supply, wherein the wind-solar complementary power generation system, MPPT controller, and storage battery pack are connected sequentially through electric wires, and the MPPT controller is also connected with the All power-consuming equipment in the parking lot management system are connected, and the wind-solar hybrid power generation system includes a group of wind-driven generators driven by wind wheels, a group of solar panels, tower poles, and LED lamps. Flanges are respectively installed on the lower part and the top of the tower rod, and the wind generator is fixed to the flange on the top of the tower rod through the flange at the lower part. Such a device is the wind-solar hybrid power generation green energy system; the stable supply of electricity will ensure the operation of the entire system. Among them, the license plate recognition system, the vacant parking space guidance system, and the optimized combination of lighting can achieve the lowest energy consumption under the premise of realizing various functions.

In order to overcome the deficiencies in the prior art, the utility model provides a solution for an intelligent management system of an underground parking lot powered by wind-solar complementary power supply, specifically as follows:

An intelligent management system for an underground parking lot using wind-solar hybrid power supply, including a wind-solar hybrid power generation system, an MPPT controller, a storage battery pack, and a power connection wire, the wind-solar hybrid power generation system, the MPPT controller 4, and a storage battery pack 3 are connected successively through electric wires, and the MPPT controller is also connected with all power-consuming equipment in the parking lot management system. A group of solar panels 2, tower poles 5, and LED lamps 6, the bottom of the wind-driven generator 1 and the top of the tower pole 5 are respectively equipped with flanges, and the wind-driven generator 1 is fixed to the tower pole 5 through the flanges at the bottom. On the top flange; the solar panel 2 is erected on the solar panel frame, the solar panel frame is fixed on the tower pole 5, and the LED lamp 6 is fixed on the tower pole 5 through the lamp arm, and the tower The pole 5 is fixed on the foundation; the battery 3 is placed in the battery pit below the ground; The controller 4 is connected through the power line, stores the electric energy transmitted by the wind generator 1 and the solar panel 2 into the storage battery 3 through the power input terminal of the MPPT controller, and supplies the LED lamp 6 through the power output terminal of the MPPT controller electricity.

In addition, the intelligent management system of the underground parking lot powered by wind-solar complementary power also includes a license plate recognition system connected to the MPPT controller, a free parking space guidance system and a garage lighting system. The described license plate recognition system includes Ground-sensing detectors, automatic gates at the entrances and exits of the underground parking lot, monitoring cameras and computers and control systems at the entrances and exits of the underground parking lot; the vacant parking guidance system includes electronic display screens at the entrances and exits of the underground parking lot, parking garage guidance units and Ultrasonic parking space detector; garage lighting system includes LED smart tubes that use sound-activated sensing.

The utility model aims at the problems of the prior art, uses the wind-solar complementary "spontaneous self-use" pure green energy system, has no electricity fee expenditure and zero carbon emissions during operation, can not only solve the heavy electricity burden of the management unit, effectively reduce expenditure, but also greatly reduce Carbon emissions and effective curbing of smog-generating factors are fully in line with the national policy orientation; at the same time, because there is no need for mains power, the high-cost investment of cables and pipelines, as well as the concerns of easy theft of cables and coordination of power departments have been solved. The contradiction between complex construction and long period, its advantages are as follows:

1. Energy saving and environmental protection. This system does not need an external power supply at all, and only uses its own power supply system to generate electricity to meet its use. It will not cause any harm to the environment. Under the current background of resource depletion and environmental pollution, the present invention has greater development space in the future. Because electricity comes from natural wind and light resources, there is no power generation cost, and a considerable amount of electricity costs can be saved over the years.

2. Simple and comfortable use experience, convenient and fast parking will inevitably create a good mood environment, so that people can focus more on other more important things.

3. In today's mature commercial society, time is money, and intelligence and speed will inevitably be favored by people. This system is easy to combine with mobile APP, fast payment and other management methods to achieve complete cardless fastness. Combined with APP , which can help users make more accurate decisions.

Description of drawings

Fig. 1 is the connection diagram of the utility model.

Fig. 2 is a schematic diagram of a part of the structure of the utility model.

detailed description

Below in conjunction with accompanying drawing and embodiment the utility model content is further described:

As shown in Figure 1 and Figure 2, the intelligent management system of the underground parking lot powered by wind-solar hybrid power supply includes a wind-solar hybrid power generation system, an MPPT controller, a storage battery pack, and a connecting wire. The wind-solar hybrid power generation system and the MPPT controller 4. The accumulator battery pack 3 is connected successively by connecting wires, and the MPPT controller is also connected with all power-consuming equipment in the parking lot management system, so as to supply power for the entire parking lot management system; After the complementary power generation system generates power, the MPPT controller supplies power to various power-consuming equipment, and stores the excess power in the storage battery to prepare for continuous supply of power-consuming equipment under special climatic conditions where power generation is scarce, so that the entire parking lot management system is stable. operation; the wind-solar hybrid power generation system includes a set of wind turbines driven by a wind generator 1, a set of solar panels 2, towers 5, LED lamps 6, the lower part of the wind generator 1 and the tower 5 Flanges are respectively installed on the top, and the wind-driven generator 1 is fixed to the flange on the top of the tower rod 5 through the flange of its lower part; the solar panel 2 is erected on the solar panel frame, and the solar panel frame is fixed on On the tower pole 5, the LED lamp 6 is fixed on the tower pole 5 through the lamp arm, and the tower pole 5 is fixed on the foundation; the described battery 3 is placed in the battery pit below the ground; the wind power generator 1. The solar panel 2, the LED lamp 6, and the storage battery 3 are connected with the MPPT controller 4 arranged on the tower pole 5 through the power line, and the wind power generator 1 and the solar panel 2 are transmitted through the power input terminal of the MPPT controller. The incoming electric energy is stored in the storage battery 3, and the LED lamp 6 is supplied with electric power through the power output terminal of the MPPT controller.

In addition, the intelligent management system of the underground parking lot powered by wind-solar complementary power also includes a license plate recognition system connected to the MPPT controller, a free parking space guidance system and a garage lighting system. The described license plate recognition system includes Ground-sensing detectors, automatic gates at the entrances and exits of the underground parking lot, monitoring cameras and computers and control systems at the entrances and exits of the underground parking lot; the vacant parking guidance system includes electronic display screens at the entrances and exits of the underground parking lot, parking garage guidance units and Ultrasonic parking space detector; garage lighting system includes LED smart tubes using sound-activated sensing.

The working principle of the utility model is that the wind-solar complementary power station supplies power to various power-consuming equipment such as street lamps, license plate recognition systems, idle parking space guidance systems, garage lighting, etc. through the MPPT controller, and stores the excess power in the storage battery. To prepare for the continuous supply of power-consuming equipment under special climate conditions where power generation is scarce, so that the entire parking lot management system can run stably; through the license plate recognition system, when the vehicle enters the garage entrance, the ground sensor will be triggered. When the parking space is full, the electronic display will display There is no free parking space and voice prompts the owner to choose another parking method; when the parking space is not full, the license plate recognition system automatically captures the image of the vehicle through the surveillance camera and recognizes the license plate number, and the computer automatically generates a record: including license plate information, time information or prepaid customers Other registered information, etc., are released by the barrier gate; when the vehicle enters the garage exit, the ground sensor is triggered, and the license plate recognition system automatically captures the image of the vehicle through the surveillance camera and recognizes the license plate number, compares it with the record stored in the computer, and automatically Calculate the parking time and cost, the car owner pays the parking fee and then the barrier gate releases, the whole process is automatically completed without the intervention of the staff. The vehicle is always in the driving state during the passage gate, which will not cause racing. Empty parking space guidance system: Ultrasonic parking space detectors are installed directly above each parking space, and are detected once every time interval, and the detection results are fed back to the computer for calculation and processing to judge the use of parking spaces. The computer calculation system counts the number of parking spaces in each area and transmits them to The electronic display at the entrance shows that the parking space is busy when there is no empty parking space. At the same time, the information of vacant parking spaces in each area is displayed on the display screen of the guidance unit at the entrance of the lanes in each area of the parking garage, and the owner can easily find the vacant parking spaces according to the guidance information. Garage lighting: Use voice-activated sensor LED smart tubes, 14W LED smart tubes can reach the illuminance of 40W fluorescent tubes, the tubes can intelligently adjust the lighting mode, the tubes are dimly lit when there is no one in the garage, and the power consumption is as low as 4W , 80% of the time is in the dim lighting state; when people or cars enter the garage, the lighting is full; the energy saving and consumption reduction are maximized, and the power saving effect is more than 90%.

In this way, through the intelligent management system, the vacant parking spaces can be displayed in real time, and the car owners can park more conveniently through intelligent guidance. At the same time, the license plate recognition technology is used to replace the traditional IC card technology, so as to solve the problem of traffic jams at the entrance and exit of the parking lot caused by the need to stop and swipe the card when the vehicle enters and exits. Phenomenon, the use of LED smart lights can save 60% to 90% of lighting electricity.

The above are only preferred embodiments of the present utility model, and do not limit the utility model in any form. Although the utility model has been disclosed as above with preferred embodiments, it is not intended to limit the utility model. Any Those who are familiar with this profession, without departing from the scope of the technical solutions of the present utility model, can use the technical content disclosed above to make some changes or modify equivalent embodiments with equivalent changes, but all without departing from the technical solutions of the present utility model Solution content, according to the technical essence of the present utility model, within the spirit and principles of the present utility model, any simple modification, equivalent replacement and improvement made to the above embodiments still belong to the protection scope of the technical solution of the present utility model within.

Claims (2)

1. the underground parking intelligent management system utilizing wind light mutual complementing to power, it is characterized in that comprising wind and solar hybrid generating system, MPPT controller, electrical storage battery and connect electric lead, described wind and solar hybrid generating system, MPPT controller, electrical storage battery is connected by connecing electric lead successively, described MPPT controller is also connected with all current consuming apparatus in managing system of car parking, described wind and solar hybrid generating system comprises the wind-driven generator that one group of wind wheel drives, one group of solar panel, tower bar, LED lamp, the bottom of described wind-driven generator and the top of tower bar are provided with flange separately, wind-driven generator is fixed on the flange in tower masthead portion by the flange of its underpart, described solar panel is erected on solar panels framework, and described solar panels framework is fixed on tower bar, and described LED lamp is fixed on tower bar by arm, and tower bar is fixed on foundation, described battery is placed in the accumulator tunnel of below ground, described wind-driven generator, solar panel, LED lamp, battery are connected by power line with the MPPT controller be arranged on tower bar, power storage wind-driven generator and solar panel transmission come by the power input of MPPT controller, in battery, is LED lamp supply electric power by the power output end of MPPT controller.

2. the wind light mutual complementing according to claim 1 underground parking intelligent management system of powering, it is characterized in that Vehicle License Plate Recognition System, idle truck space guiding system and garage lighting system that underground parking intelligent management system that in addition described wind light mutual complementing is powered also comprises same MPPT controller and is connected, described Vehicle License Plate Recognition System are included in the ground sense detector of underground parking setup of entrances and exits, the full-automatic banister of underground parking setup of entrances and exits, the CCTV camera of underground parking setup of entrances and exits and computer and control system; Idle truck space guiding system comprises the electronic display of underground parking setup of entrances and exits, garage parking guidance unit and ultrasonic stall detector; Garage lighting system comprises the LED intelligence fluorescent tube using acoustic control induction.