CN114928822A

CN114928822A - Cross-region berth hanging type electric energy supply networking management assembly equipment

Info

Publication number: CN114928822A
Application number: CN202210372542.6A
Authority: CN
Inventors: 曹松伟; 曹洪祥
Original assignee: Yiche Cloud Data Technology Shenzhen Co Ltd; Xinyou Yicheyun Shenzhen Equipment Manufacturing Co Ltd
Current assignee: Yiche Cloud Data Technology Shenzhen Co Ltd; Xinyou Yicheyun Shenzhen Equipment Manufacturing Co Ltd
Priority date: 2022-03-31
Filing date: 2022-03-31
Publication date: 2022-08-19

Abstract

The invention provides cross-regional berth hanging type electric energy supply network connection management assembly equipment for an electric automobile, relates to the fields of medium-high frequency electromagnetic induction heating supply technology for providing heat storage and heat storage for the electric automobile running in winter, identification of power battery temperature limit AI temperature control constant temperature management related technology, battery endurance charging cloud platform management, intelligent electric energy multiphase supply multifunctional technology and internet of things informatization, in particular to hanging type arrangement points above berths of a building parking lot in a region to install electric energy phase change supply equipment platform network connection, the method has the advantages that cross-regional high-density distribution is formed and brought into navigation positioning information release APP, a driver is guided to reach an electric energy phase-change supply position, navigation electric energy supply reservation charging service and transaction are provided for the electric automobile, the cloud platform is controlled into a whole through regional networking, informatization mutual connection of vehicles, people and equipment is formed, and the problem of a close-fitting electric energy supply development mode of the electric automobile is solved.

Description

Cross-region berth hanging type electric energy supply networking management assembly equipment

The technical field is as follows:

the invention relates to the technical field of vehicle-mounted battery AI temperature control management technology, intelligent power module technology, power battery temperature limit identification AI temperature control constant temperature management charging technology and special APP digital transaction payment and positioning navigation technology, in particular to suspended arrangement installation and background internet system management technology above a parking lot berth in each area.

Technical background:

at present, the reason that the purchase utilization rate of electric automobiles in northern areas is not high is mainly the following reason;

most charging stations are built in the suburb, 1-3 hours are consumed when vehicles are charged to the charging stations, the charging service is inconvenient for people to be 'fitted' so as to disturb the fact that the electric automobile industry is rapidly developed, the charging application scene is inconvenient for people, the structure of the charging equipment is not provided with the space above the berth of the building parking lot, the phase change equipment needs to be redesigned and implemented with innovative design of hanging type electric energy comprehensive supply, the equipment is hung on the upper part of the berth of the building parking lot, the service transaction system and the electric energy comprehensive supply plug are designed in an automatic program control lifting mode up and down, the cloud platform is networked to control and conduct navigation induction and parking lot static induction service, the idle space of the building parking lot is utilized, and the problem of incomplete charging basic engineering service is solved.

For example, the charging infrastructure application scene charging station and the charging pile mode are single, the application environment of a building parking lot occupies 70-80% of the market share of the charging infrastructure, so that the charging is not 'close to the skin' and people are inconvenient to charge, the problem needs to be solved, a special device for supplying electric energy needs to be designed in the charging infrastructure, a hanging type comprehensive electric energy supply device suitable for the parking lot is designed, the device is a cloud platform management system in the Internet of things, navigation charging is provided for large-scale driving of an electric automobile, charging at a preset charging potential is provided, a power supply is provided for identifying overhigh temperature of a power battery, a vehicle cooling system is started to provide continuous charging service for the battery forced cooling battery, intelligent supply is managed by a cloud platform, information management and control on all devices in a cloud platform management system area are formed, and control are needed to utilize the parking lot space, And designing adaptive innovative equipment installation to form a comprehensive supply system for urban internal and external high-density distribution installation and program control by cloud platform network informatization networking, and comprehensively supplying phase-change service and multifunctional service for electric energy of the electric automobile.

The invention not only helps the electric automobile enterprise to develop rapidly, but also combines the innovation mode with the macroscopic benefit of the national electric automobile development planning, and lays a foundation for the multifunctional perfect innovation development of the electric automobile, and has important deep significance.

The invention content is as follows:

the invention relates to a cross-regional berth hanging type electric energy supply networking management combination device, which is also a hanging type device for comprehensively supplying electric energy to an electric automobile and a platform management system;

the technical field relates to a vehicle-mounted battery AI temperature control management and intelligent charging supply related technology, an identification power battery temperature limit AI temperature control constant temperature management charging and special APP and positioning navigation technology, a charging power module technology and a payment system digital transaction technology, in particular to a background internet system management technology for hanging type arrangement point installation above a parking lot berth in each area, a platform informationization vehicle, a communication terminal and hanging type electric energy supply equipment are interconnected, hereinafter referred to as hanging type electric energy supply equipment, so that a cross-area high-density arrangement point inclusion APP positioning information navigation issue is formed, an APP navigation leads a driver to reach an electric energy supply position, and electric vehicle battery AI temperature control charging transaction is realized;

the idle position at the corner of each floor is utilized, the fixed electric energy is installed and comprehensively supplied to an integrated shunting center, and the serial numbers of the parallel networks are interconnected by a platform internet of things management system; the system setting and hanging type electric energy supply equipment has the following structure; the structure is arranged as follows;

the method comprises the steps that an integrated shunting center for comprehensive power supply is installed and fixed at an idle position of each floor corner of an underground parking lot, building external power supply access is connected with a power supply control system of the integrated shunting center for comprehensive power supply, then integrated power module cabinets which are preset are fixedly installed, the number of interlayer parts of each cabinet can be set according to the requirement, the number of cabinets is determined according to the number of hanging type power supply equipment installed at each berth, a battery charging power supply module is arranged in a movable buckle type mode in an interlayer part space of each cabinet, a power supply module coupling type power plug is connected with each cabinet electronic control assembly, and the integrated shunting center comprises a digital and information control system line, an electric quantity pricing system and an internet of things information control system, and is connected with an electronic integrated board; the main power lines of each cabinet are gathered to be connected with a power control system of the integrated distribution center for comprehensive supply of electric energy, so that power distribution is realized;

each berth is provided with hanging type electric energy supply equipment, a double-path type power supply line is arranged to be correspondingly linked with the interlayer space number of each cabinet, and the double-path type power line is linked; every berth alternating current-direct current dual-way power cord links with the dual-way power cord and corresponds the plug-in type separately and links, it also is that the dual-way power cord links with battery charging source interchange or the direct current corresponds the demand design mode of linking the charging, form the branching formula and give every berth top hanging type electric energy supply equipment interconnection, also implement and every serial number formula hanging type electric energy supply equipment interconnection, supply with every rack main power cord and electric energy are synthesized and supply integrated reposition of redundant personnel central power control system and link, it falls hanging type electric energy supply vehicle charging to set up dual-circuit power output line and two types of power plug by every hanging type electric energy supply equipment, the advantage is with the purpose: implementing a one-to-one independent power supply service for each berth;

the structure and function of the equipment end are that the detachable box body is provided with a high-hardness body or a material box body in a rectangular corrosion-resistant and high-insulation design form, the detachable box body is not limited to a metal material box body, the length, the width and the height are determined according to the volume of the existing power supply hardware, the reason is determined according to the service items of a bus and a car, a double-path power line transfer point switch and the internet-of-things information receiving and transmitting related system component box are arranged in the detachable box body in a coupling type insertion mode, and the detachable box body comprises a hanging type electric energy supply equipment box body internal circuit high-insulation arrangement;

the hanging type electric energy supply hanging type device mounted at the top of each berth comprises a double-hand mechanical arm hand-held type wire collecting or rotary wire collecting device arranged on the side of a box body and used for collecting and releasing a double-path split type power supply plug up and down, and a double-path power line switching point in the box body is characterized in that; one end of each cabinet interlayer space serial number double-path type power supply placing battery charging power supply module is respectively connected with each cabinet interlayer space serial number corresponding connection, the other end of each cabinet interlayer space serial number double-path type power supply placing battery charging power supply module is respectively connected with a double-hand mechanical arm embracing type wire winding or rotating wire winding device outlet pipe control upper and lower wire winding and unwinding double-path split type power supply plug, and the double-path type power supply placing battery charging power supply module belongs to an electric energy supply management and electronic information cloud platform Internet of things technology hardware component combination;

the bottom of a box body of hanging type electric energy supply equipment arranged above each berth is provided with an LED illuminating lamp, a charging position detector and a monitoring system, and the related devices are managed by a cloud platform system;

the battery charging power supply module has the technical parameter range requirements (the technical parameters meet the BG requirement of the current national standard, and the range requirements meet the current voltage stabilization, constant current and constant charging and rectifying circuits),

hanging fixed points are arranged on the side of the box body of the hanging type electric energy supply equipment and are used for fixing hanging links on the top of the berth;

the bottom of the box body of the hanging type electric energy supply equipment is provided with a radiator and an airflow hole, a main power cord for charging a battery of the hanging type electric energy supply equipment is flat, selected and easily bent, a linking plug is convenient to receive and release up and down, charging electric energy is supplied to be confirmed by APP transaction authentication to be supplied by integrated current wiring of a program control system, the electric energy phase change supply power cord AI control system links and program control commands, the APP command integration links a fast, medium and slow program control current phase change supply system,

based on the IPV6 and 5G interface wireless module and the antenna interface, the platform Internet of things information control system and the electronic integration board are set to be a gathering coupling access point through an open computer network technology and platform technology integrated design technology; according to APP transaction power consumption output demand, the hanging type electric energy supply equipment installed at each berth is output by the high-power multi-channel shunt of cloud platform information regulation:

based on IPV6 and 5G interface wireless modules and antenna interfaces, the system is designed into an integrated technology by fusing an open computer network technology and a platform technology, the system setting of the car owner APP for visually monitoring the charging berth on-site car in a unit or at home and switching the electric energy in a remote transaction mode, such as a program for supplying the electric energy by charging a battery, and a program for charging in advance, such as delegating the cloud platform peak valley charging hosting, is set, and comprises the program programming for realizing the visual transparent management of the car owner on-site car through the APP, the program programming for setting of the network interface and software and an encryption program of the information switching APP, and the program programming for transmitting the comprehensive transaction information to a related setting of a background system in a management area; the method comprises the steps of programming a program for supervising the public security imaging of a charging scene, programming a network monitoring system and a background linking system of a vehicle on a parking site in the daytime and at night, and programming a video storage and record inquiry equipment system;

a system for setting transaction information instruction alternating current-direct current double-path electric energy supply service between an APP and hanging type electric energy supply equipment belongs to the related setting of the APP for the information instruction of the hanging type equipment and the realization of an electric energy supply function;

the side surface of the hanging type electric energy supply equipment is provided with a two-hand mechanical arm hand-held type wire collection and wire release related device, the bottom of the hanging type electric energy supply equipment is provided with a two-dimensional code, the hanging type electric energy supply power line power supply plug is used for scanning a two-dimensional code transaction program instruction by an APP option operation program control system, and the hanging type electric energy supply power line power supply plug and the two-hand mechanical arm hand-held type wire collection and wire release vertical type wire collection and release are realized;

the electronic integrated conversion main board is provided with an operating system and an information instruction system for receiving APP program control, and the setting comprises the setting of connecting a wireless receiving communication module and a combined integrated conversion device, and is managed by a cloud platform through network connection;

the system realizes independent application of vehicle owners and shared application of all people, APP request, confirmation, price difference settlement and notification, and implements visual monitoring and remote transaction mode electric energy switching on the vehicles at the charging berths in units or at home through an open computer network technology and platform technology integrated design in an integrated technology;

the independent berth locator arranged at the bottom of the suspended electric energy supply equipment is characterized in that the berth locator is a single-layer berth locator; the system is used for issuing, acquiring vacant or full information of the charging berth, issuing the acquired information to a parking and warehousing display notice board system program, and is also the setting of an acquisition system for switching, issuing and supplying the guidance information of the electric energy supply berth, and the setting of a functional system and the use of the acquisition system is that; after the induction of the presence of a vehicle at a parking position, the system setting of automatically switching transmission and display of an urban trunk induction display board is realized by a GPRS wireless public network system through acquiring vacant position or full position information, and the system setting comprises a compressed storage and monitoring system for monitoring camera shooting at the bottom; the detailed setting system for acquiring, releasing, inducing and supplying the charging berth information mainly sets vacancy or full berth information, sends a mobile phone APP or vehicle-mounted navigator informing information, and automatically switches a parking lot display board for informing; the information technology path is designed as follows; the setting uses networking serial number formula hanging electric energy to synthesize supply apparatus bottom ultrasonic wave and shows the relevant device that the lane guide vehicle entering the position reminder system shows in interior scene is directly perceived to electron detection vacancy information for representing the situation, including the vehicle enters the position after the system setting that the inductive information is white switches the vacancy to full position demonstration:

the system setting for displaying the parking and entering prompt of the number of vehicles entering and exiting the guided entry comprises a system program for displaying the residual charging parking space number by the automatic classification information to a display board at a parking lot entrance or a display board at a multilayer parking lot entrance, and the function setting of the guidance system comprises: setting a setting program for calibrating and checking vacancy management initialization and vacancy data, which is used for accurately displaying prompts, setting a program for processing real-time parking space information acquired by real-time parking space and releasing variable real-time parking information to the outside, and the program comprises the program design for processing the parking space data information for storing the processed data and then sending a sequence data table;

setting a registration management program for registering the stationing position of each parking space to the space data publishing equipment, and establishing the corresponding relation between each guidance display board display switching system and the parking lot to the publishing boards: the method comprises the steps of monitoring the working state of each hanging type electric energy comprehensive phase-change supply device in real time, and implementing normal or fault whitening management of parking space data release setting; setting a program design for filing and registering the stationing management of the parking data collector information system equipment, and monitoring whether the working state of each parking space collecting equipment is normal or not in real time;

setting management programs for managing encryption of an APP and a navigation induction system, wherein the management programs comprise software programming for preventing bad setting data information statistics, analysis, query and management, comprehensive management of a background detection management center is realized, two-dimensional codes are set, the APP scans code transaction and automatically receives a billing system electronic single device through a cloud platform, the APP also integrates the transaction billing system instruction program control management on electric energy supply equipment, each hanging type electric energy supply equipment is provided with transaction display matching related device setting, the electric energy supply pricing management system is set, and the conversion standby system and the storage system of each program control device after authentication transaction are included;

setting functions of an APP and each hanging type electric energy supply device electronic money digital money deduction transaction confirmation key to realize permission power supply selection after authentication transaction, wherein the APP operation page is provided with various electric energy supply operation selection keys;

the method comprises the steps that after a power supply plug of hanging type electric energy supply equipment is arranged and connected with a vehicle in a butt joint mode, a power supply is conveyed and supplied to a metering pricing program, the hanging type electric energy supply equipment is arranged and written in cloud platform record information, codes including authentication, a film area, a street, a building name, a berth number and an equipment number are replaced by a code system, and a linked skip cloud platform background operation interface system including the codes displays and the software programming program are arranged;

the system comprises a cloud platform background operating system for managing an electronic intelligent diagnosis control system, and also for managing program-controlled conversion links of electronic integrated modules of each system, and is used for diagnosing hanging electric energy supply equipment, vehicle-mounted heat storage equipment and battery packs, testing excellent, normal and fault, and informing and displaying by an APP through a data transmission cloud platform filing system;

the method comprises the steps that after a battery charging double-circuit electric energy supply plug is in butt joint with a vehicle connector, electric energy supply is implemented by an APP, pre-charging setting and management system program setting are included, the pre-charging setting or timing standby electric energy supply service function setting is included, and meanwhile, the electronic invoice of the document to be printed is provided to the APP system to display standby downloading system setting;

the method comprises the steps that during the charging period of a battery, fault diagnosis implementation stopping service is carried out, a program control system automatically separates a plug from a vehicle joint to take up wires, and a double-hand mechanical arm embracing type or rotary type lifting wire take-up device takes up wires to return, and the method comprises the steps of setting diagnosis test data, transaction data cloud storage data, thermal storage equipment identity codes and battery identity codes in the electric energy supply service process and transmitting the diagnosis test data, the transaction data cloud storage data, the thermal storage equipment identity codes and the battery identity codes to a cloud platform background compression record management and query system;

the device comprises a power supply vehicle-mounted battery cooler, a power battery cooling system, a cold-heat exchanger, a power battery identification information reading module, a battery charging power supply module, a charging identification, a battery, a charging identification, a battery, a charging identification, a battery, a charging identification, a battery, a charging system, a battery identification, a battery identification, transferring heat in cooling liquid of the power battery into a refrigerant to maintain the power battery at a proper working temperature so as to ensure that the discharge performance of the power battery is in an optimal state;

the bottom of the hanging type electric energy supply equipment arranged at the top of each berth is provided with a vehicle driving position, a berth collector senses that the berth has a vehicle position to wait for code scanning to start a double-path electric energy supply charging plug, a related program for automatically falling to a hand touch position and a related program for recovering the charging plug without trading in time limit;

the device is characterized in that a heat dissipation system is arranged in a hanging type electric energy supply equipment box body, the heat dissipation system comprises a wire take-up and pay-off device of a double-hand mechanical arm take-up and pay-off or rotating lock disc system, the rotary telescopic wire program control system is used for automatically unlocking, program control transaction code scanning, power supply plug lifting and internal wire take-up and rotating lock disc systems, and one of two wire take-up methods for telescopic double-hand mechanical arm holding wire take-up is selected.

The suspended comprehensive transmission and conduction wear-resistant wires are respectively connected with a program-controlled automatic wire-rewinding locking and filling-stopping device A and a B information numerical control switch, wherein the A represents the supply of a direct-current charging circuit, the B represents the supply of an alternating-current circuit, the information numerical control switches are fixedly connected with the information numerical control switches in a reinforcing tensile manner in a fixed connection mode, the information numerical control switches comprise a related integrated intelligent fault diagnosis and alarm system, an APP and a background, the integrated diagnosis system device of the electric energy supply management system has the connection application that the integrated diagnosis system device identifies the identity of the battery, reads the comprehensive information of the wireless BMS management system of the vehicle-mounted power battery, uploads the comprehensive information to a cloud platform for filing and storage, comprises the superposition charging accumulated times, comprises the functions of connecting the electric energy supply management system to realize the data management of the battery pack, diagnosing overvoltage, overcharge and overheat, adjusting digital setting, authenticating and identifying the required electric energy supply functions of AI intelligent regulation, current and heat dissipation, and is designed to be linked with a highly-insulated and high-temperature-resistant material structure body chain;

the function and the connecting device in each body of the two-way supply line are as follows;

arranging two supply lines, each plug and a vehicle-mounted charging connector; the alternating current and direct current connectors are correspondingly connected in a plugging mode, after plugs are connected in a butt joint mode, micro-power feedback starts switch power contacts (A, B) of the plugs to wait for APP transaction instructions, an electronic sensor comprising two power lines supplies power lines to a correlation system for separating a program control plug from a vehicle body, and the electronic sensor is used for starting a rising recovery line and stopping system setting; during the period of setting the electric energy supply, the internal sensing test diagnoses the battery pack fault or abnormal discharge phenomenon, the system forces the A contactor separation switch to be powered off, the forced stop of charging is realized, and the information alarm system informs a working supervisor;

during the electric energy supply period of the vehicle, the electronic sensor diagnoses abnormal phenomena, or the electric energy supply is full, the battery is overcharged and the temperature of the battery is overhigh, the sensing system starts and stops the power supply, the system conversion voice prompt and APP display related settings are included, and the information instruction stops the unsuccessful alarm conversion telephone and informs the forced power-off and charging stop device settings;

setting an APP (application) pre-timing electric energy supply confirmation stop function, and using a platform conversion instruction to instruct an A, B switch inside a suspended electric energy supply device to stop charging, wherein the program comprises a power-off program which is arranged in a plug during power supply and used for preventing a vehicle from starting to run, preventing the vehicle from running off the position because the plug and a vehicle body are not separated, setting a short-circuit power-off device, setting the connection of an inverter and each interconnection line of constant charging constant voltage and constant current of battery charging and a combined buried line, and implementing the protection of integral power supply service power supply power off;

the invention relates to a hanging type electric energy supply device, which is characterized in that the electric energy supply is different from the structure of a vehicle-mounted electric energy connector by a plug, and the structure comprises: the structure of the plug is the same as the appearance structure of a vehicle body joint plate, and the plug is characterized in that the function of separating a program control command from a vehicle body is arranged in a vehicle-mounted joint device, and a structural protective layer type anti-creeping waterproof protective sleeve is designed;

setting a hardware and software instruction in the suspended electric energy supply equipment based on the special APP and the platform system, and setting an application program as follows based on the 5G information technology service application; the method comprises the steps that a platform is set to release required electric energy supply flowing information to a vehicle-mounted navigator APP and a mobile phone APP within the range of 1-5 kilometers of fluidity, the position of an electric energy supply point is prompted, and whether a running vehicle selects the electric energy supply point or not is guaranteed; setting a driver selection key, if the driver selection key is confirmed, navigating and leading the vehicle to drive into the parking lot for power supply, if the driver selection key is not needed, driving beyond the supply range, providing new power supply site information, and sending APP prompt and voice notification; setting a mobile phone to receive vehicle driving and static and dynamic battery alarm information and three-electricity related information by a cloud platform; setting an APP to scan and log in a two-dimensional code of the electric energy phase-change supply equipment, and performing plug butt joint and key confirmation on a transaction system;

setting an APP money amount recharging and settlement system and a program control system; the method comprises the steps of realizing information authentication for unlocking electric energy supply after successful APP code scanning transaction, including information program control battery charging A contactor power switch after successful transaction is successfully pressed by a confirmation key, and automatically butting a power-up switch by a heat storage device B, including a power supply finishing receiving instruction information A or B contactor power switch separation system, wherein the system is a system for program control of software on electric energy output and application systems, and is used for setting metering, pricing, settlement display after operation and completion, data storage automatic record and APP voice prompt related program setting during electric energy supply; after the data cloud platform is set to store after the transaction is finished, the platform implements system classification and Chinese rose settlement, the filing management that each area automatically transmits statistical data to the main platform is included, and the information data storage and management that the area network supplies electric energy are also realized.

Setting an identification setting program of the equipment for the maximum quantity of the electric energy reserve of the battery pack, and setting an electric energy supply function for starting a cooling system of a vehicle-mounted battery cooling device during supply;

if more full-load services are provided for vehicles at parking lots, the platform regulates and controls the power integrated distribution system of the shunting center and implements the setting of the power quality comprehensive compensation device, the problem of the highest-load power quality comprehensive compensation is solved, the technical details adopt a compensation mode of current injection, namely, compensation is realized by injecting current equal to harmonic wave and reactive current to be compensated into the electric energy input center system. The controller analyzes the harmonic wave and reactive current component to be compensated according to the sampled signal, and then calculates the space voltage vector PWM control signal for controlling the IGBT by solving the differential equation group, so that the voltage output by the IGBT inverter bridge is provided with a specially-made high-power information regulation flow charger and an inverter at the center of the electric energy hub to play a role (the form of supplying electric energy does not depart from the prior art of each production enterprise)

And displaying a state indication: the timing data programming of the battery charging and charging read-write card is displayed, the classification data display kinetic energy of the diagnostic report and the timing state display of the intelligent management system is highlighted, and the display screen has the function of indicating the electric quantity of the battery;

displaying a fault indication: the intelligent charging management system performs a (good, normal and fault) display informing function and an alarming function of a diagnosis report on the vehicle battery pack, performs a display informing function after the plug is forcibly separated from the vehicle body, and stops using the system when a price counter and equipment have faults, and gives a striking prompt: the display mode is as follows: the striking Chinese and English interface prompt also represents an application form of a technology;

and (3) data uploading: all events including transaction information and non-transaction information are registered and stored in the platform system for classified filing;

setting parameters: the platform manager can set the system parameters of the fast, medium and slow electric energy supply pricing and parking timing unit, charging parameters, different rates, and the like in the cloud platform in advance and set communication according to the management rule, including the input rewriting of the parameter setting;

the network standard of the background network is based on IPV6 and 5G interface wireless modules and antenna interfaces, is designed into an integrated technology by fusing an open computer network technology and a platform technology, adopts a gateway protocol encryption and information networking point-to-point mode, and the wireless data receiving and reading accords with the 5G information encryption standard;

the power supply mode comprises the following steps: an urban internal and external power grid is used as a main power supply for conversion, and three-phase power is accessed to the power supply for supply; in order to regulate and control the intense situation of the peak electricity consumption peak time every day in the area, the platform implements policies of respectively charging different peak-valley electricity prices and charging different electricity prices, and provides timed electric energy supply program control system setting for the vehicle owner by utilizing the good price difference of electricity supply at the valley at night;

the imaging system burglar alarm: the anti-theft alarm has the functions of electricity stealing and anti-theft alarm, such as malicious collision, illegal cover opening, imaging monitoring, implementation of field video storage, sending alarm information and harsh buzzer sound alarm, and effectively preventing damage when being impacted by starting an imaging device on the upper part of the combined equipment to record and store the event in case, wherein the equipment shell is die-cast by adopting high-strength aluminum alloy and is strongly fixed. (the basic requirements of the application of the technology are represented by the application form of a technology, and the application requirements can be changed along with the upgrade)

Drawings

FIG. 1: the electric energy is supplied to the integrated shunt center network connection hanging type equipment and a platform management schematic diagram;

FIG. 2; the structure schematic diagram of the hanging type electric energy supply equipment at the top of the berth;

1. the electric energy comprehensive phase-changing supply equipment comprises an electric energy comprehensive phase-changing supply equipment structure main body, 2, an electric energy comprehensive supply shunting center, a host and a link line, 3, a battery charging output line and multifunctional plug two-dimensional code transaction and display lifting device, 4, a thermal storage and power-up and heat-storage multifunctional plug two-dimensional code transaction display and lifting device, 5, a vehicle-in-place inductor and a program control power supply and transaction vertical falling system, 6, a top fixing support,

FIG. 3: the electric energy is supplied to the management schematic diagram of the electronic flow platform of the application operation program;

the following specific implementation methods are described:

the electric energy is supplied to the integrated shunt center network connection hanging type equipment and a platform management schematic diagram in the attached figure 1;

the application scene of the main body equipment of the invention is suitable for the top space of the fixed parking lot of the buildings of all large and small cities, the upper space of the parking lot berth is utilized, the main body equipment (hanging type electric energy supply equipment) is arranged, installed and fixed, the main body equipment (hanging type electric energy supply equipment) is hereinafter referred to as hanging type electric energy supply equipment, the idle position at the corner of each floor is utilized, the electric energy is installed and fixed to be comprehensively supplied to an integrated shunting center, the serial numbers of the parallel networks are interconnected by a platform internet of things management system, and the setting method is that; the method comprises the steps that a building external power supply is connected with a power supply control system of an integrated distribution center for comprehensive supply of electric energy, then integrated power supply module cabinets which are preset are fixedly installed, the number of interlayer sections of each cabinet can be set according to the requirement, the number of the cabinets is determined according to the number of hanging type electric energy supply equipment installed at each berth, the interlayer section space of each cabinet is movably clamped and arranged for placing a battery charging power supply module and a medium-high frequency electromagnetic induction heating frequency conversion module, two types of power supply module coupling type power supply plug-in are connected with an electronic control assembly of each cabinet, and the method comprises the steps that a digital and information control system line, an electric quantity pricing system and an internet of things information control system are connected with an electronic integrated board; the main power supply lines of each cabinet are gathered to a power supply control system of an integrated power distribution center to be linked, so that the power distribution of each berth is realized, one-to-one independent power supply service is realized, the power supply system is connected with an electric network with power supply equipment above each numbered berth, current increase and decrease quantity supply (E1 in the figure I) is taken as the integrated power distribution center, a platform is used for managing the suspended power supply equipment physical association records, respective settlement accounts and APP online are established and correspond to cloud system operation and maintenance, detection is carried out on the equipment power supply instruction management and control, relevant schematic equipment and an information guide system are indicated in an indoor configuration diagram, a guide board is arranged at the entrance of a parking lot, a double-primary color induction screen parking space (increase and decrease quantity) information distribution program structural diagram is represented to form (E1), a D1 main power supply is connected with an information program control increase and decrease capacity flow output equipment (comprising a power supply supplied by solar energy and wind energy) of the integrated power distribution center, the suspended power supply equipment installed above the berths in the form of wiring connection F0001-F0006 comprises suspended power supply equipment installed above the berths of an upper P1 floor parking lot, regional branch office network communication equipment and data settlement related supporting equipment are used for interactively transmitting to each power supply integrated shunt center E1 in the form of representation, the embodiment of the suspended power supply equipment of the supply nodes of various traffic sections except in the city is the same as that of the suspended power supply equipment, and the power supply integrated shunt center is set to be in the form of program control E1' in the form of representation by taking the free ground at the two sides of a high-speed section as an area basis.

As shown in fig. 2; the structure schematic diagram of the hanging type electric energy supply equipment at the top of the berth;

due to the special property of the parking space of the building parking lot, a hanging type fixing bracket (6 in the attached drawing 2) at the top of the parking space is fixedly installed by utilizing the space at the upper part of the parking space of the fixed parking lot, and the networking numbering type top-installed hanging type electric energy supply equipment is fixed with the bracket (1 in the attached drawing 2); an electric energy supply integrated diversity current flow center is established in a building type parking lot (a position where vehicles are not easy to park), an information program control automatic increase and decrease capacitance flow adjustment and transmission integrated line is installed, the electric energy is transmitted to each parking place hanging type electric energy supply device in a branching mode to be linked with an internal AB numerical control contactor switch, system linkage is fixed high-power switching automatic increase and decrease flow output electric energy integrated device, the function of the system linkage is that the required high-power electric energy multi-line output is provided for a plurality of hanging type electric energy supply devices (1 in the attached drawing 2), electric energy double-line supply routes of the hanging type electric energy supply devices on the floors of upper and lower parking lots are connected with the same electric energy supply integrated current flow division center of a plurality of building parking lots, the increase and decrease capacitance flow are provided to be supplied to the hanging type electric energy supply devices (1 in the attached drawing 2) and (2 in the attached drawing 2), and double-line power supplies of various types of vehicles and hanging type electric energy supply devices are respectively butted through respective plugs, and the battery cooling and charging service is realized.

According to the berth and the number of fixed parking lots, a one-to-one supply service of hanging type electric energy supply equipment is reasonably installed, a code scanning transaction key operation display system module and a main body are arranged in a split mode, a touch screen key operation display system module forms an independent connected structure (4 in the attached drawing 2), a program-controlled double-circuit power supply lead (1 in the attached drawing 2) of the main body of the equipment is connected with a two-dimensional code icon display system and an automatic lifting device (4 in the attached drawing 2), a telescopic line automatic lifting device is arranged together, after APP and two-dimensional code operation scanning are completed, the display system and the hanging type electric energy supply equipment are provided with an independent berth inductor at the bottom to induce the parking position (5 in the attached drawing 2), information collected by the berth is transmitted to a guide board to display switching display position change, an electric energy double-circuit supply plug and a paying-off rolling line shaft are used for unlocking and descending (3 in the attached drawing 2), the driver supplies the parking space electric energy demand to the plug.

A flow chart of the sequence of application operations according to fig. 3 is based on the main schematic diagrams of fig. 1 and 2:

when the electric automobile runs in the electric energy supply network management and control service area, the electric energy supply of the battery is needed by the automobile, an APP special for a vehicle-mounted navigation system or a driver mobile phone APP interface is opened, the position of an electric energy supply point in the range of 1-5 kilometers is sent by a platform after a key is pressed to provide driver selection, the driver is guided by navigation to enter an entrance of a building parking lot after confirmation, the number of empty and full parking spaces is prompted by an induction board, and after the electric energy supply is automatically selected to supply electric energy to the parking spaces (1001 in figure 3), the parking space is sensed by a parking space information collector at the bottom of top hanging type electric energy supply equipment (1 in figure 2), the power supply standby state is converted into a driver APP scanning confirmation state, and meanwhile, the information acquired by the parking spaces is sent to be digitally switched and informed through a display board in an automatic generation communication module field;

the driver opens an APP mobile phone code scanning hanging device bottom two-dimensional code, after clicking confirmation, the hanging plug is controlled to descend to a driver operable position (1002 in the attached drawing 3), after the plug is in butt joint with a vehicle connector according to vehicle electric energy requirements, the mobile phone APP interface automatically skips an electric energy supply option interface to wait for confirmation, a cloud system verifies whether the consumption amount permits consumption (1003 in the attached drawing 3), the amount is insufficient and needs to be recharged (1004 in the attached drawing 3), the APP interface jumps out of a battery temperature control charging supply option key for selection of the driver (1005 in the attached drawing 3), if the AC/DC electric energy supply key is selected for confirmation, and if the battery slow charging supply key is selected for confirmation; if, for example, the option direct current fast charging and the AI battery temperature control, the system supplies power in sequence, the power temperature control is finished (1006 in fig. 3), during which, after the battery residual energy is detected, whether two devices have faults or not is diagnosed (1007 in fig. 3) if: maintenance (1008 in fig. 3), extreme temperature control alarm system mode of the battery; cooling in summer and heating in winter, after the temperature control work is finished, current is allocated to a battery charging program (1009 in the figure 3), the current is allocated to the battery charging program (1010 in the figure 3), the cloud platform detects the charging condition of the battery, and a driver waits for the battery to be fully charged and finishes the program (1011 in the figure 3);

if the amount of money is insufficient, a driver APP supplements the money, whether a recharge transaction binding payment system and a recharge amount are successful or not is set, the transaction is refused due to overlong time limit, the driver drives the vehicle to leave (1002 in the attached figure 3) and (1003 in the attached figure 3), after the money is supplemented, authentication is confirmed to be normal (1004 in the attached figure 3), the APP system displays standard transaction, after the transaction selection is confirmed again, the platform instructs a hanging device to supply electric energy according to options, meanwhile, the deduction of the amount of money of an operation system is calculated and displayed according to the current electricity price preparation, the platform system supplies the electric energy in three current output modes of fast current, medium current and diffuse current according to the load condition of a power grid, the electric energy is converted into price by measurement and price according to the current price rate, an internal information instruction electronic integrated control module sends an instruction in a programmed mode, and a numerical control circuit is started to drive a contactor switch and a charging galvanostat device;

the power supply of the electric energy supply integrated shunt center shunts to the numerical control inverter rectifier module and the charging power supply module (2 in the attached figure 2), and the rectified power supply enters a power supply state; control system charges automobile body group battery, the joint dish is given battery 5G by program control system and fuses BMS management system, start and have entered power supply state (1 in the attached figure 2), display system shows the charge state parameter, monitoring system starts the cloud storage compression, the electric energy is supplied with fully, hang equipment and supply with electric energy supply service completion comprehensively, the driver separates plug and vehicle, cloud platform settlement information generates and sends APP, the driver drives off the scene (1006 in the attached figure 3), the plug of hanging electric energy supply equipment rises the return, vacancy information gives near vehicle navigation and sends, the place guide tablet digit switches (1007 in the attached figure 3), hanging electric energy supply equipment awaits orders the state.

The platform system detects the working state of the suspended electric energy supply equipment from time to time, including detecting, diagnosing and managing the heat storage equipment and the battery, and the battery module must have the following conditions:

(1) the battery box must be sealed, and the requirement in the seal box mainly considers that battery coolant liquid flows and cooling gas structure sets up, and the power of cooling is supplied with by this hanging equipment, and inside can not block up, can influence the mobility of cooling air current and cause the inconsistent of battery module operating temperature to lead to further deterioration of performance.

(2) The battery box shape should reach and arrange the shape with battery module and adapt to, battery module block position corresponds with hot sensing imaging system, detects battery temperature state often, and this hanging device intelligent management system passes through the on-vehicle cooling device of plug electric energy supply and cools down to the battery box, and cooling air or coolant liquid pass around every battery module uniformly, and the existence of "dead zone" and vortex that the incasement can not form guarantees that battery module temperature is even, the performance is unanimous in the course of the work, prevents that individual battery module from damaging early.

(3) The battery box should accomplish the inside and battery insulating, the outside is with the insulation of automobile body, prevents that battery and automobile body insulation resistance are low and influence system's work, avoids taking place unsafe accident.

(4) The arrangement of a system for managing the vignetting of the battery in the car body; in the charging process of the device, the possibility of excessive discharge can not occur, so the selection of a cooling air inlet of the battery energy management system is very important, the cooling liquid or cooling air entering the battery box is ensured to be clean, namely, dustproof and rainproof water is required to enter the battery box, if the dustproof and rainproof measures are not good, dust and dirt and rainwater can enter the battery box, creepage among the battery modules can be caused, the insulation resistance value of the battery box and a vehicle body is reduced, the short circuit of the battery modules can be caused in serious cases, and at the moment, the management system can send an instruction to stop power supply separation instructions.

(5) The temperature continues to rise and reaches the normal working condition which affects the battery module, in order to protect the battery module from being damaged, the platform detects and diagnoses the battery in real time, sends out a grade alarm to inform the mobile phone APP, and an electric energy management system is arranged in the vehicle body and sends out a charging stopping instruction program to a vehicle body charging numerical control connector disc, wherein the program is that; the intelligent charging management system is used for forcibly transmitting an equipment information instruction through the charging separation plug, stopping charging through the intelligent charging management system, implementing white separation of the plug and a vehicle body, and sending notification information to a communication device of a field supervisor and a driver through the information generation of the communication module;

(6) the electric energy management system and a communication module and an automatic generation program setting system which are arranged in the battery box and used for detecting the real-time state of the battery and transmitting information are arranged, and maintenance personnel detect and remove faults.

The platform system detects whether the heat storage equipment and the battery pack are normal or not through a double-way electric energy supply line plug and a vehicle joint control system (1012 in the attached drawing 3), and the positive and negative leads of a double-way power line implement constant current and constant voltage power supply electric quantity and temperature state on the vehicle battery pack, and are transmitted to a display by an intelligent sensing system, and the system comprises a system which is connected with an intelligent power supply and charging management system to realize data management and diagnosis programs.

Battery diagnosis detecting system of electric automobile is connected APP information networking by cloud platform, and it sets up as follows: during the charging period of the vehicle, the platform receives the phenomena of high-temperature abnormal discharge of a vehicle body and overhigh battery temperature, current and voltage, and a sensing system instructs the suspended comprehensive electric energy supply equipment to stop supplying power, wherein the suspended comprehensive electric energy supply equipment comprises an electronic integrated conversion voice alarm prompt and a loudspeaker voice informing device and sends 5G mobile phone APP information; the suspended electric energy supply equipment carries out wire rewinding return, the operation of the suspended electric energy supply equipment is stopped, and if the suspended electric energy supply equipment does not have the fault, the suspended electric energy supply equipment continues to operate;

when the operation of the hanging type electric energy supply equipment is normally carried out, a driver needs to drive and leave a place (1014 in the attached drawing 3) urgently, (1015 in the attached drawing 3), the plug control system is not separated from the vehicle, the vehicle electric lock prevents the vehicle from being started, the driver finishes an electric energy transaction program at the APP, the plug is separated from the vehicle, and the pricing and displaying system automatically generates information for sending to a background for filing and storing with the APP;

if the double-circuit management system detects that the battery pack is charged normally, the electric quantity supply charging settlement is finished, the program starts the double-circuit power supply charging plug to wait for automatic winding and lifting, the system and the locked program are ready (1016 in the attached drawing 3), the pricing and display system automatically generates the data storage program into the information sending platform and APP storage for filing (1017 in the attached drawing 3), the camera system closes the storage after the vehicle leaves the position, the equipment returns to the ready state (1018 in the attached drawing 3), and the induction system starts the communication module to switch vacancy information to the induction system.

Due to the fact that multiple anti-interference device functions are arranged, the information communication system is guaranteed to be normal, a CAN bus interface and a 485 representative form interface are reserved, and in order to display the heat storage quantity or increase and decrease of the heat storage quantity of the heat storage equipment of the on-board instrument panel display system, a driver APP or the whole-course state of the driver APP or the inside of the vehicle is observed; each building parking lot electric energy supply integrated distribution center establishes and distributes a background detection and monitoring system, each electric energy supply basic distribution center is provided with an electric power load management terminal, a 5G mobile public network mode and electric power load management networking monitoring are utilized, regional distribution offices manage the electric power load, the terminals implement local power and electric quantity control according to planned electric power utilization indexes sent by a main station, double-end fault positioning devices of the Beidou transmission line are arranged and installed at two ends of a line, the positioning system devices monitor voltage and current signals of buses at two sides in real time, and the result of executing load control and some important information and alarm information in terminal operation are actively reported to the management distribution offices;

when the electric energy supply integrated shunt center line breaks down, the Beidou positioning device automatically starts to record the fault, record data with the Beidou time scales are sent to the master station or the management substation background system center, then current and voltage data synchronously sampled by the two ends are used for fault positioning, and the position of the fault point is given.

On the basis of the integrated equipment matched with the electric energy supply integrated shunt central system, an electric energy road belt positioning type video anti-theft monitoring system is required to be arranged; the video anti-theft monitoring system monitors the integrated equipment in real time when a transformer is stolen, when the electric energy is comprehensively supplied to the periphery of the metal box body of the integrated shunt center and knocked off, a field image is alarmed and displayed on a screen at the monitoring center, the overall supplied electric energy system is effectively monitored, meanwhile, the information is forwarded to a manager, and after the manager receives the alarm information, the manager can immediately inform a public security department or a security department, so that the stealing behavior is effectively prevented in time. The double-end fault positioning device for the Beidou power transmission line is arranged and installed at two ends of the line, and has double functions of fault positioning and fault recording. When the system normally operates, the positioning system device monitors voltage and current signals of the buses at two sides in real time.

Claims

1. A cross-region berth hanging type electric energy supply network connection management combination device is characterized in that the system combination device is a combination device for arranging hanging type electric energy supply and platform management systems in the space above the berths of a building parking lot at each region;

the arrangement hanging type electric energy supply and background management system assembly is based on relevant equipment of an electric energy supply integrated shunt center, and relates to a functional assembly which is used for supplying electric energy to a vehicle-mounted power battery, identifying the temperature limit of the vehicle-mounted power battery, managing and charging technology by AI temperature control constant temperature, presetting a remote power supply mode and controlling switching information, wherein the combined system comprises a platform management system for controlling the electric energy supply equipment, and the platform management system for controlling the electric energy supply equipment;

in particular to the arrangement and installation of hanging type electric energy supply equipment at berths of a building parking lot in each area, which is managed by platform networking, and the internal IP address is networked with the platform to implement the positioning equipment number, the district, the street and the building name of each installation place. The device identity authentication information is uploaded and written into a program of a background management system, cross-region high-density distribution is formed and is brought into APP positioning information navigation release, a driver is guided to reach an electric energy supply position, platform informatization is used for controlling interconnection and management of a vehicle, a communication terminal, a hanging type electric energy supply device, APP code scanning or electronic payment transaction, vehicle-mounted power battery cold and hot limit temperature control management charging is provided for large-range running of the electric vehicle, and convenient close-fitting type electric energy supply of the electric vehicle is guaranteed;

the method comprises the steps that a platform networking vehicle, a communication terminal and a hanging type electric energy supply device are interconnected, and electric energy supply for a power battery of the electric vehicle is realized through an electronic payment transaction technology;

the method comprises the application functions of summarizing and checking an electric energy supply consumption list of a combined system, transferring money for money, recharging and reserving an electric energy supply position by using a communication terminal, wherein a consumer APP can log in a website for background inquiry;

after the APP preset electric energy supply position is successful, the platform management system sends a power supply granting short message for display, the preset electric energy supply position is locked by the system after a confirmation key is pressed, and a navigation page is skipped to lead a relevant program of a positioning place;

the method comprises the steps that after electric energy supply is finished, if a vehicle does not leave, an occupation overtime charging program is started;

the combined equipment and the combined system comprise an alternating current-direct current power supply module, a network informatization integrated module, a power distribution system device, a photovoltaic power generation device, an electric energy storage device, respective power supply plugs and a lifting device which are assembled in a horizontal box body, and are supported by each berth hanging type bracket to form a hanging type arrangement mode for service;

the method comprises the steps that electric energy is supplied to a heat dissipation circulating system of an integrated shunt center in a multiphase mode to work;

the driver uses communication terminal predetermined electric energy supply position, locks the electric energy supply position, and the location navigation arrives predetermined supply potential, and after predetermined supply potential in the time limit through communication terminal, platform management system control display refuses other people to use, and after the information authentication code that the input was replied is verified, platform management system control display receives the authentication of reservation people identifying code APP and sweeps the code transaction.

2. The method for forming the cross-regional high-density stationing inclusion APP navigation positioning information navigation release according to claim 1, and guiding a driver to reach an electric energy multiphase supply position; it is characterized in that the utility model is characterized in that,

the network internet of things is used for carrying out network connection and platform informatization on a vehicle-mounted power battery, a communication terminal and hanging type electric energy supply equipment, and comprises a technical path which is based on a Beidou positioning module, sets a technology in the equipment, sends rolling information to a vehicle navigation positioning system running in the range of 1-5 kilometers in an area after platform information is collected, and clicks an APP interface to jump the navigation system to lead a driver to reach an electric energy supply position.

3. The method for providing vehicle-mounted power battery cold and hot limit temperature control management for the large-range running of the electric automobile according to claim 1: it is characterized in that the method is characterized in that,

the system is characterized in that the intelligent power distribution device is used for information management of electric energy distribution, and the charging power supply module is controlled by platform networking and intellectualization, so that the electric energy is supplied by shunting and shunting, the power can be dynamically distributed, and the output parameters are controllable and adjustable;

the system comprises an electric energy integrated shunt center, a power distribution device and a power supply integrated module rack type arrangement, is convenient to assemble, integrates power transformation, matrix control, temperature control heat dissipation, a cable bridge, monitoring, illumination and the like, and realizes quick assembly and flexible arrangement of the system;

the power distribution system comprises an electric energy supply integrated shunt center, a power distribution device and a power supply integrated module, wherein the front section of the power distribution device and the power supply integrated module respectively adopt a three-phase active power factor correction technology, the rear end of the power distribution device adopts a full-bridge conversion circuit based on silicon carbide, and adopts a resonance switch and a digital control technology;

the method comprises the steps that on the basis of fixedly installing the links of a network access and electric energy integrated shunt center power supply control system device, the power supply modules are correspondingly installed in a linked mode after being respectively numbered and linked with each berth hanging type electric energy supply device;

the method comprises the steps that the hanging type electric energy supply equipment is connected with a corresponding charging module and is arranged in a related system;

the method comprises the steps of forming a shunt power supply type and the arrangement of the platform Internet connection technology implemented by each berth top hanging type electric energy supply device, and comprises the steps of connecting each cabinet main power line with an electric energy supply integrated shunt center power supply control system, connecting each cabinet main power line with each hanging type power supply output line and each plug, and implementing the technical path of independent electric energy supply of each berth.

4. Charging an electric vehicle with electric energy supply through an electronic payment transaction technology according to claim 1; it is characterized in that the utility model is characterized in that,

after the electronic payment transaction is completed, the electric energy of the electric automobile is supplied by the alternating current-direct current power supply module electric energy system, and the power supply is conveniently supplied by the power output flat wire connecting plug in a manner of being folded and unfolded up and down;

the electric energy of the vehicle-mounted power battery is supplied by APP transaction authentication and an integrated program control system for alternating current or direct current supply, and the power supply AI control system and the program control instruction are set and linked, and the integrated instruction program control charging current supply system is used for supplying electric energy to the vehicle-mounted power battery;

the vehicle-mounted heat storage electric energy is supplied through an electronic payment transaction technology; the method is characterized in that AI temperature control constant temperature management direct current quick charge supply for identifying cold and hot limits of a power battery is realized by an electronic payment mode transaction completion working state and an electric energy supply system for identifying whether the battery can supply power within the cold and hot limits, if the temperature reaches the limit high temperature alarm temperature, an AI intelligent system starts the temperature control constant temperature management power supply mode as follows;

the identification system sends out an alarm state to the wireless BMS electronic identity and intelligent sensing constant temperature difference of the vehicle-mounted power battery, and the platform instruction hanging type electric energy supply equipment forcibly stops the power supply control of the vehicle-mounted power battery;

the system comprises an AI intelligent control and supply system for a starting power supply of the running state of the vehicle-mounted power battery circulating heat dissipation system.

5. The platform networking vehicle, communication terminal and hanging equipment interconnection according to claim 1, comprising the steps of trading to supply electric energy for a power battery of an electric vehicle through an electronic payment technology; it is characterized in that the utility model is characterized in that,

the method comprises the steps that after an alternating current/direct current plug is in butt joint with a vehicle joint, a code reading module for starting and identifying electronic identity authentication information of the power battery and the setting of a starting program are started, and the program setting for reading the corresponding filing record of an identity code cloud platform is used;

the method comprises the steps of setting diagnosis test data and transaction data cloud storage data in the process of supplying electric energy to a service, including the setting of pre-record management of an identity code corresponding to a cloud platform and query of an operating system, including the setting corresponding to an owner APP system, and being used for alarming and informing the APP of equipment failure or making an emergency contact with a telephone;

including power battery's electric quantity measurement, timing, valuation backstage settlement system, including the system program setting that backstage storage and APP show to inform, including that the APP interface is fast, diffuse electric energy supplies with instruction option key device, including by instruction system's controlling part setting and numerical control electrical apparatus switch device all kinds of devices, including will be fast, diffuse electric energy supplies with by the instruction result at the system setting that APP demonstration and platform were handled.

6. Charging an electric vehicle with an electric power supply via an electronic payment technology transaction according to claim 1 and claim 5; the method is characterized in that an electronic payment mode is not limited to an APP code scanning mode;

the method comprises the technology that the trade is pre-stored in an electronic single trade technology of an automatic platform charging system through a Unionpay system as a representative form;

the method comprises the steps that an APP performs program control management on an instruction of an electric energy supply electronic integrated transaction charging system;

the method comprises the steps of setting an electronic currency or digital currency deduction transaction confirmation key function of a platform APP;

the method comprises the steps of realizing permission power supply after authentication transaction, selecting an APP operation page and setting a plurality of operation keys of various electric energies;

the method comprises the steps that APP is connected with an electronic integrated program control system supplied by each hanging type electric energy through a platform network and is programmed with software;

the power supply system comprises an electric energy supply integrated shunting center, a plurality of cabinet interlayer space serial number shunting type power supply modules and a plurality of control units, wherein the electric energy supply integrated shunting center is respectively linked with each cabinet interlayer space serial number shunting type power supply module, and the other end of each cabinet interlayer space serial number shunting type power supply module is respectively linked with a program control upper and lower take-up and pay-off line power supply plug;

the technical arrangement that a double-hand mechanical arm carrying type wire winding or rotating up and down winding and unwinding wire is arranged on the side of a box body of the hanging type electric energy supply equipment is adopted, and a design mode of the technical arrangement of the winding and unwinding wire is not limited;

the system comprises a program control setting of an APP confirmation key to an unlocking and hammering power supply plug of a program control wire locking disc device and a system setting of a two-hand mechanical arm hand-held wire winding and unwinding device;

the system comprises electric energy supply management and electronic information which are arranged by a platform Internet of things technology hardware and software assembly.

7. Supplying electric vehicle battery charging via electronic payment technology transaction according to claim 1 and claim 5; the electric energy supply is characterized in that a power module hanging type electric energy output power line is convenient to rotate and a bending type connecting plug is retractable up and down;

the method comprises the steps that the main power lines of each cabinet are gathered to be linked with a power supply control system of an electric energy integrated shunting center to realize power supply shunting;

after the vehicle-mounted heating electric energy supply is confirmed by APP transaction authentication, the program-controlled electric energy supply integrated shunt center power distribution device supplies power and shunts the power to the power module coupled power plug, and the power supply system connected with each hanging plug connector is arranged;

the method comprises the steps that APP instructions are integrated to link program-controlled power supply module coupling type power plug-in and electric energy supply integrated shunt center electronic control assembly links;

the method comprises the steps of system switching setting of remote transaction mode electric energy prepositioning, such as program programming setting of presetting charging electric energy;

the method comprises the system setting of remote transaction mode electric energy switching, such as entrusting cloud platform peak-valley power supply hosting setting;

the method comprises program setting of APP remote charge station scene visualization and conversation voice video.

8. The platform networking information networking technology for vehicles, communication terminals and suspended heat storage and power-on equipment interconnection according to claim 1; the method is characterized in that the platform and the APP are based on wireless interfaces and are not limited to one mode of information technology;

the method comprises the steps that a platform networking information control system and an equipment electronic integrated board collection coupling interface are arranged;

the suspended electric energy supply equipment comprises suspended electric energy supply equipment which is installed at each berth and outputs power consumption output demand amount of APP successful transaction by a platform information regulation and control electric energy integrated distribution center in a high-power multi-path distribution mode, and the suspended electric energy supply equipment comprises an application which is realized by integrating an open computer network technology and a platform technology;

the method comprises the steps of switching network interfaces of APP information, and programming software and encryption program setting software;

software programming settings including relevant settings for transmitting transaction information to the regional platform management system;

the method comprises the steps that a platform implements program programming for monitoring security imaging of a power supply scene, and software programming setting of a network monitoring system and switching link setting of a berth field vehicle is implemented by a client APP in the daytime and at night;

including programming of the video storage filing inquiry apparatus system.

9. The stationing installation of claim 1 and claim 4 is managed by platform networking and power supply; it is characterized in that the utility model is characterized in that,

the method comprises the steps that an operating system of an electronic integrated conversion mainboard is set to receive the setting of an APP program-controlled information instruction system, the setting of a wireless receiving communication module and a combined integrated conversion device is connected, and platform networking management is carried out;

the method comprises the steps that an open computer network technology and a platform technology are integrated to design into an integrated technology, and the application of exclusive sharing of a user and the application of sharing of an electric energy supply position of all people are realized;

the method comprises the steps that all people use the APP together to realize the use request, confirmation, price difference settlement and the system setting of the transaction mode electric energy sharing use mode of informing the owner of the video conversation between the owner of the electric energy supply and the sharing client.

10. The stationing of claim 1 installing power supplies managed by a back-end grid connection; it is characterized in that the utility model is characterized in that,

recording and writing the equipment which is installed in the regional distribution point on a platform, including writing information authentication, district, street, building name, berth number and equipment number codes into a code system, and displaying a linked skip background operation interface system comprising the codes and setting a software programming program, so as to facilitate browsing and working processing;

the method comprises the steps that a driver uses an APP predetermined electric energy supply position to send a request for confirming an electric energy supply place, a platform approves and locks the request electric energy supply position to reply a verification code, and the platform is locked and refused to be applied and displayed by other people by a predetermined electric energy supply device display;

the method comprises the steps that a driver APP interface automatically skips, navigates and reaches a preset power supply potential leading program, meanwhile, a system starts when a countdown starting time limit starts, and after the driver reaches a preset power supply potential and inputs a replied information authentication code for verification, a preset person authentication code APP authentication code scanning transaction is received;

the method comprises the program setting that the driver does not reach the power supply potential within the preset rear limit and permits others to supply power.

11. The regional high-density stationing incorporation APP navigation positioning information navigation release and stationing installation of the claims 1 and 3 are managed by background internet; it is characterized in that the utility model is characterized in that,

empty full position information of position collection is visited to berth including hanging electric energy supply equipment bottom setting for background networking management is incorporated in to APP navigation positioning information navigation issue:

the method comprises the steps that a position detection collector at the bottom of a hanging type electric energy supply device sends vacant position information and full position information to an entrance guidance display board of a parking lot for setting information, and the method comprises a system program that the information collector sends the number of residual power supply berths to a communication module of a release board;

the method comprises the steps of setting a point distribution position registration management program of each parking space to the empty data issuing equipment, and establishing the corresponding relation between each guidance display board display switching system and the parking lot to the issuing board:

the method comprises normal or fault automatic management of parking space data release setting;

the method comprises the steps of setting a program design for filing and registering the stationing management of parking data collector information system equipment, and monitoring whether the working state of each parking space collecting equipment is normal or not in real time.