KR102149186B1 - Method and server for providing electric vehicle easy charging service - Google Patents

Abstract

The present invention relates to a method and a server for providing an easy electric vehicle charging service. The method includes: (a) a step in which the server displays or provides support to display the location of each nearby facility capable of electric vehicle charging on the display of a user terminal, the facility being selected based on a specific location determined by the user terminal of a specific user operating a specific electric vehicle and the display or display support being performed such that link information is included that allows the specific user to access charger-related information and detailed information on each nearby facility; (b) a step in which the server displays or provides support to display the charger-related information on a specific nearby facility on the display of the user terminal after the user terminal selects the specific nearby facility among the nearby facilities with reference to the detailed information and the charger information; and (c) a step in which the server displays or provides support to display a predicted charging amount and a predicted charging time corresponding to a predetermined charging fee on the display of the user terminal after the user terminal inputs the predetermined desired charging fee and a charger identifier corresponding to a specific charger as one of chargers included in the specific nearby facility.

Description

METHOD AND SERVER FOR PROVIDING ELECTRIC VEHICLE EASY CHARGING SERVICE}

It relates to a method and a server for providing an electric vehicle simple charging service.

Recently, the spread of electric vehicles is expanding around the world. In the case of Korea, as part of the Post-2020 greenhouse gas reduction plan, diesel vehicles are completely eliminated by 2030, and by 2020, 240,000 electric vehicles are being supplied, and an electric vehicle charging infrastructure is being built.

However, since electric vehicle charging infrastructure is being built around large buildings such as hypermarkets and train stations, it is necessary to establish a charging infrastructure using commercial facilities on the daily life movement so that electric vehicle users can easily charge electric vehicles.

In addition, information on charging facilities capable of charging electric vehicles at present is provided to electric vehicle users through the web or application, but the provided information includes only limited information such as the address of the charging facility, the number of chargers, and the type of charger. There is a problem in that it is not possible to know whether the charger can actually be used when moving to the corresponding charging facility.

Therefore, there is a need to develop a service that provides not only detailed information on charging facilities, but also information on whether an electric vehicle user can actually use a charger when moving to the corresponding charging facility.

An object of the present invention is to solve all of the above-described problems.

In addition, another object of the present invention is to provide not only information on surrounding facilities that can be charged to an electric vehicle user through a user terminal, but also information on whether a charger included in the surrounding facilities can be used.

In addition, the present invention provides not only information on whether the charger is currently available to an electric vehicle user through a user terminal, but also information on the predicted availability of the charger using information of other users of nearby electric vehicles. The purpose.

A characteristic configuration of the present invention for achieving the object of the present invention as described above and realizing the characteristic effects of the present invention described later is as follows.

According to an aspect of the present invention, in a method of providing an electric vehicle simple charging service, (a) an electric vehicle simple charging service providing server is selected based on a specific location determined by a user terminal of a specific user running a specific electric vehicle. Support to display or display the location of each of a plurality of nearby facilities capable of charging an electric vehicle on the display of the user terminal, but allow the specific user to access detailed information and charger-related information for each of the plurality of surrounding facilities Displaying or supporting the display on the display including link information to be displayed; (b) When a specific surrounding facility is selected from among the plurality of surrounding facilities by the user terminal with reference to the detailed information and the charger information, the electric vehicle simple charging service providing server provides charger-related information for the specific surrounding facility. Displaying or supporting the display on the display of the user terminal; And (c) when a charger identifier corresponding to a specific charger among a plurality of chargers included in the specific surrounding facility and a predetermined desired charging rate are input by the user terminal, the electric vehicle simple charging service providing server may perform the predetermined charging. Disclosed is a method for providing an electric vehicle simple charging service comprising: displaying or supporting an estimated charging amount and an estimated charging time corresponding to a charge on the display of the user terminal.

As an example, (d) when the predetermined desired charging fee is paid, the electric vehicle simple charging service providing server, supporting the specific charger to charge the specific electric vehicle; (e) When charging for the specific electric vehicle is started by the specific charger, the electric vehicle simple charging service providing server displays charging progress information on the situation in which the specific electric vehicle is being charged in real time on the display of the user terminal. Displaying on or supporting to be displayed; And (f) when the charging for the specific electric vehicle is completed, the electric vehicle simple charging service providing server, providing or supporting the charging completion information for the specific electric vehicle to the user terminal; Disclosed is a method of providing a simple electric vehicle charging service.

As an example, (g) the electric vehicle simple charging service providing server transmits the specific user information and the charging completion information corresponding to the specific electric vehicle to the product or service provider server corresponding to the specific surrounding facility, and the product Alternatively, the service provider server supports the determination of preferential conditions that can be tailored to the specific user, and the specific user visits a place corresponding to the product or service provider server, and the product or Disclosed is a method of providing an electric vehicle simple charging service, further comprising: supporting to receive the corresponding service.

As an example, the charger-related information for each of the plurality of surrounding facilities may include (i) information on the number of chargers corresponding to each of the plurality of surrounding facilities, information on the type of charger, information on charging rates, and use of a charger. Direct information related to the charger including at least one of information on whether or not and information on the remaining charging time of the charger in use, and (ii) at least a part of a plurality of chargers corresponding to each of the plurality of surrounding facilities is preset time Disclosed is a method of providing an electric vehicle simple charging service, comprising indirect information related to a charger, which is predicted information about the use of a charger that will be used for several hours later.

As an example, before step (a), (a0) the electric vehicle simple charging service providing server obtains in advance the direct information related to the charger and indirect information related to the charger corresponding to each of the plurality of surrounding facilities at a predetermined time. Including the step of, wherein the electric vehicle simple charging service providing server, for each of the plurality of chargers corresponding to each of the plurality of surrounding facilities, the other user of the at least one nearby electric vehicle at a certain time period within a predetermined threshold future time Disclosed is a method of providing an electric vehicle simple charging service, characterized in that the indirect information related to the charger is obtained by obtaining predicted information on whether to use or not.

As an example, in step (b), after the specific user has selected the specific surrounding facility, information indicating that the user of the subsequent electric vehicle has subsequently selected the specific surrounding facility and the surrounding electric vehicle that has selected the specific surrounding facility When at least one of the information indicating that at least some of the other users have canceled the selection of the specific surrounding facility, the electric vehicle simple charging service providing server provides indirect information related to the charger with reference to the information. Disclosed is a method of providing a simple electric vehicle charging service, comprising updating and supporting the display or display on the display of the user terminal.

As an example, the predicted information includes the electric vehicle simple charging service providing server, (i) storing charger usage reservation information by the other user of the nearby electric vehicle for each of the plurality of chargers corresponding to each of the plurality of surrounding facilities. First predicted calculation basis information including, (ii) charger usage reservation information by the other user of the surrounding electric vehicle for each of the plurality of chargers corresponding to each of the plurality of surrounding facilities, and the other user of the nearby electric vehicle Second prediction calculation basis information including corresponding GPS information, (iii) charger usage reservation information by the other user of the surrounding electric vehicle for each of the plurality of chargers corresponding to each of the plurality of surrounding facilities, and the surrounding electric vehicle The third predicted calculation basis information including information on prepayment of charging charges by the other user of and (iv) the use of the charger by the other user of the nearby electric vehicle for each of the plurality of chargers corresponding to each of the plurality of surrounding facilities Calculated by using one of the fourth prediction calculation basis information including reservation information, prepayment information for charging charges by the other user of the nearby electric vehicle, and GPS information corresponding to the other user of the nearby electric vehicle. Disclosed is a method of providing a simple electric vehicle charging service, characterized in that.

As an example, the electric vehicle simple charging service providing server may additionally add reliability information of the predicted information with reference to information on prepayment of charging charges by the other user of the nearby electric vehicle and GPS information corresponding to the other user of the nearby electric vehicle. Disclosed is a method of providing an electric vehicle simple charging service, characterized in that the information is determined and supported to display or display the expected information and the reliability information corresponding thereto on the display of the user terminal.

As an example, the electric vehicle simple charging service providing server, the history information of the other user of the nearby electric vehicle-The history information is, for each of the other users, charger usage reservation information for at least some of the plurality of surrounding facilities and corresponding Disclosed is a method of providing an electric vehicle simple charging service, characterized in that the reliability information is additionally adjusted with reference to-including matching ratio information of the charging completion information, and the predicted information is calculated by using this information.

As an example, before step (a), the electric vehicle simple charging service providing server divides and manages information on the plurality of surrounding facilities for each preset category for the plurality of surrounding facilities, and in step (a) The electric vehicle simple charging service, characterized in that the electric vehicle simple charging service providing server supports additionally displaying or displaying on the display a user interface that allows information on the plurality of surrounding facilities to be checked by the preset category. Disclosed is a method of providing.

According to another aspect of the present invention, there is provided a server providing an electric vehicle simple charging service, comprising: at least one memory for storing instructions; And at least one processor configured to execute the instructions; including, wherein the processor includes: (1) a plurality of electric vehicle charging capable of being selected based on a specific location determined by a user terminal of a specific user driving a specific electric vehicle Supports to display or display the location of each of the surrounding facilities on the display of the user terminal, but includes link information allowing the specific user to access detailed information and charger-related information for each of the plurality of surrounding facilities. A process for displaying or supporting display on the display, (2) When a specific surrounding facility is selected from among the plurality of surrounding facilities by the user terminal with reference to the detailed information and the charger information, the specific surrounding facility A process for displaying or supporting the display of charger-related information on the display of the user terminal, and (3) a charger identifier corresponding to a specific charger among a plurality of chargers included in the specific surrounding facility and a predetermined desired charging rate for the user When inputted by the terminal, the electric vehicle simple charging service providing server, characterized in that it performs a process of displaying or supporting the display of the estimated charging amount and the estimated charging time corresponding to the predetermined charging charge on the display of the user terminal Is initiated.

As an example, the processor includes: (4) a process of supporting the specific charger to charge the specific electric vehicle when the predetermined desired charging fee is paid, (5) charging for the specific electric vehicle by the specific charger When starting, a process for displaying or supporting charging progress information on a situation in which the specific electric vehicle is being charged in real time on the display of the user terminal and (6) when charging for the specific electric vehicle is completed, the specific Disclosed is an electric vehicle simple charging service providing server, characterized in that further performing a process of providing or supporting the provision of charging completion information for the electric vehicle to the user terminal.

As an example, the processor may (7) transmit the specific user information and the charging completion information corresponding to the specific electric vehicle to a product or service provider server corresponding to the specific surrounding facility, and the product or service provider server Supports the user to determine preferential conditions that can be customized to the specific user, and the specific user visits a place corresponding to the product or service provider server to receive the use of the product or the service under the preferential conditions. Disclosed is a server for providing a simple electric vehicle charging service, characterized in that it further performs a process of supporting the system.

As an example, the charger-related information for each of the plurality of surrounding facilities may include (i) information on the number of chargers corresponding to each of the plurality of surrounding facilities, information on the type of charger, information on charging rates, and use of a charger. Direct information related to the charger including at least one of information on whether or not and information on the remaining charging time of the charger in use, and (ii) at least a part of a plurality of chargers corresponding to each of the plurality of surrounding facilities is preset time A server for providing an electric vehicle simple charging service is disclosed, which includes indirect information related to a charger, which is predicted information on the use of a charger that will be used for several hours later.

As an example, the processor, prior to the (1) process, (1-0) a process of obtaining in advance the direct information related to the charger and indirect information related to the charger corresponding to each of the plurality of surrounding facilities at a predetermined time. However, for each of the plurality of chargers corresponding to each of the plurality of neighboring facilities, by obtaining predicted information on which time period other users of at least one nearby electric vehicle will use it within a predetermined threshold future time, the Disclosed is a server for providing a simple electric vehicle charging service, characterized in that indirect information related to a charger is obtained.

As an example, in the process (2), after the specific user selects the specific surrounding facility, the processor includes information indicating that the user of a subsequent electric vehicle subsequently selects the specific surrounding facility, and the specific surrounding facility is selected. When at least one of information indicating that at least some of the other users of the nearby electric vehicle canceled the selection for the specific surrounding facility is obtained, indirect information related to the charger is updated with reference to the information, and the Disclosed is a server for providing an electric vehicle simple charging service, characterized in that it supports to be displayed or displayed on the display of a user terminal.

As an example, the processor may include: (i) first prediction calculation basis information including information on reservation of charger use by the other user of the nearby electric vehicle for each of the plurality of chargers corresponding to each of the plurality of surrounding facilities, ( ii) a second prediction including reservation information for use of a charger by the other user of the nearby electric vehicle for each of the plurality of chargers corresponding to each of the plurality of surrounding facilities and GPS information corresponding to the other user of the nearby electric vehicle Calculation basis information, (iii) reservation information for use of a charger by the other user of the nearby electric vehicle for each of the plurality of chargers corresponding to each of the plurality of surrounding facilities, and information on prepayment of charging charges by the other user of the nearby electric vehicle Third predicted calculation basis information including and (iv) charger usage reservation information by the other user of the nearby electric vehicle for each of the plurality of chargers corresponding to each of the plurality of surrounding facilities, and the other user of the nearby electric vehicle Electric vehicle simplicity, characterized in that the estimated information is calculated using one of the estimated calculation basis information of the fourth prediction calculation basis information including the charge charge prepayment information and GPS information corresponding to the other user of the nearby electric vehicle A charging service providing server is started.

As an example, the processor additionally determines reliability information of the predicted information by referring to information on prepayment of charging charges by the other user of the nearby electric vehicle and GPS information corresponding to the other user of the nearby electric vehicle, and using this Disclosed is an electric vehicle simple charging service providing server, characterized in that it supports to display or display the expected information and the corresponding reliability information on the display of the user terminal.

As an example, the processor, the history information of the other user of the nearby electric vehicle-The history information is, for each of the other users, matching charger usage reservation information for at least some of the plurality of neighboring facilities and corresponding charging completion information An electric vehicle simple charging service providing server, characterized in that the reliability information is additionally adjusted by referring to-including ratio information, and the predicted information is calculated using this information.

As an example, the processor, prior to the (1) process, divides and manages information on the plurality of surrounding facilities for each preset category for the plurality of surrounding facilities, and the processor, in the (1) process, A server for providing a simple electric vehicle charging service is disclosed, further comprising displaying or supporting a user interface that enables information on the plurality of surrounding facilities to be checked for each of the preset categories on the display.

According to the present invention, the following effects are obtained.

The present invention has the effect of providing not only information on surrounding facilities that can be charged to an electric vehicle user through a user terminal, but also information on whether a charger included in the surrounding facilities can be used.

In addition, the present invention has the effect of providing not only information on whether the charger is currently available to the electric vehicle user through the user terminal, but also information on the predicted availability of the charger using information of other users of the nearby electric vehicle. have.

1 is a diagram showing a schematic configuration of a server providing a simple electric vehicle charging service according to an embodiment of the present invention.
2 is a diagram illustrating a schematic sequence of a method for providing a simple electric vehicle charging service according to an embodiment of the present invention.
3 is a diagram for explaining an example of a method of providing a simple electric vehicle charging service according to an embodiment of the present invention.

DETAILED DESCRIPTION OF THE INVENTION The detailed description of the present invention to be described later refers to the accompanying drawings, which illustrate specific embodiments in which the present invention may be practiced. These embodiments are described in detail sufficient to enable a person skilled in the art to practice the present invention. It is to be understood that the various embodiments of the present invention are different from each other, but need not be mutually exclusive. For example, specific shapes, structures, and characteristics described herein may be implemented in other embodiments without departing from the spirit and scope of the present invention in relation to one embodiment. In addition, it is to be understood that the location or arrangement of individual components within each disclosed embodiment may be changed without departing from the spirit and scope of the present invention. Accordingly, the detailed description to be described below is not intended to be taken in a limiting sense, and the scope of the present invention, if appropriately described, is limited only by the appended claims, along with all scopes equivalent to those claimed by the claims. Like reference numerals in the drawings refer to the same or similar functions over several aspects.

Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings in order to enable those of ordinary skill in the art to easily implement the present invention.

1 is a diagram showing a schematic configuration of a server 100 providing a simple electric vehicle charging service according to an embodiment of the present invention.

As shown in FIG. 1, the server 100 for providing a simple electric vehicle charging service according to the present invention may include a memory 110 and a processor 120.

The memory 110 of the electric vehicle simple charging service providing server 100 may store instructions of the processor 120, specifically, the instructions are for allowing the electric vehicle simple charging service providing server 100 to function in a specific manner. As purpose-generated code, it may be stored in a computer usable or computer readable memory that may be directed to a computer or other programmable data processing equipment. Instructions may perform processes for performing the functions described in the specification of the present invention.

In addition, the processor 120 of the electric vehicle simple charging service providing server 100 includes a hardware configuration such as a micro processing unit (MPU) or a central processing unit (CPU), a cache memory, and a data bus. can do. In addition, it may further include an operating system and software configuration of an application that performs a specific purpose.

In addition, the electric vehicle simple charging service providing server 100 may be interlocked with the database 900 including information used to provide the electric vehicle simple charging service. Here, the database 900 is a flash memory type, a hard disk type, a multimedia card micro type, a card type memory (eg, SD or XD memory), At least one of RAM (Random Access Memory, RAM), SRAM (Static Random Access Memory), ROM (ReadOnly Memory, ROM), EEPROM (Electrically Erasable Programmable ReadOnly Memory), PROM (Programmable ReadOnly Memory), magnetic memory, magnetic disk, optical disk It may include one type of storage medium, but is not limited thereto and may include any medium capable of storing data. In addition, the database 900 may be installed separately from the electric vehicle simple charging service providing server 100, or alternatively, installed inside the electric vehicle simple charging service providing server 100 to transmit data or record received data. , Unlike shown, it may be implemented separately in two or more, which may vary according to the conditions of the invention.

In addition, the electric vehicle simple charging service providing server 100 may transmit and receive necessary information with the user terminal 500 through a communication unit (not shown).

In addition, the electric vehicle simple charging service providing server 100 may transmit and receive necessary information with each electric vehicle charger (not shown) through a communication unit (not shown), and a system (not shown) that integrates and operates each electric vehicle charger. You can also send and receive necessary information.

A method of providing an electric vehicle simple charging service using the electric vehicle simple charging service providing server 100 according to an embodiment of the present invention configured as described above will be described with reference to FIG. 2.

First, the electric vehicle simple charging service providing server 100 determines the location of each of a plurality of surrounding facilities capable of charging an electric vehicle selected based on a specific location determined by the user terminal 500 of a specific user operating a specific electric vehicle. It may be supported to display or display on the display of the terminal 500 (S210).

Here, the specific location may be a location where the user directly inputs the location to the user terminal 500, or a location where the user selects one of a plurality of options displayed on the user terminal 500, or the user terminal 500 ) May be a location automatically selected using the GPS information, but is not limited thereto.

At this time, the electric vehicle simple charging service providing server 100 displays or displays on the display including link information allowing the specific user to access detailed information on each of the plurality of surrounding facilities and charger-related information. You can apply to do it.

Here, the surrounding facilities refer to facilities that can provide not only the services of the relevant facilities to users but also electric vehicle charging services by being linked with various daily life such as convenience stores, restaurants, cafes, bookstores, movie theaters, marts, libraries, and motels. It may be, but is not limited thereto, and all facilities that provide electric vehicle charging services may be included.

In addition, the detailed information on each of the plurality of surrounding facilities includes address information, business hours information, contact information, website information, parking-related information, product information provided, service information provided, etc. of each of the plurality of surrounding facilities. It could be done, but it would not be limited thereto.

In addition, the charger-related information for each of the plurality of surrounding facilities may include direct information related to a charger and indirect information related to a charger.

Here, the direct information related to the charger includes information about the number of chargers corresponding to each of the plurality of surrounding facilities, information about the type of charger, information about charging rates, information about whether the charger is available, and the remaining charging time of the charger in use. It may include at least one of the information about the charger, and the indirect information related to the charger is predicted information on the use of the charger that at least some of the plurality of chargers corresponding to each of the plurality of surrounding facilities will be used for several hours after a preset time. I can.

In this case, the electric vehicle simple charging service providing server 100 may obtain in advance the charger-related direct information and the charger-related indirect information corresponding to each of the plurality of surrounding facilities at a predetermined time before the step S210. Here, the electric vehicle simple charging service providing server 100, for each of the plurality of chargers corresponding to each of the plurality of surrounding facilities, is allowed to be used by other users of at least one neighboring electric vehicle within a predetermined threshold future time. By obtaining predicted information on whether to do so, indirect information related to the charger can be obtained.

Here, the electric vehicle simple charging service providing server 100 includes a first predicted calculation basis including reservation information for use of a charger by the other user of the nearby electric vehicle for each of the plurality of chargers corresponding to each of the plurality of surrounding facilities. A second prediction including information, reservation information for use of a charger by the other user of the nearby electric vehicle for each of the plurality of chargers corresponding to each of the plurality of surrounding facilities, and GPS information corresponding to the other user of the nearby electric vehicle Comprising calculation basis information, charger usage reservation information by the other user of the nearby electric vehicle for each of the plurality of chargers corresponding to each of the plurality of surrounding facilities, and prepayment information for charging charges by the other user of the nearby electric vehicle Third predicted calculation basis information, information on reservation of charger use by the other user of the nearby electric vehicle for each of the plurality of chargers corresponding to each of the plurality of surrounding facilities, and prepayment information for charging charges by the other user of the nearby electric vehicle And one of the fourth prediction calculation base information including GPS information corresponding to the other user of the nearby electric vehicle may be used to calculate the prediction information. Here, the charger usage reservation information or the charging fee prepayment information may include information on a charging time desired by the other user and information on a charging amount.

For example, one of the plurality of surrounding facilities is a cafe, there are three chargers in the cafe, and another user of a first nearby electric vehicle makes a reservation and prepayment for the first charger, which is one of the three chargers. Assuming that you are moving to the cafe, the electric vehicle simple charging service providing server 100 calculates the time when another user of the first nearby electric vehicle arrives at the cafe using GPS information corresponding to other users of the first nearby electric vehicle. And, by using the reservation information and the prepayment information, the time when charging is completed may be calculated, and the information may be synthesized and calculated as predicted information. Here, if another user of the first nearby electric vehicle has set a desired charging time for charging, the charging time may be calculated using the information.

At this time, the electric vehicle simple charging service providing server 100 provides reliability information of the predicted information with reference to the charging fee prepayment information by the other user of the nearby electric vehicle and GPS information corresponding to the other user of the nearby electric vehicle. It may be additionally determined and supported to display or display the expected information and the reliability information corresponding thereto on the display of the user terminal 500 by using this.

For example, if the other user of the nearby electric vehicle did not only reserve the charger for use, but pre-paid the charging fee, this means that the probability of using the charger for which the charger reservation was reserved without canceling the charger usage reservation is limited to the charger usage reservation. Since it can be said to be higher than the case, the electric vehicle simple charging service providing server 100 displays or displays higher reliability information on the display of the user terminal 500 together with the expected information compared to the case where only the charger use is reserved. You will be able to apply to do it. In addition, if the other user of the nearby electric vehicle not only prepays the charging fee but is actually moving to the charging place, this means that the probability of using a charger with a prepaid charging fee without canceling the prepaid charging fee prepaid the charging fee. Since it can be said that it is higher than that of all cases, the electric vehicle simple charging service providing server 100 displays higher reliability information on the display of the user terminal 500 together with the expected information compared to the case of only prepaying the charging fee. It may be possible to display or support to display. In addition, if the other user of the nearby electric vehicle has not only made a reservation for the use of the charger, but is actually moving to the charging place, this means that the probability of using the charger for which the reservation has been reserved is only limited to the reservation of the charger use. Since it can be said to be higher than the case, the electric vehicle simple charging service providing server 100 displays or displays higher reliability information on the display of the user terminal 500 together with the expected information compared to the case where only the charger use is reserved. You will be able to apply to do it.

In addition, the electric vehicle simple charging service providing server 100 may additionally refer to the history information of the other user of the nearby electric vehicle to adjust the reliability information, and calculate the predicted information using this.

Here, the history information may include information on a matching rate between reservation information for use of a charger for at least a portion of the plurality of surrounding facilities for each of the other users and information on completion of charging corresponding thereto.

For example, another user of a second nearby electric vehicle only reserves the use of the charger, so the reliability information is 50%, but the history information of other users of the second neighboring electric vehicle made 10 reservations for the use of the charger in the past, and 9 of these Assuming that charging was completed and the reservation for the use of the charger was canceled at No. 1, such history information may mean that the probability that other users of the second nearby electric vehicle cancel the reservation for use of the charger is small. The electric vehicle simple charging service providing server 100 may adjust the reliability information from 50% to 80% by referring to such history information.

Next, the electric vehicle simple charging service providing server 100, when a specific surrounding facility is selected from the plurality of surrounding facilities by the user terminal 500 with reference to the detailed information and the charger information, the specific surrounding facility It is possible to support to display or display information related to the charger on the display of the user terminal 500 (S220).

At this time, when a specific surrounding facility is selected from among the plurality of surrounding facilities by the user terminal 500, the electric vehicle simple charging service providing server 100 provides information on a route to the specific surrounding facility in response thereto. It may support to be displayed or displayed on the display of the user terminal 500.

In addition, the electric vehicle simple charging service providing server 100 includes information indicating that after the specific user selects the specific surrounding facility, the user of the subsequent electric vehicle subsequently selects the specific surrounding facility, and the information indicating that the specific surrounding facility has been selected. When at least one of the information indicating that at least some of the other users of the nearby electric vehicle canceled the selection for the specific surrounding facility is obtained, the indirect information related to the charger is updated with reference to the information, and the user It may support to be displayed or displayed on the display of the terminal 500.

Next, the electric vehicle simple charging service providing server 100, when a charger identifier corresponding to a specific charger among a plurality of chargers included in the specific surrounding facility and a predetermined desired charging rate are input by the user terminal 500, The estimated charging amount and the estimated charging time corresponding to the predetermined charging fee may be displayed or supported on the display of the user terminal 500 (S230).

In this case, the specific user may also make a reservation for the use of the charger for the specific charger using the user terminal 500.

The method of providing an electric vehicle simple charging service consisting of steps S210 to S230 as described above is an essential step of the present invention, and may further include the following steps after the step consisting of steps S210 to S230.

Next, the electric vehicle simple charging service providing server 100 may support the specific charger to charge the specific electric vehicle when the predetermined desired charging fee is paid (S240).

At this time, the electric vehicle simple charging service providing server 100, when the predetermined desired charging fee is paid, displays information indicating that the specific charger for which the desired charging fee has been paid is waiting for charging, on the display of the user terminal 500 It may be possible to display on or support to display.

In addition, the electric vehicle simple charging service providing server 100 may indicate that the desired charging fee has been paid if charging for the specific electric vehicle is not started by the specific charger for a preset time after the predetermined desired charging fee is paid. You may be able to cancel it.

Next, when charging for the specific electric vehicle is started by the specific charger, the electric vehicle simple charging service providing server 100 transmits charging progress information on the situation in which the specific electric vehicle is being charged in real time to the user terminal 500. ) May be supported to be displayed or displayed on the display (S250).

Here, the charging progress information may include information on a real-time charging amount, information on an estimated movable distance, and information on a real-time estimated charge, but is not limited thereto.

Next, when charging for the specific electric vehicle is completed, the electric vehicle simple charging service providing server 100 may provide or support to provide or provide charging completion information for the specific electric vehicle to the user terminal 500 (S260). .

Here, the charging completion information may include information on a charged amount, information on a movable distance corresponding to the charged amount, and information on a charging fee corresponding to the charged amount, but is not limited thereto. .

Next, the electric vehicle simple charging service providing server 100 transmits the specific user information and the charging completion information corresponding to the specific electric vehicle to the product or service provider server corresponding to the specific surrounding facility, The service provider server supports the determination of preferential conditions that can be customized to the specific user, and the specific user visits a place corresponding to the product or service provider server, and the product or the corresponding product under the preferential conditions It is possible to support to receive the service (S270).

On the other hand, the electric vehicle simple charging service providing server 100 may divide and manage information on the plurality of surrounding facilities according to preset categories for the plurality of surrounding facilities before the step consisting of the steps S210 to S230.

At this time, the electric vehicle simple charging service providing server 100 may additionally display or support to display on the display a user interface that enables information on the plurality of surrounding facilities to be checked for each of the preset categories in step S210. have.

Here, the preset category is the type of power type of the charger included in the surrounding facilities, the type of service provided by the surrounding facilities, the discount cost of charging charges provided by the surrounding facilities, the parking space of the surrounding facilities, the number of chargers included in the surrounding facilities, and It may be determined according to the number of currently available chargers included in the surrounding facilities, but is not limited thereto.

Meanwhile, an example of a method of providing an electric vehicle simple charging service according to an embodiment of the present invention will be described with reference to FIGS. 3A to 3G.

Referring to FIG. 3A, it can be seen that the locations 320 of each of a plurality of surrounding facilities for charging an electric vehicle selected based on a specific location 310 are displayed on the display of the user terminal.

At this time, the specific location 310 may be determined by the GPS of the user terminal of a specific user who operates a specific electric vehicle, but may be determined by the specific user inputting a desired address in the address input user interface 330.

In addition, a specific user uses the category search user interface 340 that allows information on the plurality of surrounding facilities to be checked by the preset category, and types of power types of chargers included in the desired surrounding facilities and the types of power provided by the surrounding facilities. The service type may be determined, and the result may be provided to the user terminal.

For example, assuming that a specific user uses the category search user interface 340 to determine the power type type of the charger included in the surrounding facilities as 7kW and the service type provided by the surrounding facilities as a cafe, FIG. 3B As shown in FIG. 3A, the power type of the charger included in the surrounding facility is 7kW based on the specific location 310 among the locations 320 of each of the plurality of surrounding facilities, and the service type provided by the surrounding facilities is around caffeine. It can be seen that only the location 350 of the facility is filtered and displayed on the display.

In addition, the location 320 of each of the plurality of surrounding facilities displayed on the display of FIG. 3A may include link information for accessing detailed information about each of the plurality of surrounding facilities and information related to chargers.

For example, assuming that a specific user clicks and selects one of the locations 320 of each of a plurality of neighboring facilities in FIG. 3A, as shown in FIG. 3C, it is shown that detailed information of the selected surrounding facilities and information related to a charger are displayed. Able to know.

That is, a specific user may select a specific surrounding facility from among a plurality of surrounding facilities by using the information displayed in FIGS. 3A, 3B and 3C.

In addition, referring to FIG. 3D, when a charger number 30-4421, which is a charger identifier and 2,000 won, which is a predetermined desired charging fee, is input to a specific charger among a plurality of chargers included in a specific surrounding facility selected by a specific user, 2 It can be seen that information 360 about the estimated charging amount corresponding to 1,000 won, 4kW and the estimated charging time, 36 minutes, is displayed on the display of the user terminal.

In addition, referring to FIG. 3E, when a specific user pays a predetermined desired charging fee and starts charging for a specific electric vehicle using a specific charger, the real-time charging amount is 2.2kW, the estimated travel distance is 13.2km, and the real-time prediction It can be seen that the information that the fee is 1,100 won is displayed on the display of the user terminal.

In addition, referring to FIG. 3F, when charging for a specific electric vehicle is completed, it can be seen that information indicating that the charged amount is 11.kW and the charging fee is 5,100 won is displayed on the display of the user terminal.

In addition, referring to FIG. 3G, information that enables a specific user to visit a specific surrounding facility and use the product or service under preferential conditions in response to the completion of charging for a specific electric vehicle is displayed on the display of the user terminal. You can see that it is being displayed.

The embodiments according to the present invention described above may be implemented in the form of program instructions that can be executed through various computer components and recorded in a computer-readable recording medium. The computer-readable recording medium may include program instructions, data files, data structures, etc. alone or in combination. The program instructions recorded in the computer-readable recording medium may be specially designed and configured for the present invention, or may be known and usable to those skilled in the computer software field. Examples of computer-readable recording media include magnetic media such as hard disks, floppy disks and magnetic tapes, optical recording media such as CD-ROMs and DVDs, and magnetooptical media such as floptical disks. , And a hardware device specially configured to store and execute program instructions such as ROM, RAM, flash memory, and the like. Examples of the program instructions include not only machine language codes such as those produced by a compiler but also high-level language codes that can be executed by a computer using an interpreter or the like. The hardware device may be configured to operate as one or more software modules to perform processing according to the present invention, and vice versa.

In the above, the present invention has been described by specific matters such as specific elements and limited embodiments and drawings, but this is provided only to help a more general understanding of the present invention, and the present invention is not limited to the above embodiments. , Anyone with ordinary knowledge in the technical field to which the present invention pertains can make various modifications and variations from these descriptions.

Accordingly, the spirit of the present invention is limited to the above-described embodiments and should not be defined, and all modifications that are equally or equivalent to the claims as well as the claims to be described later fall within the scope of the spirit of the present invention. I would say.

Claims (20)

In the method of providing an electric vehicle simple charging service,
(a) The electric vehicle simple charging service providing server displays, on the display of the user terminal, the locations of each of a plurality of nearby facilities capable of charging an electric vehicle selected based on a specific location determined by the user terminal of a specific user operating a specific electric vehicle. Supporting to display or display, but displaying or displaying on the display including link information allowing the specific user to access detailed information and charger-related information on each of the plurality of surrounding facilities;
(b) When a specific surrounding facility is selected from among the plurality of surrounding facilities by the user terminal with reference to the detailed information and the charger information, the electric vehicle simple charging service providing server provides charger-related information for the specific surrounding facility. Displaying or supporting the display on the display of the user terminal; And
(c) When a charger identifier corresponding to a specific charger among a plurality of chargers included in the specific surrounding facility and a predetermined desired charging rate are input by the user terminal, the electric vehicle simple charging service providing server may provide the predetermined charging fee. Displaying or supporting an estimated charging amount and an estimated charging time corresponding to the displayed on the display of the user terminal;
Including,
The charger-related information for each of the plurality of surrounding facilities includes: (i) information on the number of chargers corresponding to each of the plurality of surrounding facilities, information on the type of charger, information on charging rates, and availability of chargers. Direct charger-related information including at least one of information and information on the remaining charging time of the charger in use, and (ii) at least some of the plurality of chargers corresponding to each of the plurality of surrounding facilities several hours after a preset time Contains indirect information related to the charger, which is predicted information about the use of the charger that will be used during
Before step (a),
(a0) the electric vehicle simple charging service providing server including the step of obtaining in advance the direct information related to the charger and indirect information related to the charger corresponding to each of the plurality of surrounding facilities at a predetermined time,
The electric vehicle simple charging service providing server, for each of the plurality of chargers corresponding to each of the plurality of surrounding facilities, predicts which time period other users of at least one nearby electric vehicle will use within a predetermined threshold future time Obtaining information, characterized in that to obtain the indirect information related to the charger,
The predicted information includes: (i) the charger usage reservation information by the other user of the nearby electric vehicle for each of the plurality of chargers corresponding to each of the plurality of surrounding facilities. 1 Estimated calculation basis information, (ii) information on reservation of charger use by the other user of the nearby electric vehicle for each of the plurality of chargers corresponding to each of the plurality of surrounding facilities, and GPS corresponding to the other user of the nearby electric vehicle Second predicted calculation basis information including information, (iii) reservation information for use of a charger by the other user of the surrounding electric vehicle for each of the plurality of chargers corresponding to each of the plurality of surrounding facilities, and the other of the surrounding electric vehicle Third predicted calculation basis information including information on prepayment of charging charges by a user, and (iv) reservation information for use of a charger by the other user of the nearby electric vehicle for each of the plurality of chargers corresponding to each of the plurality of surrounding facilities, It characterized in that the calculation is made using one of the estimated calculation basis information among fourth prediction calculation basis information including information on prepayment of charging charges by the other user of the nearby electric vehicle and GPS information corresponding to the other user of the nearby electric vehicle. And
The electric vehicle simple charging service providing server additionally determines reliability information of the predicted information with reference to information on prepayment of charging charges by the other user of the nearby electric vehicle and GPS information corresponding to the other user of the nearby electric vehicle, Using this, the method for providing a simple electric vehicle charging service, characterized in that supporting the display of the predicted information and the reliability information corresponding thereto on the display of the user terminal. The method of claim 1,
(d) when the predetermined desired charging fee is paid, the electric vehicle simple charging service providing server supporting the specific charger to charge the specific electric vehicle;
(e) When charging for the specific electric vehicle is started by the specific charger, the electric vehicle simple charging service providing server displays charging progress information on the situation in which the specific electric vehicle is being charged in real time on the display of the user terminal. Displaying on or supporting to be displayed; And
(f) when charging for the specific electric vehicle is completed, the electric vehicle simple charging service providing server provides or supports to provide information on charging completion of the specific electric vehicle to the user terminal;
Method for providing an electric vehicle simple charging service, characterized in that it further comprises. The method of claim 2,
(g) The electric vehicle simple charging service providing server transmits the specific user information and the charging completion information corresponding to the specific electric vehicle to a product or service provider server corresponding to the specific surrounding facility to provide the product or service Supports the company server to determine the preferential condition that can be customized to the specific user, and the specific user visits a place corresponding to the product or service provider server to provide the product or the service under the preferential condition. Supporting to receive use;
Method for providing an electric vehicle simple charging service, characterized in that it further comprises. delete delete The method of claim 1,
In step (b),
After the specific user selects the specific surrounding facility,
At least one of information indicating that a user of a subsequent electric vehicle subsequently selects the specific surrounding facility and information that at least some of the other users of the surrounding electric vehicle who selected the specific surrounding facility canceled the selection for the specific surrounding facility When the information of is acquired, the electric vehicle simple charging service providing server updates the indirect information related to the charger with reference to the information, and supports displaying or displaying it on the display of the user terminal. How to provide a simple electric vehicle charging service. delete delete The method of claim 1,
The electric vehicle simple charging service providing server comprises: history information of the other user of the nearby electric vehicle-the history information includes reservation information for use of a charger for at least a portion of the plurality of surrounding facilities for each of the other users and charging completion information corresponding thereto A method of providing an electric vehicle simple charging service, characterized in that the reliability information is adjusted by additionally referring to-including matching ratio information of, and the predicted information is calculated using this. The method of claim 1,
Before step (a),
The electric vehicle simple charging service providing server divides and manages information on the plurality of surrounding facilities according to preset categories for the plurality of surrounding facilities,
In step (a),
An electric vehicle simple charging service, characterized in that the electric vehicle simple charging service providing server supports to additionally display or display a user interface that enables information on the plurality of surrounding facilities to be checked according to the preset category. How to provide. In the server that provides a simple electric vehicle charging service,
At least one memory for storing instructions; And
At least one processor configured to execute the instructions;
Including,
The processor is configured to (1) display or display the locations of each of a plurality of surrounding facilities capable of charging an electric vehicle selected based on a specific location determined by a user terminal of a specific user driving a specific electric vehicle on the display of the user terminal. A process of supporting, but displaying or supporting the specific user to display or display on the display, including link information that allows the specific user to access detailed information on each of the plurality of surrounding facilities and information related to a charger, (2) the detailed When a specific surrounding facility is selected from among the plurality of surrounding facilities by the user terminal with reference to information and the charger information, support for displaying or displaying charger-related information for the specific surrounding facility on the display of the user terminal And (3) when a charger identifier corresponding to a specific charger among a plurality of chargers included in the specific surrounding facility and a predetermined desired charging rate are input by the user terminal, an estimated charging amount corresponding to the predetermined charging fee and Perform a process of displaying or supporting the display of the expected charging time on the display of the user terminal,
The charger-related information for each of the plurality of surrounding facilities includes: (i) information on the number of chargers corresponding to each of the plurality of surrounding facilities, information on the type of charger, information on charging rates, and availability of chargers. Direct charger-related information including at least one of information and information on the remaining charging time of the charger in use, and (ii) at least some of the plurality of chargers corresponding to each of the plurality of surrounding facilities several hours after a preset time Contains indirect information related to the charger, which is predicted information about the use of the charger that will be used during
The processor,
Before the above (1) process,
(1-0) Performing a process of obtaining in advance the direct information related to the charger and indirect information related to the charger corresponding to each of the plurality of surrounding facilities at a predetermined time,
For each of the plurality of chargers corresponding to each of the plurality of neighboring facilities, by obtaining predicted information on which time period other users of at least one nearby electric vehicle will use within a predetermined threshold future time, the charger-related indirect Characterized by acquiring information,
The processor,
(i) first predicted calculation basis information including information on reservation of charger use by the other user of the nearby electric vehicle for each of the plurality of chargers corresponding to each of the plurality of surrounding facilities, (ii) the plurality of surrounding facilities Second prediction calculation basis information including information on reservation of charger use by the other user of the nearby electric vehicle for each of the plurality of chargers corresponding to each and GPS information corresponding to the other user of the nearby electric vehicle, (iii) A third prediction calculation including information on reservation of charger use by the other user of the surrounding electric vehicle for each of the plurality of chargers corresponding to each of the plurality of surrounding facilities and information on prepayment of charging charges by the other user of the surrounding electric vehicle Basis information and (iv) reservation information for use of a charger by the other user of the nearby electric vehicle for each of the plurality of chargers corresponding to each of the plurality of surrounding facilities, information on prepayment of charging charges by the other user of the nearby electric vehicle, and The prediction information is calculated by using one of the prediction calculation base information among fourth prediction calculation base information including GPS information corresponding to the other user of the nearby electric vehicle,
The processor,
Reliability information of the predicted information is additionally determined with reference to information on prepayment of charging charges by the other user of the nearby electric vehicle and GPS information corresponding to the other user of the nearby electric vehicle, and the predicted information and corresponding to it using this The electric vehicle simple charging service providing server, characterized in that supporting to display or display the reliability information on the display of the user terminal. The method of claim 11,
The processor,
(4) a process of supporting the specific charger to charge the specific electric vehicle when the predetermined desired charging fee is paid, (5) when charging for the specific electric vehicle is started by the specific charger, the specific electric vehicle A process for displaying or displaying charging progress information on the status of charging in real time on the display of the user terminal, and (6) when charging for the specific electric vehicle is completed, charging completion information for the specific electric vehicle is displayed. An electric vehicle simple charging service providing server, characterized in that further performing a process of providing or supporting to provide to the user terminal. The method of claim 12,
The processor,
(7) By transmitting the specific user information and the charging completion information corresponding to the specific electric vehicle to the product or service provider server corresponding to the specific surrounding facility, the product or service provider server is customized to the specific user. A process of supporting the determination of preferential conditions that can be provided by the user, and supporting the specific user to visit a place corresponding to the product or service provider server to receive the use of the product or the service under the preferential condition is further provided. Electric vehicle simple charging service providing server, characterized in that to perform. delete delete The method of claim 11,
The processor,
In the above (2) process,
After the specific user selects the specific surrounding facility,
At least one of information indicating that a user of a subsequent electric vehicle subsequently selects the specific surrounding facility and information that at least some of the other users of the surrounding electric vehicle who selected the specific surrounding facility canceled the selection for the specific surrounding facility When the information of is obtained, the indirect information related to the charger is updated with reference to the information, and the electric vehicle simple charging service providing server, characterized in that supporting to display or display it on the display of the user terminal. delete delete The method of claim 11,
The processor,
History information of the other user of the nearby electric vehicle-The history information includes information on a matching rate between reservation information for use of a charger for at least some of the plurality of surrounding facilities for each of the other users and information on completion of charging corresponding thereto. An electric vehicle simple charging service providing server, characterized in that the reliability information is additionally adjusted as a reference and the predicted information is calculated by using the reliability information. The method of claim 11,
The processor,
Before the above (1) process,
Dividing and managing information on the plurality of neighboring facilities according to preset categories for the plurality of neighboring facilities,
The processor,
In the above (1) process,
An electric vehicle simple charging service providing server, characterized in that it supports to additionally display or display a user interface that enables information on the plurality of surrounding facilities to be checked for each of the preset categories.

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