JP2019159980A - Power data brokerage system - Google Patents

Abstract

To provide a power data brokerage system which assists the provision of a charge to a second user of a time series power data indicating an amount of power received from a commercial power system of a first user.SOLUTION: The power data brokerage system 1 includes: a data input processing unit 11 for storing basic information and power data from a first user terminal 21 to a data storage unit 14; a data output unit 12 for creating first basic information browsing data including a part or all of the basic information of the first user and the identification information of the power data stored in the data storage unit 14 in a manner that the first user cannot be specified and transmitting the same to the second user terminal 22 in response to the browsing request of a second user, reading out the corresponding power data from the data storage unit 14 in response to the data acquisition request of the second user with the considered data indicating the identification information the payment of the consideration of the power data and transmitting the same to the second user terminal 22, and transmitting the considered data to the first user terminal 21 of the first user who is a provider of the power data according to the data acquisition request.SELECTED DRAWING: Figure 1

Description

  The present invention supports a fee-based provision of time-series power data indicating the amount of power received from a commercial power system of a first user from a first user who is a power consumer to a second user who is a user of power data. The present invention relates to a power data mediation system that performs data processing.

  Time-series power data indicating the amount of power received from a commercial power system of a power consumer (for example, a general household, a factory, an office building, etc.) It is used as basic information for energy service providers (ESP providers) that provide energy countermeasures to grasp the actual situation of energy consumption of electric power consumers and propose appropriate energy saving countermeasures (for example, the following (See Patent Documents 1 and 2, etc.).

  On the other hand, in order to suppress the tight supply and demand of the commercial power system, the use of demand response to reduce the power supplied from the commercial power system upon request by the power consumer is being studied. The power data is essential data for executing the demand response (see, for example, Patent Document 3 below).

Japanese Unexamined Patent Publication No. 2017-9565 JP 2007-228742 A JP 2013-9565 A

  However, although the power data of the power consumer is known by the power company that supplies power to the power consumer, the ESP company other than the power company or the company that wants to implement demand response ( This data is not disclosed to an aggregator or the like. Therefore, for businesses that want to propose new energy conservation measures or implement demand response for power consumers, if they can obtain the power data of the power customers in advance, they can enter the new business. Convenient for. That is, there is a demand for the power data of the power consumer.

  On the other hand, since the electric power consumer can naturally obtain the above-mentioned electric power data, it is possible to provide the electric power data to a business operator who needs it for a fee. There is no means that can be provided to operators who actually need it. Moreover, even if it is an electric power consumer who wants to receive the proposal of an energy-saving measure, and the electric power consumer who participated in the demand response, the opportunity to meet the provider who can respond to the said needs generally does not exist.

  The present invention has been made in view of the above-described problems, and an object of the present invention is to provide a first user's commercial power system from a first user who is a power consumer to a second user who is a user of power data. Another object of the present invention is to provide a power data intermediary system that performs data processing for supporting chargeable provision of time-series power data indicating the amount of power received from a power source.

In order to achieve the above object, the power data mediation system according to the present invention provides the power from the first user of time-series power data indicating the amount of power received from the commercial power system of the first user who is a power consumer. A power data intermediary system that performs data processing to support paid provision to a second user who is a user of data, comprising a data input processing unit, a data output processing unit, and a data storage unit,
The data input processing unit includes basic information configured by including a plurality of attribute information related to the power data separately from the first user terminals of the plurality of first users, and the power data as predetermined data communication. Received via the network and stored in the data storage unit,
The basic information of all the first users stored in the data storage unit according to the second user's browsing request received via the data communication network by the data output processing unit, or the First basic information browsing data in a predetermined display format including a part of basic information of the first user selected based on at least a part of a plurality of attribute information and identification information of the power data. The first user who is a data provider is made unspecified and transmitted to the second user terminal of the second user who has made the browsing request via the data communication network. The power data corresponding to the identification information included in the data acquisition request in response to the second user's data acquisition request accompanied by the consideration data indicating the payment of the power data. Data is read from the data storage unit, transmitted to the second user terminal of the second user who has made the data acquisition request via the data communication network, and the data transmitted in response to the data acquisition request The first feature is that the consideration data is transmitted via the data communication network to the first user terminal of the first user who is a provider of power data.

  According to the power data mediation system of the first feature, the data output processing unit sends all or part of the basic information of the power data provided by the first user to the first user who is the provider of power data. Since it can be specified and presented to the second user, the second user can select and obtain power data to be obtained based on the presented basic information, while the first user The power data can be provided anonymously and the price can be obtained.

  For the first user, the power data can be provided anonymously and the price can be obtained. Therefore, the first user is motivated to disclose the power data through the power data mediation system of the first feature. The second user can easily collect power data of an unspecified number of first users. As a result, the second user can easily find an electric power consumer who wants to provide services such as proposal of energy saving measures or implementation of demand response from the unspecified number of first users. Opportunity to apply.

  Here, creating the first basic information browsing data such that the first user cannot be specified means that personal information (name, name) that can specify the first user in the first basic information browsing data browsed by the second user. , Address, phone number, email address, etc.).

  The basic information of a part of the first users selected based on at least a part of the plurality of attribute information is based on the first basic information browsing data when the second user has a large number of first users. Since it is difficult to select a certain number of power data, the first basic information browsing is performed by narrowing down the first user interested in the second user based on at least a part of the plurality of attribute information in advance. This means that data is created, and thus the sorting operation by the second user can be facilitated.

  Furthermore, the power data mediation system according to the first feature is characterized in that the basic information includes a data provision fee for the power data set by the first user.

  According to the power data mediation system of the second feature, the first user who provides power data can set a data provision fee for the power data and disclose it to the second user as part of the basic information. Accordingly, the second user can select the power data to be acquired with reference to the disclosed data provision fee.

  Furthermore, in the power data mediation system according to the first or second feature, the data output processing unit further includes the data storage unit according to a browsing request of the first user received via the data communication network. A predetermined display format including the basic information of all of the first users stored in the first information or a part of the basic information of the first user selected based on at least a part of the plurality of attribute information The second basic information browsing data is created so that the first user who is the provider of the power data cannot be specified, and the data communication network is connected to the first user terminal of the first user who has made the browsing request. The third feature is that the transmission is configured to be transmitted through the network.

  According to the power data mediation system of the third feature, the first user can know what power data is provided by the other first user, and is relative to the other first user. Can understand the relationship. In particular, in an embodiment in which the first user sets the data provision fee for power data by himself and includes it in the basic information, the data provision fee set by another first user can be known.

  Here, creating the second basic information browsing data so that the first user cannot be specified means that personal information (name, name) that can specify the first user in the second basic information browsing data browsed by the first user. , Address, phone number, email address, etc.).

  Furthermore, in the power data mediation system of the third feature, the data output processing unit further receives the reference value output request of the first user received via the data communication network, and the second basic information. A predetermined statistical value of a data provision fee that is one of the attribute information among all or a part of basic information of the first user included in browsing data is calculated as a reference value, and the reference value output request is made. It is preferable to be configured to transmit to the first user terminal of the first user who has performed via the data communication network.

  According to the preferred embodiment, a statistical value such as an average value, a maximum value, a minimum value, a median value, or a mode value of the data provision fee included in all or part of the basic information of the first user is used as a reference value. Since it is possible to know, it is possible to grasp the relative relationship between whether the data provision fee set by itself is higher or lower than the data provision fee of other first users. Thereby, the 1st user can correct the data provision charge which he set, and can update already registered basic information.

  Furthermore, in the power data mediation system of the third feature, it is preferable that the second basic information browsing data includes the number of times the power data is provided to the second user.

  According to the preferred embodiment, the first user who has requested the browsing of the second basic information browsing data includes the basic information of the first user and the user himself / herself who frequently provide power data to the second user including himself / herself. The difference from the basic information can be confirmed. In particular, when the data provision fee is included in the basic information, the relationship between the amount of the data provision fee and the number of times the power data is provided can be confirmed, and the data provision fee set by the user can be corrected. The basic information already registered can be updated.

  Furthermore, in the power data mediation system according to any one of the first to third features, it is preferable that the basic information includes a power receiving area and a power receiving contract content.

  According to the preferred embodiment, the second user selects and acquires power data to be acquired based on at least one of the power receiving area and the content of the power receiving contract included in the basic information of the first basic information browsing data. can do.

  Furthermore, in the power data mediation system according to any one of the first to third features, when the first user is a general home user, the basic information includes at least one of a housing type, a family structure, and an owned electric device. It is preferable that one is included.

  According to the preferred embodiment, the second user wants to acquire based on at least one of the type of residence, the family structure, and the retained electrical equipment included in the basic information of the first basic information browsing data. The power data can be selected and acquired.

  Furthermore, in the power data mediation system according to any one of the first to third features, the data output processing unit further responds to the service proposal request of the second user received via the data communication network. Information related to the service proposal included in the service proposal request is transmitted to the first user terminal of the first user corresponding to the identification information of the power data included in the service proposal request via the data communication network. It is the fourth feature that it is configured to do so.

  According to the power data mediation system of the fourth feature, the second user can easily offer the service contents that can be proposed to the anonymous first user based on the power data of the first user.

  Further, the power data mediation system according to any one of the first to fourth features includes an account database that manages deposits / withdrawals and balances of accounts for payment of the first user and the second user, and the consideration Consideration data processing for performing compensation transfer processing from the account of the second user who requested the data acquisition in the account database to the account of the first user who is the provider of the power data based on data It is a fifth feature that the portion is further provided.

  According to the power data mediation system of the fifth feature, the anonymity of the first user is ensured, and payment of the consideration from the second user who acquired the power data to the first user who provided the power data is realized. it can.

  Furthermore, in the power data mediation system according to any one of the first to fifth features, it is preferable that the power data is time-series data of received power amount every 30 minutes over the past year.

  According to the preferred embodiment, the second user can obtain power data necessary for specifying a power consumer who wants to provide a service such as a proposal for energy saving measures or a demand response.

  According to the power data mediation system of the present invention, the second user can select and acquire the power data of the first user who wants to acquire based on the basic information presented by the first user. Can provide power data anonymously to the second user to obtain the price, and can mediate between the first user and the second user through the provision of power data.

The block diagram which shows typically the example of 1 structure of an electric power data mediation system. The flowchart which shows the outline of an example of the process sequence of the data input process part in a data input process, and a 1st user terminal. The flowchart which shows the outline of an example of the process sequence of the data output process part in a 1st basic information browsing data transmission process, and a 2nd user terminal. The flowchart which shows the outline of an example of the process sequence of the data output process part in a 2nd basic information browsing data transmission process, and a 1st user terminal. The flowchart which shows the outline of an example of the process sequence of the data output process part in a power data transmission process, and a 2nd user terminal. The flowchart which shows the outline of an example of the process sequence of the data output process part in a consideration data transmission process, and a 1st user terminal. The flowchart which shows the context between the price transfer process which a price data processing part performs, and the power data transmission process and price data transmission process which a data output process part performs. The flowchart which shows the outline of an example of the process sequence of the data output process part in a service proposal transmission process, a 1st user terminal, and a 2nd user terminal.

  Hereinafter, an embodiment of a power data mediation system according to the present invention (hereinafter abbreviated as “this system” where appropriate) will be described with reference to the drawings.

[Configuration example of this system]
The system 1 provides, for a fee, time-series power data indicating the amount of power received from the first user's commercial power system from a first user who is a power consumer to a second user who is a user of power data. It is configured to perform supporting data processing.

  In the present embodiment, the user who uses the system 1 is divided into a first user who provides power data to be subjected to data processing of the system 1 and a second user who uses the power data. The first user is not limited to a specific type of power consumer as long as it is a power consumer who can supply power from the commercial power system and provide the time-series power data. And individuals such as individual business owners, and business entities (corporations) such as factories and office buildings. The second user is not limited to a specific type of user as long as the user desires to provide the time-series power data for a fee through the system 1. For example, the second user is not limited to a power retailer or ESP business. Business entities (corporations) such as consumers, home appliance mass retailers, and electrical equipment manufacturers are assumed.

  As shown in FIG. 1, the system 1 includes a data input processing unit 11, a data output processing unit 12, a consideration data processing unit 13, a data storage unit 14, and an account database 15.

  The data input processing unit 11 separately transmits basic information including a plurality of attribute information related to power data from the first user terminals 21 of the plurality of first users U1 and the power data to a predetermined data communication network. 20 is configured to execute processing (data input processing) that is received via the data storage unit 20 and stored in the data storage unit 14.

  The power data is time-series data of the past one year or more of the amount of power (received power amount) every 30 minutes received by each first user U1 from the power company with whom each first user U1 has contracted to receive power. As an example, the time series data is composed of the past 12 months or more of time series data in units of one month. The file format of the time-series data is not limited to a specific file format. For example, a CSV (Comma Separated Value) format that can be used by being used in spreadsheet software and database software can be used.

  The attribute information related to the power data included in the basic information includes, for example, a power receiving area, the contents of a power receiving contract, a data provision fee for power data, a configuration period of power data, and the like. The power receiving area indicates the place where the first user is receiving power from the commercial power system. For example, the power transmission area of the general power transmission / distribution company stipulated by the Japanese Electricity Business Law, or the name of the prefecture, etc. specify. The content of the power reception contract is a contract type (charge menu) with the electric power company. For example, the name of the electric power company and the contract type (charge menu) are specified. Depending on the contract type, it can be generally understood whether the first user is an individual or a corporation, and further, the type of business in the case of a corporation is also known to some extent. However, when it is preferable that the basic information includes the correct business type of the corporation, the business type may be included as the attribute information. Further, when the first user is a general household user, if it is preferable that the basic information also includes information such as the type of residence, the family structure, and the retained electrical equipment, the type of residence and the family as the attribute information You may make it include at least any one of a structure and possessed electric equipment. As an example, the data provision fee is indicated by the unit price of power data for 12 months. When the configuration period of the power data is 24 months, the consideration for the power data for 24 months is twice the unit price. The configuration period of the power data specifies the length (start date and end date) of the period that configures the power data. Note that the content and number of attribute information constituting the basic information are not necessarily limited to the attribute information. When the basic information includes a lot of attribute information, the second user who uses the power data can easily propose various services to the first user.

  The basic information is provided for browsing by an unspecified number of second users U2 on the first basic information browsing screen displayed on the second user terminal 22 in the first basic information browsing data transmission process to be described later. In the second basic information browsing data transmission process, since the second basic information browsing screen displayed on the first user terminal 21 is used for browsing an unspecified number of first users U1, the basic information includes The personal information of the first user U1 who provides the basic information is not included. Therefore, the anonymity of the first user U1 is not hindered or damaged by the disclosure of the basic information.

  The data output processing unit 12 is configured to execute a first basic information browsing data transmission process, a second basic information browsing data transmission process, a power data transmission process, a consideration data transmission process, and a service proposal transmission process. . Details of each data transmission process will be described later.

  The consideration data processing unit 13 is based on the consideration data included in the data acquisition request received by the data output processing unit 12 from the second user terminal 22 of the second user U2 in the power data transmission process described later. It is configured to execute a process of transferring the consideration from the account of the second user U2 who has requested the data acquisition to the account of the first user U1 who is the provider of power data. The consideration data is data indicating the payment of the consideration accompanying the acquisition of the power data, and as an example, the payment amount of the consideration to the first user U1 is shown.

  The data input processing unit 11, the data output processing unit 12, and the consideration data processing unit 13 are generally provided with an arithmetic device such as a CPU (Central Processing Unit), a storage device such as a semiconductor memory, a communication device, and the like. Configured on a simple computer system. Specifically, the processing executed by each of the processing units 11 to 13 includes a program code of a computer program describing each specific processing content stored in a storage area of the storage device, It is executed by executing the program.

  In the present embodiment, the Internet is assumed as the data communication network 20, and the communication device used by the data input processing unit 11 and the data output processing unit 12 is connected to each first user terminal 21 and each of the first user terminals 21 via the Internet 20. A communication device (hardware and software) capable of transmitting and receiving data with a two-user terminal 22 using a predetermined communication protocol.

  The data storage unit 14 includes a storage device that can store a large amount of data in a non-volatile manner, such as an HDD (hard disk drive) and an SSD (solid state disk), and writes data under the control of the arithmetic unit. Reading, searching, etc. are possible.

  The account database 15 is a database for recording and managing the deposit / withdrawal and balance of accounts for payment of the first user U1 and the second user U2. As with the data storage unit 14, the account database 15 includes a storage device that can store a large amount of data in a nonvolatile manner, such as an HDD and an SSD, and writes and reads data under the control of the arithmetic unit. , And the like can be searched. The account of the first user U1 is an account for receiving payment of consideration from the second user U2. The account of the second user U2 is an account for paying the consideration to the first user U1, and it is assumed that a certain amount is prepaid in advance, and the second user U2 has power up to the prepaid balance. Data can be acquired.

  Moreover, this system 1 is comprised as a WEB server system, and 1st user U1 and 2nd user U2 are predetermined URL via the internet 20 from each 1st user terminal 21 and 2nd user terminal 22. The data input processing unit 11 and the data output processing unit 12 are configured to be accessible by designating (uniform resource locator), and the first or first accessed the predetermined WEB display screen data for the access. The browser software for displaying WEB data transmitted to the user terminals 21 and 22 of the two users U1 and U2 and installed on the user terminals 21 and 22 on the display screens of the user terminals 21 and 22 A WEB display screen is displayed, and the first or second user is displayed on the display screen. Information (data) input by the users U1 and U2 is transmitted from the user terminals 21 and 22 to the system 1 via the Internet 20, and the data input processing unit 11 or the data output processing unit 12 receives the information. (Data) is received and stored in the data storage unit 14, or various data transmission processing described later is executed.

  The first and second user terminals 21 and 22 are general computers that can access the Internet 20 and can access a WEB site on the Internet 20 to display the WEB page screen on its own display screen. The system is assumed to be a personal computer, a tablet terminal, or the like.

[Processing content of this system]
Next, each processing content which each process part 11-13 of this system 1 performs is demonstrated with reference to drawings. In the following description, each first user U1 and each second user U2 have completed registration procedures in the system 1, and the user ID and the user ID for accessing the WEB site of the system 1 are as follows. It is assumed that the password necessary for the authentication procedure has been set, and the personal information necessary for the operation of the system 1 that is not disclosed to the other first user U1 and second user U2 has already been registered. Explanation of the procedure is omitted. In addition, data transmission / reception between the system 1 and the first user terminal 21 and access and data transmission / reception between the system 1 and the second user terminal 22 are all performed via the data communication network (Internet) 20. The description will be omitted as appropriate. Furthermore, data transmission / reception assumes a case where encryption processing by a predetermined method is performed on the data transmission side, and decryption processing conforming to the method is performed on the data reception side. Description of the encoding and decoding processes is omitted.

[Data input processing]
FIG. 2 shows the processing contents of the data input processing unit 11 of the present system 1 and the data transmission / reception between the data input processing unit 11 and the first user terminal 21 in the data input processing (step # 10) in time series. It is a flowchart shown in FIG.

  In the data input process (step # 10), first, each first user U1 specifies a predetermined URL from his / her first user terminal 21 to access the system 1, and after a predetermined user authentication procedure, When the WEB page for data input processing is accessed (step # 201), the data input processing unit 11 responds to the access to the first user terminal of the first user U1 who has accessed the basic information creation screen data. 21 (step # 101).

  In the first user terminal 21, the basic information creation screen data is processed by the browser software for displaying the WEB page, and the basic information creation screen is displayed on the display screen of the first user terminal 21 (steps). # 202). From the creation screen, the first user U1 sets the required input items of the attribute information (power receiving area, power receiving contract content, power data data provision fee, power data composition period) in the input space of the input items. Choices displayed directly or in the pull-down menu are selected and input (step # 203). Furthermore, from the creation screen, the first user U1 selects an optional input item of attribute information (in the case of a corporate user: type of business, in the case of a general household user: type of residence, family structure, owned electrical equipment, etc.), If necessary, an option displayed directly or in a pull-down menu is selected and input (step # 204). When the input operation of the attribute information is completed, the first user U1 designates a storage location in the first user terminal 21 of the power data file to be provided on the creation screen, and the plurality of input attribute information The basic information and the power data file are transmitted to the system 1 (step # 205).

  When the data input processing unit 11 receives the basic information (the plurality of input attribute information) and the power data file transmitted from the first user terminal 21 (Step # 102), the received basic information and the power data file are The common data identification information or the user ID of the first user U1 is attached and stored in the data storage unit 14 (step # 103). The data identification information includes, for example, a user ID of the first user U1 and a data reception date / time. When the user ID of the first user U1 is attached, the user ID functions as data identification information of power data. Hereinafter, the data identification information of the power data and the user ID of the first user U1 are collectively referred to as “data identification information of the power data”.

  The data input process (step # 10) of the data input processing unit 11 is executed separately each time each first user U1 starts the process of step # 201.

[First basic information browsing data transmission process]
FIG. 3 shows the processing contents of the data output processing unit 12 of the system 1 and the data between the data output processing unit 12 and the second user terminal 22 in the first basic information browsing data transmission process (step # 11). It is a flowchart which shows transmission / reception in time series.

  The first basic information browsing data transmission process (step # 11) is stored in the data storage unit 14 according to the browsing request of the second user U2 received by the data output processing unit 12 via the data communication network 20. First information including basic information of all the first users U1 or basic information of a part of the first users U1 selected based on at least a part of the plurality of attribute information, and data identification information of the power data In this process, the basic information browsing data is transmitted to the second user terminal 22 of the second user U2 who has requested the browsing via the data communication network 20.

  Specifically, first, each second user U2 designates a predetermined URL from his / her second user terminal 22 to access the system 1, and after a predetermined user authentication procedure, the predetermined first basic information browsing is performed. When the WEB page for access is accessed (step # 311), the data output processing unit 12 has the basics of all the first users U1 stored in the data storage unit 14 in all the data input processes executed up to the time of access. The first basic information browsing data that displays the information and the data identification information of the power data attached to each basic information in a tabular format for each first user U1 is displayed by a general browser software for displaying a WEB page It is created in a possible data format (step # 111) and transmitted to the second user terminal 22 of the accessed second user U2 (step # 112).

  In the second user terminal 22, the first basic information browsing data is processed by the browser software for displaying the WEB page, and the first basic information browsing screen is displayed on the display screen of the second user terminal 22 (step #). 312). Here, the second user U2 can browse the basic information of the power data displayed on the first basic information browsing screen, but when the number of basic information displayed (the number of the first user U1) is large, In the present embodiment, the first basic information browsing data is stored by the second user U2 on the first basic information browsing screen with a plurality of pieces of attribute information because there is a problem in examining individual basic information in detail. One or two or more are selected, and the filter processing can be performed on these attribute information under a certain condition. When the second user U2 performs the filtering process on the first basic information browsing data transmitted first, the conditions set by the filtering process are transmitted from the second user terminal 22 to the system 1. (Step # 313). The data output processing unit 12 includes attribute information that matches the set condition and data identification information of the power data attached to the basic information based on the condition set in the transmitted filter process. The first basic information browsing data is recreated (step # 113) and transmitted to the second user terminal 22 of the accessed second user U2 (step # 114). In the second user terminal 22, the recreated first basic information browsing data is processed by the browser software for displaying the WEB page, and the first basic information filtered on the display screen of the second user terminal 22 is processed. A browsing screen is displayed, and only basic information having attribute information that matches the certain condition is selectively displayed in a list (step # 314). The second user U2 can repeat the filtering process as many times as necessary.

[Second basic information browsing data transmission process]
FIG. 4 shows the processing contents of the data output processing unit 12 of the system 1 and the data output between the data output processing unit 12 and the first user terminal 21 in the second basic information browsing data transmission processing (step # 12). It is a flowchart which shows transmission / reception in time series.

  The second basic information browsing data transmission process (step # 12) is stored in the data storage unit 14 according to the browsing request of the first user U1 received by the data output processing unit 12 via the data communication network 20. The second basic information browsing data including basic information of all the first users U1 or a part of the basic information of the first users U1 selected based on at least a part of the plurality of attribute information. It is the process which transmits via the data communication network 20 to the 1st user terminal 21 of the 1st user U1 who performed.

  The second basic information browsing data transmission process (step # 12) is a process for the first user U1, and is similar to the first basic information browsing data transmission process (step # 11) for the second user U2. It is processing contents. The first basic information browsing data transmission process (step # 11) is necessary as a pre-process for the power data transmission process (step # 13) described later, but the second basic information browsing data transmission process (step # 12) It is provided for the convenience of the first user U1, and is optional processing content and not essential processing content.

  Specifically, first, each first user U1 accesses the present system 1 by designating a predetermined URL from his / her first user terminal 21, and after a predetermined user authentication procedure or in the data input process described above. When a predetermined second basic information browsing web page is accessed from the basic information creation screen displayed in step # 202 (step # 221), the data output processing unit 12 executes until the time of access. The second basic information browsing data for displaying the basic information of all the first users U1 stored in the data storage unit 14 in all data input processes in a tabular form for each first user U1 is displayed as a general WEB. It is created in a data format that can be displayed by browser software for page display (step # 121), and transmitted to the first user terminal 21 of the accessed first user U1. Step # 122). Similar to the first basic information browsing data, the second basic information browsing data may include data identification information of power data attached to each basic information.

  In the first user terminal 21, the second basic information browsing data is processed by the browser software for displaying the WEB page, and the second basic information browsing screen is displayed on the display screen of the first user terminal 21 (step #). 222). Here, although the 1st user U1 can browse the basic information of the electric power data displayed on the said 2nd basic information browsing screen, when there are many cases (the number of 1st users U1) of the basic information displayed, In the present embodiment, the second basic information browsing data is stored in the second basic information browsing screen by the first user U1 having a plurality of pieces of attribute information because there is a hindrance in examining individual basic information in detail. One or two or more are selected, and the filter processing can be performed on these attribute information under a certain condition. When the first user U1 performs the filtering process on the second basic information browsing data transmitted first, the conditions set by the filtering process are transmitted from the first user terminal 21 to the system 1. (Step # 223). The data output processing unit 12 includes attribute information that matches the set condition and data identification information of the power data attached to the basic information based on the condition set in the transmitted filter process. The second basic information browsing data is recreated (step # 123) and transmitted to the first user terminal 21 of the accessed first user U1 (step # 124). In the first user terminal 21, the regenerated second basic information browsing data is processed by the browser software for displaying the WEB page, and the second basic information filtered on the display screen of the first user terminal 21. A browsing screen is displayed, and only basic information having attribute information that matches the certain condition is selectively displayed in a list (step # 224). The first user U1 can repeat the filtering process as many times as necessary.

  In the present embodiment, the second basic information browsing data includes all basic information displayed by the first user U1 on the second basic information browsing screen displayed in step # 222 or step # 224, or For some basic information selected by the first user U1, a predetermined statistical value of the data provision fee that is one of the attribute information of the basic information (in this embodiment, as an example, an average value, a maximum value) , Minimum value, median value, mode value, etc.) are displayed as reference values.

  When the first user U1 clicks the reference value display button on the second basic information browsing screen, the reference of the first user U1 is displayed together with the data identification information attached to the basic information to be displayed as the reference value. A value output request is transmitted from the first user terminal 21 to the system 1 (step # 225). When receiving the reference value output request, the data output processing unit 12 sets a statistical value (for example, an average value, a maximum value, a minimum value) set in advance for the data provision fee of the basic information to be displayed as the reference value. Is calculated (step # 125) and is transmitted as reference value data to the first user terminal 21 of the first user U1 who has requested the reference value output (step # 126). The first user terminal 21 processes the received reference value data and is included in the received reference value data in a predetermined display area on the second basic information browsing screen displayed in step # 222 or step # 224. The statistical values (for example, average value, maximum value, minimum value) are displayed (step # 226). The first user U1 can check the displayed statistics and compare it with the data provision fee that he has already set, or reference the data provision fee to be set in the future. It becomes. The first user U1 can repeat the reference value output request as many times as necessary.

[Power data transmission processing]
FIG. 5 shows processing contents of the data output processing unit 12 of the present system 1 and transmission / reception of data between the data output processing unit 12 and the second user terminal 22 in the power data transmission processing (step # 13). It is a flowchart shown to a series.

  In the power data transmission process (step # 13), the data output processing unit 12 obtains data of the second user U2 accompanied by the data identification information of the power data received via the data communication network 20 and the consideration data indicating the payment of the compensation. In response to the request, the power data corresponding to the data identification information included in the data acquisition request is read from the data storage unit 14, and the data is sent to the second user terminal 22 of the second user U2 who has made the data acquisition request. This is a process of transmitting via the communication network 20.

  First, in a state where the first basic information browsing screen is displayed on the display screen of the second user terminal 22 in step # 312 or step # 314 of the first basic information browsing data transmission process (step # 11) described above. On the first basic information browsing screen, for example, the right end or the left end of each column of the basic information displayed in a tabular form on the first basic information browsing screen by the second user U2 wishing to acquire power data If you click the check box etc. provided in, select and click the confirm button indicating that you want to acquire power data, you have agreed to acquire power data at the data provision fee indicated in the selected basic information On the second user terminal 22, the consideration data calculated based on the data provision fee and the consideration data attached to the selected basic information are displayed. Data acquisition billing data including the data identification number is created for each selected basic information is transmitted to the system 1 (step # 331).

  Here, since the composition period of the power data is 12 months or more and is indefinite length, it is assumed that by default, the acquisition of all the power data in the composition period of the power data indicated in the selected basic information is agreed. The consideration of the consideration data is calculated by multiplying the data provision fee (the unit price of the electricity data for 12 months) by the number of months of the composition period of the electricity data and dividing the result by 12. On the other hand, when the configuration period of the power data indicated in the basic information exceeds 12 months, the second user U2 determines that the first user U1 has only the configuration period for the last 12 months as power data. Is allowed to provide only the latest 12 months of power data exceeding 12 months, the first basic information browsing screen allows the second user U2 to set the relevant configuration period. It is preferable to create information browsing data in advance. Therefore, when the second user U2 sets the configuration period on the first basic information browsing screen, the data acquisition request data includes the configuration period of the power data set by the second user U2 for each basic information. Thus, the consideration of the consideration data is calculated by multiplying the data provision fee by the number of months of the configuration period of the power data set by the second user U2 and dividing by 12.

  The data output processing unit 12 reads one or more power data corresponding to the data identification number included in the received one or more data acquisition request data from the data storage unit 14, and a power data file including the power data is created. (Step # 131), the data is transmitted to the second user terminal 22 of the second user U2 who has requested the data acquisition (Step # 132). On the display screen of the second user terminal 22, a receipt confirmation display of the downloaded power data file is output, and when the second user U2 responds to the receipt confirmation display, each power data in the power data file is changed to the second The data is stored in a predetermined storage area in the user terminal 22 or a storage area designated at the time of response to the receipt confirmation display (step # 332). The second user U2 can repeat the data acquisition request as many times as necessary.

[Compensation data transmission processing]
FIG. 6 shows the processing contents of the data output processing unit 12 of the system 1 and the data transmission / reception between the data output processing unit 12 and the first user terminal 21 in the consideration data transmission processing (step # 14). It is a flowchart shown to a series.

  The consideration data transmission process (step # 14) provides the power data transmitted by the data output processing unit 12 in the power data transmission process (step # 13) after the power data transmission process (step # 13) is completed. In the processing performed for one or a plurality of first users U1, the consideration data included in the data acquisition request data received from the second user terminal 22 is sent to each first user terminal 21 of the first user U1. This is a process of transmitting via a data communication network.

  Specifically, the data output processing unit 12 provided the transmitted power data after transmitting the power data file to the second user terminal 22 in step # 132 of the above-described power data transmission process (step # 13). Alternatively, when the second user U2 changes the configuration period of the power data to the first user terminals 21 of the plurality of first users U1, the consideration data included in the data acquisition request data corresponding to the first user U1. Transmits including the changed configuration period (step # 141). The transmission process of step # 141 is performed on the preset e-mail address of each first user U1 by e-mail or the like, for example. When there are a plurality of first users U1 that have provided the transmitted power data, the first user U1 is repeatedly performed a plurality of times.

  When each first user U1 receives the consideration data by e-mail or the like (step # 241), the power data registered in the system 1 is provided to the second user U2 for a fee for each first user U1. It is notified that the consideration indicated in the data is credited to the account set on the system 1.

[Compensation transfer processing]
FIG. 7 shows the consideration transfer processing (step # 15) executed by the consideration data processing unit 13 of the present system 1, the power data transmission processing (step # 13) and the consideration data executed by the data output processing unit 12 of the present system 1. It is a flowchart which shows the context between transmission processing (step # 14).

  The consideration data processing unit 13 is based on the consideration data included in the data acquisition request that the data output processing unit 12 receives from the second user terminal 22 of the second user U2 after the power data transmission process (step # 13). Transfer of consideration related to acquisition of power data shown in the consideration data from the account of second user U2 who has requested data acquisition in account database 15 to the account of first user U1 who is the provider of power data Processing is executed (step # 15).

  As shown in FIG. 7A, the consideration transfer process (step # 15) is executed in parallel with the consideration data transmission process (step # 14) after the power data transmission process (step # 13). As shown in FIG. 7B, it is assumed that the process is executed after the power data transmission process (step # 13) and before the consideration data transmission process (step # 14).

[Service proposal transmission processing]
FIG. 8 shows the processing contents of the data output processing unit 12 of the present system 1 in the service proposal transmission processing (step # 16), and between the data output processing unit 12, the first user terminal 21 and the second user terminal 22. It is a flowchart which shows transmission / reception of data in time series. The service proposal transmission process (step # 16) is provided for the convenience of the second user U2, and is an optional process content and not an essential process content.

  The service proposal transmission process (step # 16) relates to the service proposal included in the service proposal request according to the service proposal request of the second user U2 received by the data output processing unit 12 via the data communication network 20. This is a process of transmitting information via the data communication network 20 to the first user terminal 21 of the first user U1 corresponding to the data identification information included in the service proposal request.

  First, in a state where the first basic information browsing screen is displayed on the display screen of the second user terminal 22 in step # 312 or step # 314 of the first basic information browsing data transmission process (step # 11) described above. On the first basic information browsing screen, the basic information of one or a plurality of first users U1 for whom the second user U2 wishes to propose a service is displayed in each column of the basic information displayed in a table format, for example. When a check box or the like provided at the right end or the left end is selected by clicking or the like and a confirmation button indicating that a service proposal is desired is clicked, the power data attached to the selected basic information on the second user terminal 22 Service proposal pre-billing data including the data identification information is generated and transmitted to the system 1 (step # 361). Here, in the present embodiment, the selected basic information is the first basic information browsing data transmission process (step # 11) in step # 331 as a condition that allows the user to click the confirm button to request service proposal. It is limited to the basic information that the two users U2 have selected as data acquisition requests. Therefore, if the basic information selected in step # 361 includes basic information other than the basic information selected in step # 331, the basic information is excluded from the display screen of the second user terminal 22. A confirmation message may be output.

  The data output processing unit 12 performs, for example, the type of service proposal, the content and price of the service proposal, the name of the second user U2, the affiliation, for each of one or more pieces of data identification information included in the received service proposal pre-billing data. Service proposal entry form data for filling in specific service proposal contents including the person in charge, contact information, etc. is created in a data format that can be displayed by a general WEB page display browser software (step # 161). It transmits to the second user terminal 22 of the accessed second user U2 (step # 162).

  At the second user terminal 22, the service proposal entry form data is processed by the browser software for displaying the WEB page, and the service proposal entry form screen is displayed on the display screen of the second user terminal 22 (step # 362). . Here, the second user U2 adds the above-mentioned specific service proposal content to the input form for each of one or a plurality of data identification information on the service proposal entry form screen displayed on the display screen of the second user terminal 22. When the confirmation button is clicked, service proposal request data is created on the second user terminal 22, the confirmation screen is displayed on the display screen (step # 363), and the second user U2 confirms the confirmation. When the transmission button on the screen is clicked, the service proposal request data is transmitted from the second user terminal 22 to the system 1 (step # 364).

  The data output processing unit 12 sends service proposal request data to each first user terminal 21 of the first user U1 corresponding to each data identification information for each of one or a plurality of data identification information included in the received service proposal request data. The service proposal corresponding to the first user U1 included in is transmitted (step # 163). The transmission processing in step # 163 is performed on the preset email address of each first user U1 by, for example, email. When there are a plurality of first users U1 corresponding to each data identification information, it is repeatedly performed a plurality of times for each first user U1.

  When each first user U1 receives a service proposal by e-mail or the like (step # 261), the service proposal from the second user U2 to each first user U1 is notified to each first user U1.

  The service proposal for one or more first users U1 of the second user U2 is made in a state where the anonymity of the first user U1 is maintained. Therefore, the anonymity is not hindered or impaired by the first user U1 simply providing his / her own power data for a specific second user U2. The first user U1 who has received the service proposal may disclose necessary personal information to the second user U2 at the stage of actually receiving the provision of the service proposal.

[Another embodiment]
Next, another embodiment of the above embodiment will be described.

  <1> In the above embodiment, in the data input process (step # 10), the data input processing unit 11 receives the basic information and the power data file transmitted from the first user terminal 21 (step # 102). In the above description, the basic information and the power data file are stored in the data storage unit 14 with the common data identification information or the user ID of the first user U1 (step # 103). The first user U1 The basic information and power data file that have already been transmitted to the system 1 can be updated by transmitting new basic information and power data file through the same processes as in steps # 201 to # 203. In this case, the data input processing unit 11 can store the updated basic information and the power data file in the data storage unit 14 through the same processing as steps # 102 to # 103.

  In the first basic information browsing data transmission process (step # 11) and the second basic information browsing data transmission process (step # 12) after the update process, all the data executed up to the time of access by the above update process. First basic information browsing data and second basic information browsing data are created based on the basic information of all the first users U1 stored in the data storage unit 14 in the input process and the update process, respectively.

  <2> In the second basic information browsing data transmission process (step # 12) of the above embodiment, the data output processing unit 12 adds the second basic information browsing data created in step # 121 to the second basic information browsing screen. It is also a preferred embodiment that the number of times the power data is provided to the second user is included in each column of the basic information displayed in a tabular format. The display of the number of times may be included in the default display, or may be executed by clicking a predetermined display button.

  The first user U1 who has confirmed the number of times on the second basic information browsing screen can grasp the relationship between the number of times and the attribute information in the basic information, in particular, the data provision fee.

  <3> In the above embodiment, the data providing fee is input by the first user U1 as one of the essential input items of the attribute information in the data input process (step # 10) (step # 203). Although the case where the part 11 preserve | saves in the data storage part 14 as a part of received basic information (step # 103) was demonstrated, the 1st user U1 does not set a data provision charge individually, In the operation of the system 1, it may be handled as a preset fixed fee.

  <4> In the above embodiment, the case has been described in which the system 1 includes the consideration data processing unit 13 and the account database 15 for performing the consideration transfer process (step # 15). However, the consideration data processing unit 13 is not provided, The operator of the system 1 may manually execute a process corresponding to the price transfer process (step # 15) or a process to be replaced after the power data transmission process (step # 13) is completed. Good. In this case, the account database 15 may be provided according to the necessity of the manual processing, and is not necessarily provided depending on the processing content of the manual processing.

  Further, even when the consideration data processing unit 13 and the account database 15 are provided, they may be provided as a system different from the system 1.

  <5> In the above embodiment, time series data of the past one year or more of received power amount every 30 minutes is assumed as power data, but the time unit of time series data is not limited to 30 minutes, It may be shorter or longer than 30 minutes. Further, the time-series data configuration period is not limited to one year or more, and time-series data of less than one year may be allowed.

  The present invention supports a fee-based provision of time-series power data indicating the amount of power received from a commercial power system of a first user from a first user who is a power consumer to a second user who is a user of power data. It can be used for a power data brokerage system.

DESCRIPTION OF SYMBOLS 1: Electric power data mediation system 11: Data input process part 12: Data output process part 13: Consideration data process part 14: Data storage part 15: Account database 20: Data communication network (Internet)
21: First user terminal 22: Second user terminal U1: First user U2: Second user

Claims (10)

Data processing for supporting fee-based provision of time-series power data indicating the amount of received power from the commercial power grid of the first user who is a power consumer from the first user to the second user who is a user of the power data A power data intermediary system configured to include a data input processing unit, a data output processing unit, and a data storage unit,
The data input processing unit is
Receiving basic information comprising a plurality of attribute information related to the power data separately from the first user terminals of the plurality of first users, and the power data via a predetermined data communication network, Configured to store in the data storage unit,
The data output processing unit is
At least one of the basic information or the plurality of attribute information of all the first users stored in the data storage unit in response to the browsing request of the second user received via the data communication network. The first basic information browsing data in a predetermined display format including basic information of a part of the first user selected based on the section and identification information of the power data is the provider of the power data Create the first user indefinitely and send it to the second user terminal of the second user who made the browsing request via the data communication network,
In response to the second user's data acquisition request with the identification information of the power data received via the data communication network and the consideration data indicating the payment of the consideration, corresponding to the identification information included in the data acquisition request The power data is read from the data storage unit and transmitted to the second user terminal of the second user who has made the data acquisition request via the data communication network,
The consideration data is configured to be transmitted via the data communication network to a first user terminal of the first user who is a provider of the power data transmitted in response to the data acquisition request. Power data mediation system characterized by.   The power data mediation system according to claim 1, wherein the basic information includes a data provision fee for the power data set by the first user.   The data output processing unit further includes the basic information of all the first users stored in the data storage unit, according to the browsing request of the first user received via the data communication network, or The second basic information browsing data in a predetermined display format including a part of the basic information of the first user selected based on at least a part of the plurality of attribute information is the provider of the power data The first user is created indefinitely and is transmitted to the first user terminal of the first user who has made the browsing request via the data communication network. 3. The power data mediation system according to 1 or 2.   The data output processing unit further includes all or part of the first users included in the second basic information browsing data according to the reference value output request of the first user received via the data communication network. The predetermined statistical value of the data provision fee, which is one of the attribute information of the basic information, is calculated as a reference value, and the first user terminal of the first user who has requested the reference value output, 4. The power data brokering system according to claim 3, wherein the power data brokering system is configured to transmit via a data communication network.   5. The power data mediation system according to claim 3, wherein the second basic information browsing data includes the number of times the power data is provided to the second user.   6. The power data mediation system according to claim 1, wherein the basic information includes a power receiving area and a power receiving contract content.   The said 1st user is a general household user, The said basic information contains at least any one of the kind of residence, a family structure, and the possessed electric equipment, The any one of Claims 1-6 characterized by the above-mentioned. Power data brokerage system described in 1.   The data output processing unit further includes, in the service proposal request, information related to the service proposal included in the service proposal request according to the service proposal request of the second user received via the data communication network. Any one of Claims 1-7 characterized by transmitting to the 1st user terminal of the said 1st user corresponding to the said identification information of the said electric power data via the said data communication network. The power data brokerage system according to item 1. An account database for managing deposits and withdrawals and balances of accounts for payment of the first user and the second user;
Consideration for performing a transfer process of the consideration from the account of the second user who requested the data acquisition in the account database to the account of the first user who is the provider of the power data based on the consideration data The power data mediation system according to claim 1, further comprising a data processing unit. The power data mediation system according to any one of claims 1 to 9, wherein the power data is time-series data of received power amount every 30 minutes over the past year.

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