KR102286051B1 - Solar Energy Business Development Business Platform and its Operating Methods - Google Patents

Abstract

The present invention relates to a solar business development business platform and an operating method thereof. A solar business development business platform and its operating method according to an embodiment of the present invention is a solar business development business platform including one or more devices and a server for operating the business platform, receiving information input through the device. An information input module, an information inquiry module for inquiring information input from the information input module, and an information calculation module for calculating data related to the installation and operation of a solar power generation device based on the information queried by the information inquiry module; It includes an information display module that displays the data, and a business information analysis module that analyzes and calculates the overall data of the photovoltaic device, and one or more posts including images, videos, and texts are posted, and the posts are posted on another device. It includes a solar learning site providing module that provides, a community providing module that communicates between the server and one or more devices, a game providing module that provides a game, and a webtoon providing module that provides a cartoon or webtoon, It includes an incentive information providing module to share information by posting it on the business platform.

Description

Solar Energy Business Development Business Platform and its Operating Methods

The present invention relates to a solar business development business platform and an operating method thereof. More specifically, it relates to a photovoltaic business development business platform for calculating a more accurate cost estimate when installing a photovoltaic device in a building, and sharing information about the photovoltaic power generation industry, and an operating method thereof.

Power generation using oil, coal or gas not only destroys the environment, but also has several problems, such as damaging the global environment due to the emission of greenhouse gases such as carbon dioxide generated during combustion. Accordingly, in recent years, power generation facilities using eco-friendly energy sources such as hydro power, wind power, solar power, etc. have been developed. The power generation facility of such an eco-friendly energy source has several advantages such as not destroying the environment and not consuming resources.

Among these, solar power generation has the least space restrictions as it is possible to install power generation facilities in an area where the sun shines. Therefore, it is more preferred.

On the other hand, an operator who wants to build a new solar power generation facility analyzes and predicts the investment cost, operating cost, sales and net profit related to the installation and operation of the power generation facility prior to the installation of the power generation facility, and according to the result, the I want to decide to install. In other words, in order to review the feasibility of new construction of solar power generation facilities, it is necessary to accurately predict in detail the construction cost of power generation facilities according to the characteristics of the installation area, the amount of power generation according to the types of power generation facilities, and operating profitability from them. will be.

However, in the prior art, revenue was expected by simply predicting the amount of solar power generation according to a calculation formula reflecting the time of daylight in the area where the photovoltaic power generation facility was installed. Accordingly, the conventional profitability prediction method has a problem in that it is difficult to provide detailed cost information, sales information by solar power generation, and accurate profitability information from these information when a new solar power generation facility is to be built and operated. there was.

Republic of Korea Patent Publication No. 10-2013-0034535

It is an object of the present invention to provide a solar business development business platform and an operating method for calculating a more accurate cost estimate when installing a solar power generation device in a building, and for sharing information about the solar power generation industry.

In order to solve the above problem,

The solar business development business platform according to an embodiment of the present invention is a solar business development business platform including one or more devices and a server operating the business platform, an information input module for receiving information input through the device and an information inquiry module for inquiring information input from the information input module, and an information calculation module for calculating data related to the installation and operation of a solar power generation device based on the information queried by the information inquiry module; a business information analysis module comprising an information display module for displaying data, and analyzing and calculating overall data of the solar power generation device; and

One or more posts including images, videos, and texts are posted, and a solar learning center providing module that provides the posts to another device, a community providing module that communicates between the server and the one or more devices, and a game an incentive information providing module comprising a game providing module providing a game and a webtoon providing module providing a cartoon or webtoon, wherein the one or more devices post a post on the business platform to share information;

may include.

In addition, in the photovoltaic business development business platform according to an embodiment of the present invention, the information input module includes an address input unit for inputting an address, an investment cost input unit for inputting an investment cost of the photovoltaic device, and the photovoltaic device. It may further include a business type input unit for inputting a type.

In addition, in the photovoltaic business development business platform according to an embodiment of the present invention, the business type input unit may receive any one of a forest, a mountainous area, a beach, and an agricultural type to select the type of the photovoltaic device.

In addition, in the photovoltaic business development business platform according to an embodiment of the present invention, the information inquiry module includes an address inquiry unit for inquiring an input address, and a land inquiry for the land area of the address inquired by the address inquiry unit. It further includes an area inquiry unit, the address inquiry unit, a map inquiry unit that matches the land selected by the land area inquiry unit and a map previously stored in the server, and a solar radiation inquiry unit that inquires the insolation of the address searched by the address inquiry unit can do.

In addition, in the solar business development business platform according to an embodiment of the present invention, the insolation inquiry unit receives insolation and shade data from a plurality of media for measuring insolation and shade, and through a separate algorithm stored in the server It is possible to verify the accuracy and reliability of insolation and shading data.

In addition, in the photovoltaic business development business platform according to an embodiment of the present invention, the insolation inquiry unit measures the insolation and shading when the data verifying the insolation and shading data is lower than the accuracy or reliability preset in the server. It is possible to re-request solar radiation and shadow data from the medium.

In addition, in the photovoltaic business development business platform according to an embodiment of the present invention, the information calculation module includes: a capacity calculator for calculating a photovoltaic power generation capacity;

an insolation calculation unit receiving the insolation data retrieved from the information inquiry module and calculating the insolation amount of the installation area;

an area calculation unit for receiving the land area data inquired from the information inquiry module and calculating a land area in which a photovoltaic power generation device can be installed;

an investment cost calculation unit receiving the effective area data provided from the effective area calculation unit and the investment cost provided from the information input module to calculate the effective investment cost of the solar power generation device;

a sales calculation unit for receiving the investment cost data provided by the investment cost calculation unit and calculating the sales generated through the solar power generation device; and

a yield calculation unit for receiving the investment cost data provided from the investment cost calculation unit and calculating a rate of return generated through the solar power generation device;

may include.

In addition, in the photovoltaic business development business platform according to an embodiment of the present invention, the area calculator may include an effective area calculator that calculates a land area in which a photovoltaic module can be installed.

In addition, in the photovoltaic business development business platform according to an embodiment of the present invention, the investment cost calculation unit receives the investment cost provided from the information input module and the land area data provided from the area calculation unit, then solar power generation The installation scale of the device can be calculated.

In addition, in the photovoltaic business development business platform according to an embodiment of the present invention, the investment cost calculation unit equipment cost calculation unit for calculating the cost of equipment for installing the solar power generation device; and

a construction cost calculation unit for calculating a construction cost for installing the solar power generation device;

may further include.

In addition, in the solar business development business platform according to an embodiment of the present invention, the information display module includes an image output unit for outputting an image, a data output unit for outputting data, and a company or product affiliated with the server. an advertisement output unit for outputting advertisements;

Including, the information display module may be output to the device.

In addition, in the photovoltaic business development business platform according to an embodiment of the present invention, the business information analysis module manages the power generated from the photovoltaic device, and matches with at least one device that wants to trade power Matching providing module for trading the generated power;

may further include.

In addition, in the photovoltaic business development business platform according to an embodiment of the present invention, the device includes a power supply device matched with another device to supply power generated from the photovoltaic device;

a power demand device matched with the server to receive power generated from the photovoltaic device;

a technology specialized device that provides technology necessary for operating and managing the solar power generation device; and

a cost investment device for investing the cost of installing the solar power generator or the generated power;

may include.

In addition, in the photovoltaic business development business platform according to an embodiment of the present invention, the matching providing module includes a matching guide unit that provides a tutorial of a transaction matching usage method, question answering and matching providing module;

a matching suggestion unit that proposes services, investment, power purchase, and power sale to another device through the device;

a matching search unit that searches for a device matching a condition for which the device is to be searched;

a matching control unit that manages and controls at least one mutually matched device, and writes and manages a proposal to send a proposal to the device; and

a matching auction unit in which at least one or more devices matched with the device are matched to each other and auctioned to purchase or sell power;

may include.

In addition, in the photovoltaic business development business platform according to an embodiment of the present invention, when the matching search unit searches for another device that satisfies the condition required by the device, a matching request for requesting matching to the found device wealth;

may further include.

In addition, in the solar business development business platform according to an embodiment of the present invention, the matching auction unit is mutually matched with the device and another device, and the amount of electricity and the price to be sold at the auction from the device are disclosed. a net auction matching unit that sells electricity that meets a condition through an auction from another device through an auction; and

a reverse auction matching unit for mutually matching the device and another device, announcing the amount and price of electricity to be purchased at the auction from the other device, and purchasing power that meets the conditions through the auction from the device;

may include.

In addition, in the photovoltaic business development business platform according to an embodiment of the present invention, the business information analysis module controls and manages the reputation of at least one or more devices linked to the server to make it big data, and to store the big data data. a reputation providing module for providing another device;

may further include.

In addition, in the solar business development business platform according to an embodiment of the present invention, the reputation providing module includes: a reputation search unit for searching the reputation information of the device pre-stored in the server;

a reputation editing unit for editing the reputation data of the device pre-stored in the server; and

a reputation data unit that analyzes at least one post written in each community of the incentive information providing module operated in the server and processes it into reputation data;

may further include.

In addition, in the photovoltaic business development business platform according to an embodiment of the present invention, the reputation editing unit may selectively grant the server the right to edit the reputation data to the device.

In addition, in the solar business development business platform according to an embodiment of the present invention, the reputation data unit may give a reputation ranking to each device 20 based on the processed reputation data.

In addition, in the solar business development business platform according to an embodiment of the present invention, the solar learning course providing module publishes a post written by the device selecting at least one of an image, a video, or a text, a data providing unit that provides another device; and

an information posting unit for the server to publish a post written by selecting at least one of an image, a video, or text, and to expose the post to the device or the data providing unit;

may include.

In addition, in the photovoltaic business development business platform according to an embodiment of the present invention, the information posting unit is an update posting unit for displaying a notice of a solar power generation device or a transaction matching system;

an update posting unit for displaying information about a scheduled update or an update performed by the solar power generation device or the transaction matching system; and

an event posting unit for displaying event related information of the solar power generation device or the transaction matching system;

may include.

In addition, in the photovoltaic business development business platform according to an embodiment of the present invention, as for the posts written in the information posting unit, only the posts separately selected by the server may be displayed at the top of the data providing unit.

In addition, in the photovoltaic business development business platform according to an embodiment of the present invention, an information communication unit capable of answering a question related to the photovoltaic device through a device to the server;

a social network unit capable of transmitting and receiving messages between the device and the server or device;

an advertisement providing unit for receiving advertisements produced as models of companies or products and displaying advertisements on the inducement information providing module;

an information retrieval unit for entering a search condition among one or more posts posted on the solar learning site providing module and searching for posts matching the condition;

may further include.

In addition, in the method of operating a solar business development business platform including a server including a business information analysis module according to an embodiment of the present invention and one or more devices interworking with the server,

(a) inputting an address through the device;

(b) inquiring the address input in step (a) in an information inquiry module configured in the business information analysis module;

(c) calculating a total area based on the address searched in step (b), and calculating an effective area in which a photovoltaic device can be installed from the calculated total area;

(d) selecting a business type of the solar power generation device to be installed in the calculated total area, and applying a weight according to the selected business type;

(e) calculating the weighted data and outputting it to the device;

may include.

In addition, in the method of operating a solar business development business platform according to an embodiment of the present invention, in the step (b), the address inquiry unit inquires the address, and the land area of the address inquired by the address inquiry unit is land After inquiring in the area inquiry unit, insolation in the land area searched in the insolation inquiry unit can be inquired.

In addition, in the method of operating a solar business development business platform according to an embodiment of the present invention, the step (e) is

go. inquiring the total area and effective area calculated in step (c);

me. calculating the installed capacity of the photovoltaic device relative to the inquired effective area;

all. applying a REC weight to the calculated installed capacity;

La. calculating sales and yields according to the solar power generation device compared to the inquired effective area;

mind. outputting the calculated data to a device;

may further include.

In addition, in the method of operating a solar business development business platform according to an embodiment of the present invention, the step (e) is

go. calculating the effective area and insolation data calculated in step (c);

me. calculating an investment cost according to the business type selected in step (d) and designing a solar power generation device;

all. analyzing design, construction information, and operation information for the construction of a photovoltaic device based on the investment cost data calculated in step (b);

La. outputting the design, construction information and operation information analyzed in (c) to a device; and

mind. Selecting one of the comprehensive report, investment cost statement, or financial statement of the solar power generation device based on the information analyzed in (c), and file it;

may further include.

In addition, in the method of operating a solar business development business platform according to an embodiment of the present invention, the design and construction information includes panels, inverters, transformers, equipment including structures, grid connection, construction rate, sales information, and site It may include price information, investment cost procurement, and operation and maintenance costs.

In addition, in the method of operating a solar power business development business platform according to an embodiment of the present invention, the operation information may include facility maintenance and management, remote inspection, operation manual, and risk management.

In addition, in a method of requesting an investment through a business platform, including a server operating a business platform according to an embodiment of the present invention, and one or more devices interworking with the server,

(a) transmitting the investment request form of the solar power generation device written in the device to the server;

(b) matching the quotation and the investment request provided from the device in advance stored in the server;

(c) transmitting the matched quotation to the device;

(d) analyzing the quotation received by the device to determine whether or not to invest in a solar power generation device; and

(e) the device prepares an investment letter of intent and submits it to the server;

may further include.

In addition, in the method of operating a solar business development business platform according to an embodiment of the present invention, in step (d), when the total investment amount of the solar power generation device provided in the received quotation is different, the total investment amount can be coordinated

In addition, in the method of operating a solar business development business platform according to an embodiment of the present invention, after performing the step (e), the server determines whether or not the LOI received from the device is approved, and the determined Whether or not there is approval can be communicated to the company that provided the quotation.

In addition, in the method of operating a business platform including a server including a solar learning site providing module according to an embodiment of the present invention and one or more devices interworking with the server,

(a) writing a post to be provided to the server on the device and posting it on the server;

(b) determining the type of the post posted by the device;

(c) storing the posts in different databases according to the types of posts;

(d) authenticating the posting in the server; and

(e) displaying the posting on a device by posting the posting to a data provider;

may include.

In addition, in the method of operating a solar business development business platform according to an embodiment of the present invention, when the server rejects the authentication of the post in step (d), the post is transmitted to a separate management server Re-authentication may be performed.

In addition, in the method of operating a solar power business development business platform according to an embodiment of the present invention, when the re-authentication fails in the re-authentication process of the post, the post may be deleted.

In addition, in an operating method of a platform including a server including a solar learning site providing module according to an embodiment of the present invention and one or more devices interworking with the server,

(a) submitting the post written from the server to the information posting unit configured in the solar learning center providing module;

(b) determining the type of the posting;

(c) registering on a bulletin board configured in the information posting unit according to the determined type of posting;

(d) determining whether the registered post is fixed to the uppermost end of the data providing unit configured in the solar learning site providing module;

may include.

In addition, in the method of operating a solar business development business platform according to an embodiment of the present invention, in the step (d), the server may determine whether the post is fixed at the top of the data providing unit.

In addition, in the method of operating a business platform including a server including a game providing module according to an embodiment of the present invention and one or more devices interworking with the server,

(a) providing, by the server, a quiz related to solar power generation business to the device, and determining whether an answer is correct;

(b) determining, by the server, the number of correct answers matched by the device, and paying corresponding game points to the device;

(c) purchasing land or equipment necessary to construct a photovoltaic device, and constructing a photovoltaic device;

(d) acquiring game points by solving problems that occur while operating the solar power generation device;

(e) transmitting the accumulated game points to the server, comparing game points stored in the server, and assigning a ranking;

may include.

In addition, in the method of operating a solar business development business platform according to an embodiment of the present invention, when the device fails to acquire a preset game point from the server in the step (b), the step (a) can be re-attempted.

In addition, in the method of operating a solar business development business platform according to an embodiment of the present invention, the land and equipment in step (c) are given different game points, and the device according to the land or equipment selected by the device The game points held by the player may be deducted.

In addition, in the method of operating a solar business development business platform according to an embodiment of the present invention, the step (d) includes a first situation in which the solar panel of the constructed solar power generation device is contaminated;

a second situation in which weeds are generated at the point where the solar panel is installed;

a third situation in which the equipment supporting or fixing the solar panel is broken or damaged;

When at least one of the first to third situations occurs, the amount of game points acquired may be reduced.

In addition, in the method of operating a solar business development business platform according to an embodiment of the present invention, when at least one of the first to third situations occurs, the device performs a corresponding problem solving activity You can put an end to the situation.

In addition, in the method of operating a solar business development business platform according to an embodiment of the present invention, the first time when at least one of the first to third situations occurs and the device performs a problem solving activity After measuring the second time when the situation is finished, calculating the difference value of the first time from the second time, the difference value is applied to the amount of power generated by the photovoltaic device, and the added score corresponding to the difference value can be given

In addition, in the method of operating a solar business development business platform according to an embodiment of the present invention, the accumulated game points are the balance of investment costs and game points and power generation obtained by performing power generation from the solar power generation device. The accumulated game points can be accumulated while solving the problems that occur during execution.

In addition, in the method of operating a solar business development business platform according to an embodiment of the present invention, the step (e) may be displayed on the device after receiving the ranking of the accumulated game points from the server.

These solutions will become more apparent from the following detailed description of the invention based on the accompanying drawings.

Prior to this, the terms or words used in the present specification and claims should not be construed in their ordinary and dictionary meanings, and the inventor may properly define the concept of the term in order to best describe his invention. It should be interpreted as meaning and concept consistent with the technical idea of the present invention based on the principle that it is possible.

According to an embodiment of the present invention, if an address where a photovoltaic device is to be installed and an investment cost are input, overall data of the photovoltaic device, such as the installation scale and yield of the photovoltaic device, may be provided.

In addition, according to an embodiment of the present invention, when an investment request form is prepared to install a solar power generation device, the quotation is provided by matching the optimal quotation that matches the data written in the investment request form by matching the quotation stored in the server. can

In addition, according to an embodiment of the present invention, if only the address where the solar power generation device is to be installed is input, the predicted power generation amount and yield of the solar power generation device may be analyzed according to information on land type and insolation amount.

In addition, according to an embodiment of the present invention, an auction may be conducted for electricity generated from a solar power generation device through a business platform, and a buyer or a seller may host the auction.

In addition, according to an embodiment of the present invention, various information can be shared by posting a post created from a device or a server on a business platform.

In addition, according to an embodiment of the present invention, 1:1 communication may be performed between devices or between devices and servers through a business platform.

In addition, according to an embodiment of the present invention, it is possible to provide benefits and basic knowledge of the solar power generation device through the game providing module provided from the business platform.

1 is a block diagram showing the entire solar power business development business platform according to an embodiment of the present invention.
2 is a block diagram showing an information input module of a solar power business development business platform according to an embodiment of the present invention.
3 is a block diagram showing an information inquiry module of a solar power business development business platform according to an embodiment of the present invention.
4 is a block diagram showing an information calculation module of a solar power business development business platform according to an embodiment of the present invention.
5 is a block diagram showing an information display module of a solar power business development business platform according to an embodiment of the present invention.
6 is a block diagram showing a matching providing module of a solar business development business platform according to an embodiment of the present invention.
7 is a block diagram showing a flat panel providing module of a solar power business development business platform according to an embodiment of the present invention.
8 is a block diagram showing a solar power learning site providing module of a solar business development business platform according to an embodiment of the present invention.
9 is a block diagram showing a community providing module of a solar power business development business platform according to an embodiment of the present invention.
10 to 12 are flowcharts showing a method of calculating expected data of a solar power generation device based on the address and investment of the operating method of the solar power business development business platform according to an embodiment of the present invention.
13 is a flowchart showing a method of matching the information described in the investment request form and the optimized quotation of the operation method of the solar power business development business platform according to an embodiment of the present invention.
14 to 15 are flowcharts showing a method for posting a post created in a device or server of the operating method of the solar power business development business platform according to an embodiment of the present invention.
16 to 18 are flowcharts illustrating a method for a device to play a game through a game providing module of a method of operating a solar power business development business platform according to an embodiment of the present invention.

The specific aspects and specific technical features of the present invention will become more apparent from the following detailed description and embodiments in conjunction with the accompanying drawings. In the present specification, in adding reference numerals to the components of each drawing, it should be noted that the same components are given the same reference numerals as possible even if they are indicated on different drawings. In addition, in describing an embodiment of the present invention, if it is determined that a detailed description of a related well-known configuration or function may obscure the gist of the present invention, the detailed description thereof will be omitted.

In addition, in describing the components of the present invention, terms such as first, second, A, B, (a), (b), etc. may be used. These terms are only for distinguishing the elements from other elements, and the essence, order, or order of the elements are not limited by the terms. When a component is described as being “connected”, “coupled” or “connected” to another component, the component may be directly connected to or connected to the other component, but another component may exist between each component. It should be understood that elements may be “connected,” “coupled,” or “connected.”

Hereinafter, an embodiment of the present invention will be described in detail based on the accompanying drawings.

As shown in FIG. 1 , the solar power business development business platform provides information related to solar power generation, and is connected to the server 30 and the server 30 operating the business platform 10 through wired/wireless communication to create a business platform. It may include a device 20 for displaying information provided from (10).

The device 20 may be formed in various forms, for example, it may be configured by selecting any one of a laptop computer, an iPad, a smartphone, and a computer. may include items.

The business platform 10 analyzes information necessary for solar power generation, such as investment, operation, and power generation of the solar power generation device, and provides a business information analysis module 100 that provides the analyzed data and one or more information related to solar power generation. It can be published and includes an incentive information providing module 200 that shares the posted information.

First, the business information analysis module 100 includes an information input module 110 for receiving information input through the device 20 and an information inquiry module 130 for inquiring information input from the information input module 110 and , an information calculation module 150 for calculating data related to the installation and operation of a solar power generation device based on the information searched by the information inquiry module 130, and an information display module 170 for displaying the calculated data. can do.

The project information analysis module 100 receives basic resources (eg, investment, land type, power generation type) for conducting a solar power project through the information input module 110 , and inquires the land area and insolation, and retrieves the data Based on the calculation of the amount of power generation, yield, etc. from the solar power generation device, the corresponding data may be guided through the device 20 .

1 and 2, the information input module 110 is a module provided to receive data (eg, investment money, land type, power generation type) input from the device 20, and an address input unit 111, It may include an investment cost input unit 112 and a business type input unit 113 .

The address input unit 111 is configured to receive an input of the address of the land on which the solar power generation device (or solar power generation business) is to be installed, and by inputting either the lot address (old address) or the street name address (new address) You can designate the location where you want to install the photovoltaic device.

In addition, the address input unit 111 is matched with a map stored in advance from a separate server to identify obstacles when installing a photovoltaic device such as a building or facility installed at the address, and provide the data to the server 30 . However, the present invention is not limited thereto, and facilities or buildings installed on the land may be detected while matching the land area or solar insolation through the map inquiry unit 132 to be described later.

The investment cost input unit 112 is configured to receive an input amount that can pay the installation cost of the photovoltaic device, and input the total amount generated when installing the photovoltaic device, or the amount to invest in the photovoltaic device can be input, and the amount of money to invest in the solar power generation device or the maximum amount that can be invested can be input through the device 20 .

The business type input unit 113 is configured to receive the type of photovoltaic device to be installed, and specifically, a forest-only photovoltaic power generation device suitable for a forest, a mountain-only photovoltaic power generation device suitable for a mountainous area, and a beach use suitable for the beach It is possible to select any one of the solar power generation device and the farm type solar power generation device suitable for the farming type and receive the input.

In other words, as described above, the business type input unit 113 may receive any one of a forest, a mountainous area, a beach, and an agricultural type through the device 20 to select the type of the solar power generation device.

That is, the information input module 110 receives the address to install the photovoltaic device, the amount (or maximum amount) to invest in the photovoltaic device, and the installation type of the photovoltaic device to install the photovoltaic device. data may be input through the device 20 .

1 and 3 , the information inquiry module 130 receives the data (address address, investment amount, and installation type of the power generation device) received from the information input module 110 and inquires the address to obtain the land area can be calculated and the insolation amount of the calculated land area can be inquired.

The information inquiry module 130 includes an address inquiry unit 131 that inquires the address received from the information input module 110, and a land area inquiry that inquires a land area based on the address retrieved from the address inquiry unit 131. The land selected by the insolation inquiry unit 133, the address inquiry unit 131, and the land area inquiry unit 134, which inquires the insolation amount based on the land area inquired by the unit 134 and the land area inquiry unit 134 and a map inquiry unit 132 for matching with a map pre-stored in the server 30 .

The address inquiry unit 131 determines whether the corresponding address is the correct address based on the address received from the information input module 110 and performs a function of confirming the land use of the corresponding address.

In addition, the address inquiry unit 131 may be configured to check the land use from the public institution in connection with the control center (or dedicated server) of the public institution when confirming the land use of the inquired address.

The land area inquiry unit 134 performs a function of inquiring the land area of the corresponding address based on the address searched by the address inquiry unit 131, and as performed with the address inquiry unit 131, the control center of a public institution You can search the land area of the address in connection with

In addition, the land area inquiry unit 134, in addition to the function of inquiring the address in the address inquiry unit 131, determines whether the data is suitable for the installation of the solar power generation device so that the server 30 can determine whether the Data on usage can be requested from the control center of public institutions.

The map inquiry unit 132 matches the address and land area searched by the address inquiry unit 131 and the insolation inquiry unit 133 with the map data stored in advance from the server 30, and the address inquiry unit 131 and the insolation inquiry unit It can be determined whether (133) matches.

In addition, the map inquiry unit 132 receives the data retrieved from the address inquiry unit 131 and the insolation inquiry unit 133 and determines whether the corresponding point is identical to the map previously stored in the server 30, The amount of insolation may be inquired through the insolation inquiry unit 133 .

The insolation inquiry unit 133 performs a function of inquiring the insolation amount of the area inquired by the land area inquiry unit 134 , and may obtain data of the insolation amount required to calculate the solar power generation amount from the photovoltaic device.

In addition, the insolation inquiry unit 133 receives insolation information from a website (or server) that measures insolation, such as a solar insolation resource map photographed from a satellite, for example, and a shaded (shadow) area generated in the land area. In addition, it is possible to improve accuracy and reliability by receiving insolation information from a plurality of media.

At this time, the insolation inquiry unit 133 may receive the insolation and shadow data from a plurality of media and verify the accuracy and reliability of the insolation and shadow data through a separate algorithm stored in the server, and preset in the server 30 . If it is lower than the accuracy or reliability, the data can be re-requested from the website or server that measures insolation and shading.

Here, the insolation information and the shaded area provided from the insolation inquiry unit 133 may calculate an effective insolation amount capable of performing solar power generation through the insolation calculating unit 152, which will be described later.

That is, the information inquiry module 130 performs a function of inquiring the land area and insolation of the corresponding address from the address input from the information input module 110 , and the inquired data may be provided to the information calculation module 150 . .

1 and 4, the information calculation module 150 is based on the data collected by the information input module 110 and the information inquiry module 130, the solar power generation device installation, operation, profit rate, etc. Overall data from installation to operation of the photovoltaic device can be calculated.

The information calculation module 150 includes a capacity calculation unit 151 for calculating the solar power generation capacity, and a solar radiation calculation unit 152 that receives the insolation data retrieved from the information inquiry module 130 and calculates the insolation amount of the installation area. and an area calculation unit 155 that receives the land area data inquired from the information inquiry module 130 and calculates an effective area in which a photovoltaic power generation device can be installed, the area data provided from the area calculation unit 155 and and an investment cost calculation unit 153 that receives the investment cost provided by the information input module 110 and calculates the effective investment cost of the solar power generation device.

The capacity calculation unit 151 performs a function of calculating power generated while performing photovoltaic power generation from the photovoltaic device, and specifically, power generated by performing photovoltaic power generation from the photovoltaic device (or solar power) power), and it is possible to predict the amount of power generation for each second (sec), minute (min), hour (hour), and day (day).

In addition, the capacity calculation unit 151 receives the standard information of the amount of power previously stored in the server 30 (eg, data required to install the solar power generation device provided from the information input module 110 and the information inquiry module 130 ). It is possible to calculate the capacity of the solar power generation device to be provided and installed.

The area calculation unit 155 receives the land area data inquired from the information inquiry module 130 and performs a function of calculating the area in which the solar power generation device can be installed. Specifically, the land area inquiry unit 134 . Based on the land area provided by the company, the area where the solar power generation device can be installed is calculated in proportion to the size of the solar power generation device.

In addition, the area calculating unit 155 is an area in which a photovoltaic power generation module that performs photovoltaic power generation among photovoltaic power generation devices (specifically, a practical device that receives solar radiation and performs photovoltaic power generation) can be installed, that is, an effective area. It may include an effective area calculation unit 155a for calculating .

The effective area calculation unit 155a calculates the land area required to install the solar power modules arranged vertically or horizontally, and approximately includes 80% to 95% of the total area of the area calculation unit 155 . may be calculated, but is not limited thereto.

That is, the area calculation unit 155 calculates the land area on which the entire solar power generation device can be constructed, and the effective area calculation unit 155a can construct a solar power generation module capable of performing solar power generation. The land area can be calculated.

The insolation calculation unit 152 receives the insolation data inquired from the information inquiry module 130 and calculates the insolation amount of the installation area. By calculating the effective insolation amount of the installation area, it is possible to calculate the effective insolation amount that can be provided by the solar power generation device.

In addition, the solar radiation calculation unit 152 may calculate a point where intensive shading occurs through the shading data and provide the calculated value to the effective area calculation unit 155a.

In this case, when the effective area calculation unit 155a receives data on a point where shading occurs intensively from the insolation calculation unit 152 , the effective area calculation unit 155a may calculate the effective area including the corresponding data.

The investment cost calculation unit 153 receives the land area data provided from the area calculation unit 155 and the investment cost provided from the information input module 110 to calculate the effective investment cost of the solar power generation device, specifically, the investment cost input unit After receiving the investment cost input in 112 and the land area data provided by the area calculation unit 155, the installation scale of the solar power generation device is calculated, and the solar power generation device according to the calculated value of the installation scale It is possible to calculate the costs necessary for installing the .

The investment cost calculation unit 153 includes a construction cost calculation unit 153a for calculating the cost of equipment and materials required to install the solar power generation device and a construction cost calculation unit 153b for calculating the construction cost for constructing the solar power generation device. may include.

The investment cost calculation unit 153 may calculate the equipment and construction cost of the solar power generation device through the equipment cost calculation unit 153a and the construction cost calculation unit 153b, and the land on which the solar power generation device is to be constructed is not owned. In the case of the week, it may further include a land cost calculation unit (not shown) for calculating the land purchase cost.

That is, the information calculation module 150 calculates the cost required for installing the photovoltaic device, the capacity and effective solar radiation of the photovoltaic device to be constructed, and actually calculates the expected data of the amount of photovoltaic power generation in the photovoltaic device. to provide it to the device 20 .

In addition, the information calculation module 150 receives the effective area data provided from the area calculation unit 155 and the investment cost provided from the information input module 110 to calculate the sales of the solar power generation amount generated by the photovoltaic device. It includes a calculation unit 154 and a yield calculation unit 156 for calculating a yield of solar power generation through the data provided from the sales calculation unit 154 .

The sales calculation unit 154 receives the expected data of the solar power generation device calculated by the capacity calculation unit 151 , the insolation calculation unit 152 , the investment cost calculation unit 153 , and the area calculation unit 155 to generate solar power. If the device is powered by solar power, it is possible to calculate the revenue that can be received.

The yield calculation unit 156 may receive the sales data calculated by the sales calculation unit 154 and calculate the yield.

In addition, the sales calculation unit 154 and the yield calculation unit 156 may calculate through a separate algorithm for calculating the sales and yield of the photovoltaic device.

1 and 5, the information display module 170 includes an image output unit 171 for outputting an image, a data output unit 172 for outputting data, and a company affiliated with the server 30 or It may include an advertisement output unit 173 for outputting an advertisement of the product.

The image output unit 171 and the data output unit 172 are configured to display various data calculated from the information calculation module 150 through the device 20, and display data or images of the information calculation module 150 to the device. The data can be converted so that it can be easily displayed in (20).

The advertisement output unit 173 is configured to advertise a company or a product of a company affiliated with the server 30, and specifically, stores an advertisement image or phrase of the company or product in the server 30 in advance, and stores the An advertisement image or phrase may be exposed through the advertisement output unit 173 .

As shown in FIGS. 1 and 6 , the business information analysis module 100 manages the power generated from the photovoltaic device, and trades the generated power by matching with one or more devices 20 that want to trade power. It may include a matching providing module 180 that

The matching providing module 180 basically includes a power supply device (or supplier) that supplies power generated from the photovoltaic device, and a power demand device (or consumer) that receives power generated from the photovoltaic device, It may include a technology-specialized device (or expert) that provides technology for each field, such as technology or operation related to the solar power generation device, and a cost investment device (or investor) that invests the solar power generation device.

That is, the device 20 includes a power supply device, a power demand device, a technology specialized device, and a cost investment device, in addition to a device for operating and managing a solar power generation device, or acquiring information related to solar power generation. can do.

The matching providing module 180 includes a matching guide unit 181 for guiding power transaction matching, and a matching proposal unit 182 for requesting a service, requesting an investment, or proposing purchase and sale of electricity through the device 20 . ), a matching search unit 183 for searching at least one of a power supply device, a power demand device, a technology specialized device, and a cost investment device, and a matching control unit 184 for managing and controlling one or more devices 20 and One or more devices 20 include an auction matching unit 185 that matches another device 20 to buy or sell power.

The matching guide unit 181 provides a method of using the matching providing module 180 to the device 20 , a solar learning site providing module 210 or a community providing module 230 provided by the question answering and enticing information providing module 200 . By connecting to , it performs a function of providing information or tutorials of the matching providing module 180 .

Also, the matching guide unit 181 may provide the information or tutorial of the matching providing module 180 through the device 20 .

The matching suggestion unit 182 performs a function in which the device 20 requests a proposal from at least one of another device, such as a power supply device, a power demand device, a technology specialized device, and a cost investment device. Specifically, the device (20) may request a service related to a photovoltaic device or platform, request an investment in a photovoltaic device, or request to sell or purchase power.

For example, the matching proposal unit 182 may request matching to a technology specialized device when requesting a service related to a solar power generation device or a platform, and may request matching to a cost investment device when requesting an investment in a solar power device. In addition, when requesting to sell or purchase the generated power, it is possible to request matching to a power demanding device or a power supplying device.

The matching search unit 183 searches for at least one of another device pre-stored in the server 30 , such as a power supply device, a power demand device, a technology specialized device, and a cost investment device, and optimizes the conditions required by the device 20 . You can search for another device.

Also, when the matching search unit 183 searches for another device optimized for the condition required by the device 20 , the matching search unit 183 may request a match with another device through the matching request unit 183a.

The matching request unit 183a performs a function in which the device 20 requests a match to another device found through the matching search unit 183, and serves as a mediator connecting the device 20 and another device. and may be controlled through the matching control unit 184 .

The matching control unit 184 performs a function of managing and controlling the matching control module 180 , and specifically provides a search engine for the matching search unit 183 and the matching request unit 183a to search the device 20 . and matching, or writing and managing proposals to send proposals from the device 20 to another device.

The auction matching unit 185 is configured such that the device 20 and another device are matched to each other to purchase or sell power, and specifically, the device 20 matches any one of the power supply device or the power demand device. After that, an auction is held for the sale or purchase of electricity.

Here, the auction matching unit 185 performs a net auction in which a device (in this case, the device 20 includes a power demand device) matches a power supply device and conducts an auction on the power requested from the power supply device. The matching unit 185a and the device 20 include a reverse auction matching unit 185b that matches the power supply device and the power supply device proposes its own auction bid price to conduct the auction.

The net auction matching unit 185a performs matching between the power demanding device and the power supplying device, and discloses the amount and price of power to be sold at the auction from the power demanding device, and the power that meets the optimal conditions through the auction from the power supply device can sell

In this case, the net auction matching unit 185a may perform an auction regarding power transaction from a plurality of power supply devices by matching one power demand device with at least one power supply device.

The reverse auction matching unit 185b performs matching between the power demanding device and the power supplying device, and announces the amount and price of power to be purchased at the auction from the power supply device. can be purchased

In this case, the reverse auction matching unit 185b may match one power supply device with at least one power demand device to conduct an auction related to power transaction from a plurality of power demand devices.

1 and 7, the business information analysis module 100 controls and manages the reputation of at least one or more devices 20 associated with the server 30, and another It may include a reputation providing module 190 that provides reputation data to the device.

Reputation providing module 190 collects records generated while using the business platform 10, for example, the reputation of one or more devices 20 associated with the server 30, and converts the collected devices into big data. It is stored in a database configured inside the server 30 .

The reputation providing module 190 includes a reputation search unit 191 that searches reputation information of the device 20 pre-stored in the server 30, a reputation editor 192 that edits the reputation data of the device 20, and an inducement and a reputation data unit 193 that analyzes at least one or more posts written in each community of the information providing module 200 and processes them into reputation data.

The reputation search unit 191 is configured to search for reputation data of the device 20 or another device, and may receive reputation data pre-stored in the server 30 .

The reputation editing unit 192 is capable of editing the reputation data of each device 20, and controls access of the device 20 to prevent the reputation data from being edited in parts, but the server 30 controls the device ( 20) can be configured to edit the reputation data.

Also, the reputation editing unit 192 may selectively grant the device 20 a right to edit the reputation data.

The reputation data unit 193 collects at least one or more posts written in the community including the incentive information providing module 200, and processes the collected posts into reputation data through a separate algorithm to the device 20 that creates the posts. Reputation data is given to each.

In addition, the reputation data unit 193 may calculate the ranking of the device 20 to which the reputation data is assigned, and display the ranking on the incentive information providing module 200 .

That is, the reputation data unit 193 calculates the rank of each device 20 and displays it on the business platform 10, thereby preventing direct transactions from being made in order to save commissions generated when selling or purchasing electricity. can be expected

As shown in FIGS. 1 and 8 , the solar learning site providing module 210 publishes a post written by the device 20 selecting at least any one of an image, a video, or text, and transmits the post to another device. Information that the provided data providing unit 211 and the server 30 selects at least any one of images, videos, or text to publish the written post, and exposes the written post to the device 20 or the data providing unit 211 and a posting unit 213 .

The data providing unit 211 allows the device 20 to provide information related to the photovoltaic power generation device or the transaction matching system (or the matching providing module described in the present invention) at least of an image 211a, a video 211b, or a character 211c. You can select any one to write a post, and the written post may be stored in a database separately provided in the server 30, and the pre-stored post is displayed on the business platform 10 (to be precise, the data provider implemented in the business platform) bulletin board).

Posts displayed on the business platform 10 may be provided by the device 20 associated with the server 30, and if necessary, the posts may be provided (downloaded) to the device 20 in a file format. .

At this time, the post may be posted on the server 30 by designating the range to be provided (eg, whether it can be downloaded) when writing.

In addition, the data providing unit 211 may be classified based on the type of posting, for example, the highest weight among the image 211a, the video 211b, and the text 211c.

The information posting unit 213 allows the server 30 to select at least any one of an image 211a, a video 211b, or a text 211c for information related to a solar power generation device or a transaction matching system to write a post. , the written post may be stored in a database separately provided in the server 30 , and the pre-stored post may be displayed on the business platform 10 .

The information posting unit 213 includes a notice posting unit 213a that creates and displays a notice related to a solar power generation device or a transaction matching system, and a scheduled update or update history information related to the solar power generation device or the transaction matching system. It may include an update posting unit 213b for displaying , and an event posting unit 213c for displaying event related information related to a solar power generation device or a transaction matching system.

In addition, the posts written in the notice posting unit 213a, the update posting unit 213b, and the event posting unit 213c are displayed at the top of the data providing unit 211, and the device 20 using the data providing unit 211. may be configured to easily check the information of the information posting unit 213 .

Here, only the posts created by the information posting unit 213 that are separately selected by the server 30 may be displayed at the top of the data providing unit 211 .

As shown in FIGS. 1 and 9 , the community providing module 230 includes an information communication unit 231 capable of answering questions related to the solar power generation device to the server 30 through the device 20 and the device; A social network unit 233 capable of transmitting and receiving messages between the 20 and the server 30 or the device 20 and another device, and an inducement information providing module 200 by receiving advertisements made as models for companies or products ) includes an advertisement providing unit 235 for displaying advertisements and an information searching unit 237 for searching for postings matching the conditions by inputting a search condition from among one or more postings posted on the solar learning site providing module 210 .

The information communication unit 231 is configured so that the device 20 can resolve the query by the device 20 to the server 30 related to the solar power generation device.

This information communication unit 231 may be configured by selecting any one of a message (SMS; Short Message Service) or mail so that 1:1 communication between the device 20 and the server 30 can be made, for example, as a message. When the device 20 and the server 30 communicate with each other, communication may be made through the social network unit 233 .

The social network unit 233 is configured such that a connection between the device 20 and the server 30 or different devices 20 is made so that the connected device 20 or the server 30 can perform two-way communication.

Specifically, the social network unit 233 grants a message basically provided by the server 30 to each device 20, and the device 20 can transmit and receive a message to the server 30 or another device. When the device 20 to receive the message is absent, the server 30 temporarily stores the message, and after confirming that the absent device 20 reopens, the stored message is transmitted.

The advertisement providing unit 235 performs a function of receiving advertisements produced as a model of a company or product and displaying advertisements on the inducement information providing module, and includes an advertisement output unit (FIG. 5 173) configured in the information display module 170 and can perform the same function.

Here, the advertisement providing unit 235 and the advertisement output unit have the same function of receiving and displaying the produced advertisement, but the advertisement providing unit 235 displays the advertisement limited to the inducement information providing module 200, and the advertisement output unit It is possible to display advertisements limited to the business information analysis module 100 .

The information search unit 237 performs a function of searching for posts matching the conditions by inputting a condition to be found among one or more posts posted on the solar study site providing module 210, and the device 20 wants posts from among various posts. can be used when searching for

On the other hand, as shown in FIGS. 1 and 10 , in the operating method for easily operating a solar business development business platform, inputting an address and investment money into the device 20 ( S10 ) and the device 20 ), the step of inquiring the address, land area, and insolation amount (S20), the step of calculating the total area and effective area of the inquired land area (S30), the type selection and weight of the solar power generation project and calculating data related to the photovoltaic power generation project to which the weight is applied (S40) and outputting the calculated data to the device (S50).

First, in order to install and operate a photovoltaic device, a photovoltaic device must be installed. Through the business platform 10, an estimate of the photovoltaic device, for example, the investment cost, operating cost, and yield of the photovoltaic device is calculated. Thus, it can be calculated in the device 20 .

To this end, the business platform 10 can present guidelines for solar business development by calculating the process from installation to operation and yield of the solar power generation device and displaying the data on the device 20. The data calculation method of the solar power generation project through (20) is as follows.

The device 20 provides the corresponding data to the business platform 10 by inputting the address and investment to install the solar power generation device (S10), and the business platform 10 provides an address through the information inquiry module 130, Insolation and land area of the land are inquired (S20).

Here, after the address inquiry unit of the information inquiry module 130 searches for the address and the land area of the address site through the land area inquiry unit, the insolation of the land area inquired by the insolation inquiry unit can be inquired.

In other words, the business platform 10 may first verify whether it is easy to develop a solar power business by inquiring the basic data input through the device 20 .

Thereafter, the business platform 10 calculates the total land area of the address and the effective land area in which the solar power generation device can be installed by using the inquired land area (S30).

The photovoltaic power generation device calculates the effective land area for installing a number of photovoltaic power generation modules that generate power by performing photovoltaic power generation, and can install a separate device that can operate, control, and manage the generated power. land can be produced.

For example, when the effective land area and the total land area of the address are the same, a ratio preset in the server 30 may be excluded from the effective land area so that the operation control management device can be easily installed.

Thereafter, a type of the solar power generation device may be set, and a weighted value according to the type may be applied to calculate an expected power generation amount.

Here, the type of photovoltaic device can be set according to the type of land in the addressing area, and specifically, a forest-only photovoltaic device suitable for a forest, a mountain-only photovoltaic device suitable for a mountainous area, and a beach photovoltaic power plant suitable for the seaside You can select one of the farm type solar power generation devices suitable for the device and farming type.

In addition, it is possible to minimize the error rate by setting a compensation value according to the amount of power generated by the photovoltaic device by applying a weight according to the selected type of photovoltaic device (forest, mountain, beach, and farming type).

The weight according to the type of the solar power generation device may be applied based on the weight preset in the server 30, and after the weight is applied, the data of the solar power business including the amount of power generation and the yield of the solar power device can be calculated. There is (S50).

The weighted photovoltaic business data includes data analyzing the amount of power generation and economic feasibility of photovoltaic power generation devices, data analyzing power production, investment cost payback period and power consumption reduction rate data. of operation data and simulation of solar power generation devices.

As shown in FIGS. 1 and 11 , the method of calculating the data of the photovoltaic device based on the address input to the device 20 includes the step of inquiring the effective area data ( S61 ), and comparing the inquired effective area Calculating the installed capacity of the photovoltaic device (S62), applying the REC weight (S63), calculating the investment cost, sales and yield according to the effective area (S64), and the calculated data to the device and outputting to (20).

The business platform 10 may set the size of the solar power generation device by inquiring the total area and effective area of the address through the information inquiry module 130 (S61).

Here, the photovoltaic device may be displayed on the device 20 by classifying the minimum scale, the standard scale, and the maximum scale, and may calculate data according to the scale selected by the device 20 .

In addition, it is possible to calculate the installed capacity of the photovoltaic device based on the inquired effective area and use it as base data for calculating the amount of power of the photovoltaic device (S62).

After calculating the installed capacity, the scale of the photovoltaic device is set, and the REC weight of the set photovoltaic device is given to calculate the amount of power that can actually generate power of the photovoltaic device (S63) .

In this case, before assigning the REC weight, the type of the solar power generation device may be set, and a REC weight may be assigned according to the type.

In addition, by giving the REC weight, it is possible to calculate the amount of power of the photovoltaic device, and it is possible to calculate the sales and yield according to the amount of power (S64), and the calculated data value can be displayed through the device 20. (S65).

As shown in FIGS. 1 and 12 , the method of calculating the data of the photovoltaic power generation device based on the investment amount input to the device 20 is to inquire the effective area and insolation data calculated through the information calculation module 150 . step (S71), calculating the investment cost according to the business type input through the device 20, designing the solar power generation device (S72), and inputting the construction rate and sales information of the solar power generation device Select one of the receiving step (S73), the step of calculating the site price and investment cost procurement information based on the investment cost, construction rate and sales information data (S74), and a comprehensive report, investment cost statement and financial statements based on the calculated data and outputting the result value to the device 20 (S75).

First, through the information calculation module 150, the effective area and insolation data to which the solar power generation device is to be installed are inquired (S71), and the business type data input from the information input module 110 is provided to the solar power generation device. It is possible to calculate the expected investment cost (S72).

The investment cost may be calculated differently depending on the type, scale, and construction method of the solar power device, and when the type, scale, and construction method are determined, the expected investment cost may be calculated.

Here, the investment cost includes equipment and materials necessary for installing the solar power generation device, and if the input address is not the owner, the investment amount may include the amount to purchase the land.

Thereafter, the business platform 10 may analyze design and construction information for the construction of the photovoltaic device and the operation information of the photovoltaic device and provide it to the device 20 ( S73 ).

Specifically, the business platform 10 calculates the investment cost and provides design and construction information for constructing the designed solar power generation device, such as equipment (panel, inverter, transformer, structure), grid connection, construction rate, sales information, site Construction information including price information, investment cost procurement, and operation and maintenance cost can be provided.

In addition, the business platform 10 may provide operation information for operating the power generation device after the construction of the solar power generation device, for example, operation information including facility maintenance and management, remote inspection, operation manual, and risk management.

The above construction information and operation information may be displayed by selecting any one of brief information or detailed information through the device 20 (S74).

In addition to displaying information through the device 20, information can be provided by selecting any one of a comprehensive report, an investment expense statement, or a financial statement, and when the device 20 selects any one, the information selected by the server 30 is displayed. The file may be provided to the device 20 .

As shown in FIGS. 1 and 13 , the method for the device 20 to request an investment through the business platform 10 includes the steps of transferring the investment request for the solar power generation device written in the device 20 to the server 30 . (S81), the step of matching the quote stored in the server 30 in advance and the investment request provided from the device 20 (S82), and the step of delivering the matched quote to the device 20 (S83); The device 20 analyzes the received quotation to determine whether or not to invest in the solar power generation device (S84) and the device 20 prepares an investment LOI and submits it to the server 30 (S86) .

First, by creating an investment request form for the solar power generation device prepared in the device 20 and transmitting it to the server 30, the intention to invest in the solar power generation device may be notified (S81).

Here, the investment request includes an investment request written separately based on a report prepared by selecting any one of the above comprehensive report, investment cost statement, or financial statement, and investing using a report prepared in the business platform 10 through a separate algorithm You can write a request form, but it is not limited thereto, and it is optional.

The investment request written in this way is matched with one or more quotations stored in advance in the server 30, and one quotation most suitable for the conditions of the investment request is selected (S82).

The selected quotation is provided to the device 20 (S83), and the investment intention is asked (S84).

If the device 20 determines that the estimated cost provided from the server 30 does not match, the investment cost can be negotiated with the server 30, and the investment request can be rewritten with the adjusted amount to re-apply for matching. There is (S85).

On the other hand, if the device 20 intends to invest based on the quotation provided from the server 30 , the device 20 separately prepares and submits the investment intention to the server 30 ( S86 ).

Here, the server 30 may review the investment request form and the quotation of the device, determine whether to approve or not, and provide the investment request prepared by the device 20 to the company that provided the quotation (S87).

As shown in Figures 1 and 14, the method of operating a business platform including a server and one or more devices including a solar training course providing module, the device 20 writes a post to be provided to the server 30, Step (S100) of providing the written post to the server 30 and posting it (S100), the step of determining the type of the post (S110), the step of storing the post in a database according to the type of the post (S120, 130, 140), and the step of posting the post to the server The authentication step (S150) and the authenticated posting in (30) include a step (S180) of posting to the business platform 10 through the data providing unit.

After writing a post to be posted on the business platform 10 from the device 20 , the written post is transmitted to the server 30 ( S100 ).

The server 30 determines the type of post provided from the device 20, and if the post is a post made of text, it is transmitted and stored in the first database (S120).

In addition, if the type of the post provided from the device 20 is a post made of an image, it is transmitted and stored in the second database (S130), and if the type of the post is a post made of a video, it is transmitted to the third database. may be stored (S140).

In addition, when a post is a post composed of two or more types, such as text or an image, a type having a high ratio among the two types may be selected and transferred to a corresponding database.

For example, assuming that there is a post composed of characters composed of 60% of the total proportion and images composed of 40% of the total proportion, the type with a high proportion of letters and images is determined, and the proportion of characters composed of 60% of the total proportion is determined. Since it is high, it can be moved to and stored in the first database.

Posts stored in the database may be displayed on the business platform 10 after being authenticated by the server 30 .

The server 30 determines whether there is no harmful content in the post, no virus code, or any content that violates the terms of use, and only if there is no content above, authenticates the post and transmits it to the business platform 10 (S150) ).

If the post has not been authenticated by the server 30, the data is transmitted to the management server (S160) and the post is authenticated through re-authentication (S170), and when the re-authentication is completed, the business platform (10), and if authentication is not received, the post is deleted (S190).

Posts that have been authenticated in this way are configured to display the posts on the device 20 by posting them to the data providing unit (refer to FIG. 8 211) configured in the solar training course providing module 210 (S180).

As shown in FIGS. 1 and 15 , the method of operating a business platform including a server and one or more devices including a solar training course providing module posts a post written from the server 30 to the solar training course providing module. Step (S210) of submitting to the section (refer to FIG. 8 213), step (S220) of determining the type of the written post, and step (S230, S230, 240,250) and determining whether the post is fixed to the uppermost end of the data providing unit (S260).

Posts written from the server 30 may be delivered to the information posting unit configured in the solar learning site providing module to post the posts (S210).

At this time, the post created from the server 30 is a notice related to the posting of a notice displayed on the device 20 by creating a notice related to the photovoltaic device or the transaction matching system, an update related to the photovoltaic power generation device or the transaction matching system, or By writing information related to the update of the business platform 10 and displaying it on the device 20, the event related information of the solar power generation device or the transaction matching system hosted by the business platform 10 or the management server is created. It may include an event post displayed on the device 20 .

The post created by the server 30 determines whether the post is a notice related post, an update related post, or an event related post by determining the type of post (S220).

For example, if the post created from the server 30 is a notice-related post, the post may be registered in the notice column of the information posting unit configured in the solar training course providing module 210 (S230), and written from the server 30 If the post to be updated is an update-related post, the post may be registered in the update column of the information posting unit configured in the solar training course providing module 210. If the post created from the server 30 is an event-related post, solar power A corresponding post may be registered in the event column of the information posting unit configured in the course providing module 210 .

After determining the type of posting and registering it in the information posting unit, the server 30 determines whether or not to expose it to the top of the data providing unit (refer to FIG. 8 211) configured in the solar learning site providing module 210 can

Specifically, at least one or more posts registered in the information posting unit can be exposed to the data providing unit to easily provide information of the business platform 10 from one or more devices 20, and the posting unit registered in the information posting unit Among them, you can select the posts you want to expose to the data provider.

The selected one or more posts may be exposed at the top of the data providing unit to easily provide information provided by the business platform 10 .

As shown in FIGS. 1 and 16 to 18 , the method of operating a business platform including a server and one or more devices including a game providing module is a server 30 related to a solar power generation business in the device 20 A step of providing a quiz (S310), a step of determining the answer submitted by the device 20, and a step of paying a game point corresponding thereto (S320), a step of purchasing the land and equipment necessary to construct the solar power generation device ( S330), a step of acquiring game points by solving problems occurring while operating the solar power generation device (S340), and transmitting the accumulated game points to the server 30, and game points stored in the server 30 and It may include a step (S350) of ranking by comparison.

As shown in FIG. 17 , the server 30 provides a quiz related to the solar power generation business to the device 20 ( S310 , S311 ), and the device 20 answers the correct answer of the quiz provided from the server 30 . By selecting, game points can be expected to be obtained (S312).

The server 30 may provide quizzes to the device 20 as much as preset data, and the number n of quizzes provided to the device 20 may be set in the server 30 (S313).

After providing the quizzes to the device 20 by a preset number, the server 30 determines whether or not the correct answer submitted by the device 20 is (S314), and among the questions posed by the server 30, the device 20 Determines the number of correct answers (m).

Thereafter, the server calculates the difference between the number n provided with the quiz to the device 20 and the number where the device 20 selects the correct answer to the quiz questioned by the server 30, and the calculated data value is returned to the server ( 30) and compares with a preset number (i) (S315).

If the calculated data value (nm) is greater than the number (i) preset in the server 30, it is determined that the correct answer rate submitted by the device 20 is lower than the correct answer rate set in the server 30, and the server 30 It may be configured to initialize the details of the questions submitted on the device 20 to re-take the quiz on the device 20 (S316).

Conversely, if the calculated data value (nm) is smaller than the number (i) preset in the server 30, it is determined that the correct answer rate submitted by the device 20 is higher than the correct answer rate set in the server 30, and the device ( 20) may pay game points in proportion to the number (m) of the quiz answer selected (S320).

The device 20 may purchase land and equipment necessary for constructing the solar power generation device using the game points received from the server 30 (S330).

The server 30 differentially grants the price of land and equipment, and land and equipment that consumes a relatively large amount of game points can be given option addition or option improvement.

In addition, the equipment may include a photovoltaic panel, an inverter, a transformer, a structure, and may include all equipment for installing a photovoltaic device in addition.

18, the device 20 can purchase land and equipment within a range that does not exceed the game points provided from the server 30, and uses the purchased land and equipment to generate a solar power generation device. It can be constructed (S331).

Here, when constructing a photovoltaic device, the construction amount can be spent as game points, but this can be configured as an option.

After constructing the photovoltaic device, the device 20 may set detailed functions including the operating period of the photovoltaic device to designate an operating concept of the photovoltaic device ( S332 ).

After setting the detailed function, the device 20 performs power generation of the photovoltaic device (S333), and it is possible to obtain game points by arranging situations that occur while generating power.

Specifically, when situations that occur while carrying out solar power generation occur, it is preferable to carry out problem solving activities suitable for the situation, since the solar power generation is deteriorated and the acquisition of game points is reduced (S340).

Here, the situation that occurs while performing photovoltaic power generation is a situation in which the photovoltaic panel is polluted (situation 1), a situation in which weeds are generated at the point where the photovoltaic panel is installed (situation 2), and the photovoltaic panel Including a situation in which the supported or fixed equipment is broken or damaged (3 situations), various other situations may be added from the server 30 .

That is, situations (eg, situations in which at least one of situations 1 to 3 occurred) while performing photovoltaic power generation may be terminated by performing a problem solving activity through the device 20 ( S341 ).

In addition, after measuring the time that occurred while performing photovoltaic power generation and the time at which the situation was ended by carrying out the problem solving activity through the device 20, respectively, and calculating the difference between the measured values (S341), the photovoltaic device By applying the difference value to the amount of power generated in

That is, it has a structure in which the added points increase the faster the situation ends by executing the problem solving activity through the device 20 ( S342 ).

After the solar power generation is terminated due to this activity, game points acquired while generating solar power are transmitted to the server 30, and a ranking can be given by comparing them with game points pre-stored in the server 30 ( S350).

Here, the method of calculating the final game points is the game points acquired through the quiz (ie, the balance of the investment cost), the game points acquired by power generation from the solar power generation device (ie the rate of return), and the addition obtained through the situation resolution activity. The final game points can be calculated by adding up each point.

Although the present invention has been described in detail through one embodiment, this is for describing the present invention in detail, and the solar business development business platform and its operating method according to the present invention are not limited thereto. And, terms such as "include", "comprise", or "have" described above mean that the component may be embedded unless otherwise stated, so excluding other components is It should be construed as being able to further include other components rather than other components, and all terms including technical or scientific terms are generally understood by those of ordinary skill in the art to which the present invention belongs, unless otherwise defined. has the same meaning as being

In addition, the above description is merely illustrative of the technical idea of the present invention, and various modifications and variations are possible by those skilled in the art to which the present invention pertains without departing from the essential characteristics of the present invention. Accordingly, one embodiment disclosed in the present invention is not intended to limit the technical spirit of the present invention, but to explain, and the scope of the technical spirit of the present invention is not limited by this one embodiment. The protection scope of the present invention should be construed by the following claims, and all technical ideas within the equivalent range should be construed as being included in the scope of the present invention.

10 - Business Platform 20 - Device
30 - Server 100 - Business Information Analysis Module
110 - information input module 111 - address input unit
112 - investment cost input section 113 - business type input section
130 - information inquiry module 131 - address inquiry unit
132 - Map inquiry unit 133 - Insolation inquiry unit
134 - Land area inquiry unit 150 - Information calculation module
151 - capacity calculator 152 - insolation calculator
153 - Investment cost calculation unit 153a - Equipment cost calculation unit
153b - Construction cost calculation unit 154 - Sales calculation unit
155 - area calculation unit 155a - effective area calculation unit
156 - Yield calculation unit 170 - Information display unit
171 - image output section 172 - data output section
173 - advertisement output unit 180 - matching providing module
181 - Matching guide unit 182 - Matching suggestion unit
183 - Matching search unit 183a - Matching request unit
184 - matching control unit 185 - auction matching unit
185a - Forward Auction Matching Unit 185b - Reverse Auction Matching Unit
190 - Reputation providing module 191 - Reputation search unit
192 - reputation editorial section 193 - reputation data section
200 - Module for providing incentive information 210 - Module for providing solar training
211 - data provider 211a - image
211b - video 211c - text
213 - Information bulletin board 213a - Notice bulletin board
213b - Update Post 213c - Event Post
230 - Community provision module 231 - Information and communication department
233 - Social network unit 235 - Advertisement provision unit
237 - Information retrieval unit 250 - Game providing module
270 - Webtoon providing module

Claims (46)

In the solar power business development business platform comprising a server operating one or more devices and business platforms,
Installation and operation of a photovoltaic device based on an information input module for receiving information input through the device, an information inquiry module for inquiring information input from the information input module, and information retrieved from the information inquiry module a business information analysis module comprising an information calculation module for calculating data related to and an information display module for displaying the calculated data, for analyzing and calculating overall data of the solar power generation device; and
One or more posts including images, videos, and texts are posted, and a solar learning center providing module that provides the posts to another device, a community providing module that communicates between the server and the one or more devices, and a game an incentive information providing module comprising a game providing module providing a game and a webtoon providing module providing a cartoon or webtoon, wherein the one or more devices post a post on the business platform to share information; including,
The information calculation module includes: a capacity calculating unit for calculating the solar power generation capacity;
an insolation calculation unit receiving the insolation data retrieved from the information inquiry module and calculating the insolation amount of the installation area;
an area calculation unit for receiving the land area data inquired from the information inquiry module and calculating a land area in which a photovoltaic power generation device can be installed;
an investment cost calculator for receiving the area data provided from the area calculator and the investment cost provided from the information input module to calculate an effective investment cost of the solar power generation device;
a sales calculation unit for receiving the investment cost data provided by the investment cost calculation unit and calculating the sales generated through the solar power generation device; and
a yield calculation unit for receiving the investment cost data provided from the investment cost calculation unit and calculating a rate of return generated through the solar power generation device; includes,
The area calculation unit includes an effective area calculation unit for calculating a land area in which a solar power module can be installed,
The investment cost calculation unit calculates the installation scale of the solar power generation device after receiving the investment cost provided from the information input module and the land area data provided from the area calculation unit,
The investment cost calculation unit equipment cost calculation unit for calculating the cost of equipment for installing the solar power generation device; and
a construction cost calculation unit for calculating a construction cost for installing the solar power generation device; including,
The business information analysis module includes: a matching providing module that manages the power generated from the photovoltaic device and trades power generated by matching with at least one or more devices that wish to trade power; includes,
The device may include: a power supply device matched with another device for supplying power generated from the photovoltaic device;
a power demand device matched with the server to receive power generated from the photovoltaic device;
a technology specialized device that provides technology necessary for operating and managing the solar power generation device; and
a cost investment device for investing the cost of installing the solar power generator or the generated power; A solar power business development business platform that includes.
The method according to claim 1,
The information input module includes an address input unit for inputting an address;
Investment cost input unit for inputting the investment cost of the solar power generation device; and
a business type input unit for inputting the type of the solar power generation device;
Solar power business development business platform further comprising.
3. The method according to claim 2,
The business type input unit receives any one of forest, mountain, beach, and farming type, and selects the type of the solar power generation device, a solar business development business platform.
The method according to claim 1,
The information inquiry module includes an address inquiry unit for inquiring the received address;
a land area inquiry unit for inquiring the land area of the address inquired by the address inquiry unit;
a map inquiry unit for matching the land selected by the address inquiry unit, the land area inquiry unit, and a map pre-stored in the server; and
an insolation inquiry unit for inquiring the amount of insolation of the address searched by the address inquiry unit;
Solar power business development business platform further comprising.
5. The method according to claim 4,
The solar energy inquiry unit receives insolation and shade data from a plurality of media for measuring insolation and shade, and verifies the accuracy and reliability of insolation and shade data through a separate algorithm stored in the server.
6. The method of claim 5,
When the insolation inquiry unit verifies the insolation and shading data is lower than the accuracy or reliability preset in the server, the solar business development business platform for re-requesting the insolation and shading data from the medium for measuring the insolation and shading.
delete delete delete delete The method according to claim 1,
The information display module includes an image output unit for outputting an image, a data output unit for outputting data, and an advertisement output unit for outputting advertisements of companies or products affiliated with the server;
Including, wherein the information display module is a solar business development business platform that is output to the device.
delete delete The method according to claim 1,
The matching providing module includes: a matching guide unit that provides a tutorial on how to use transaction matching, a question answer and a matching providing module;
a matching suggestion unit that proposes services, investment, power purchase, and power sale to another device through the device;
a matching search unit that searches for a device matching a condition for which the device is to be searched;
a matching control unit that manages and controls at least one mutually matched device, and writes and manages a proposal to send a proposal to the device; and
a matching auction unit in which at least one or more devices matched with the device are matched to each other and auctioned to purchase or sell power;
A solar power business development business platform that includes.
15. The method of claim 14,
The matching search unit may include: a matching request unit for requesting matching to the found device when another device that satisfies the conditions required by the device is found;
Solar power business development business platform further comprising.
15. The method of claim 14,
The matching auction unit performs mutual matching with the device and another device, and discloses the amount and price of electricity to be sold in an auction from the device, and sells electricity that meets the conditions through an auction from another device in an auction. wealth; and
a reverse auction matching unit for mutually matching the device and another device, announcing the amount and price of electricity to be purchased at an auction from the another device, and purchasing power from the device through an auction through an auction;
A solar power business development business platform that includes.
The method according to claim 1,
The business information analysis module includes: a reputation providing module that controls and manages the reputation of at least one device linked to the server to make it big data, and provides the big data to another device;
Solar business development business platform further comprising.
18. The method of claim 17,
The reputation providing module may include: a reputation search unit configured to search for reputation information of the device pre-stored in the server;
a reputation editing unit for editing the reputation data of the device pre-stored in the server; and
a reputation data unit that analyzes at least one post written in each community of the incentive information providing module operated in the server and processes it into reputation data;
Solar power business development business platform further comprising.
19. The method of claim 18,
The photovoltaic business development business platform that the reputation editor selectively grants the device the right to edit the reputation data by the server.
19. The method of claim 18,
The photovoltaic business development business platform that the reputation data unit gives a reputation ranking to each device 20 based on the processed reputation data.
The method according to claim 1,
The solar training course providing module includes: a data providing unit for the device to select at least one of an image, a video, or text to publish a written post, and to provide the post to another device; and
an information posting unit for the server to publish a post written by selecting at least one of an image, a video, or text, and to expose the post to the device or the data providing unit;
A solar power business development business platform that includes.
22. The method of claim 21,
The information posting unit includes an update posting unit for displaying a notice of a solar power generation device or a transaction matching system;
an update posting unit for displaying information about a scheduled update or an update performed by the solar power generation device or the transaction matching system; and
an event posting unit for displaying event related information of the solar power generation device or the transaction matching system;
A solar power business development business platform that includes.
22. The method of claim 21,
Posts created in the information posting unit are solar business development business platform in which only the posts separately selected by the server are displayed at the top of the data providing unit.
The method according to claim 1,
an information communication unit capable of answering a question related to a solar power generation device to the server through a device;
a social network unit capable of transmitting and receiving messages between the device and the server or device;
an advertisement providing unit for receiving advertisements produced as models of companies or products and displaying advertisements on the inducement information providing module;
an information retrieval unit for entering a search condition among one or more posts posted on the solar learning site providing module and searching for posts matching the condition;
Solar power business development business platform further comprising.
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