KR101027131B1 - Server having power market information sharing function and its operation method - Google Patents

Abstract

The present invention relates to a server having a power market information sharing function and a method of operating the same, comprising: a consumer information management unit managing information input from a power consumer connected through a web, and a provider managing information input from a power provider connected through a web An information management unit, a data collector that collects power consumption information of a electricity meter corresponding to a power consumer from a data collector connected through a power grid, and a power market based on information collected by a consumer information manager, an operator information manager, and a data collector And a power service information model management unit for constructing information commonly used in the power service information model and providing information registered in the power service information model at the request of a power consumer, a power provider, and a market participant.

Description

Server with power market information sharing function and its operation method {Server with sharing power market information and method

The present invention relates to a server having a power market information sharing function and an operation method thereof, and more particularly, to establish a power service information model to share power market information for sharing power consumption information between power consumers, power providers, and power suppliers. A server having a function and a method of operating the same.

Conventionally, the power industry has been made supplier-centric, but recently, it has been converted to a consumer-centered management method.

Accordingly, as a new relationship is established between power suppliers and consumers, there is a need for rapid and accurate analysis and management of consumer information for fair competition and efficient market operation.

An object of the present invention is to build a power service information model using real-time metering data generated by the power consumer and information according to the supplier change and new reception of the power provider or power consumer, and the information defined in the power service information model is different. The present invention provides a server having a power market information sharing function and a method of operating the same to distribute and exchange to market participants so that the market participants can effectively select a power supplier in the power market.

The server having a power market information sharing function according to the present invention for achieving the above object, the supplier information management unit for managing the power supplier information input from the power consumer or power provider and the change information of the power supplier, the power consumer or Build a power service information model based on the information input from the power provider and the integrated DB storing information on the power provider; and the information stored in the integrated DB, and the power consumer, the power provider, and market participants And a power service information model manager which provides information on the power provider registered in the power service information model according to a request.

The power service information model is characterized by being defined as at least one of the basic information, charge information, demand management information, metering information, power distribution information, accounting information, financial information for the plurality of power consumers as a component.

The power service information model may be defined by classifying information stored in the integrated DB into a work area, a function, a component, and an attribute.

The power service information model is defined as a classification code corresponding to the business area, function, component, and attribute.

When the information defined in the power service information model is changed, the power service information model manager is configured to update or delete the information defined in the power service information model by collecting the changed information.

When the new power consumer or new power company information is input, the power service information model management unit may further register the new power consumer or new power company information by applying the power service information model to the power service information model.

The market participant may include at least one of a power sales company, an energy consulting company, a meter-related company, a load management company, and a billing service company.

On the other hand, the operation method of the server having a power market information sharing function according to the present invention for achieving the above object, the step of managing the power supplier information and change information of the power supplier input from the power consumer or power provider, the Storing information input from a power consumer or the power provider and information on the power provider in an integrated DB, building a power service information model based on the information stored in the integrated DB, and the power consumer, the power And providing information on the power provider registered in the power service information model at the request of an operator and a market participant.

The power service information model is characterized by being defined as at least one of the basic information, charge information, demand management information, metering information, power distribution information, accounting information, financial information for the plurality of power consumers as a component.

The power service information model is characterized in that the information of the power consumer and the power provider, and the information about the power provider is defined by dividing the business area, functions, components, and attributes.

The power service information model is defined as a classification code corresponding to the business area, function, component, and attribute.

On the other hand, in the operating method of the server having a power market information sharing function according to the present invention, when the information defined in the power service information model is changed, the changed information is collected or updated or deleted information defined in the power service information model Characterized in that it further comprises the step.

In addition, the operation method of the server having a power market information sharing function according to the present invention, when the new power consumer or new power provider information is input, by applying the new power consumer or new power provider information to the power service information model The method may further include registering additionally.

Meanwhile, the market participant may include at least one of a power sales company, an energy consulting company, a meter-related company, a load management company, and a billing service company.

According to the present invention, by building a power service information model that can be used jointly in accordance with the activation and development of the competitive market competition, there is an advantage that can be smoothly provided information necessary for market participants in the power market.

In addition, the present invention has the advantage of maintaining and managing the information of the consumer or operator by building information that can be commonly used in the power market in the power service information model.

1 is a diagram referred to explain the configuration of a server having a power market information sharing function according to the present invention.
2 is an exemplary diagram illustrating a code defining a power service information model according to the present invention.
3 is an exemplary diagram defining detailed functions of a power service information model according to the present invention.
4 to 18 are exemplary diagrams defining elements and attributes of each sub-item of FIG. 3.
19 to 21 are flowcharts illustrating an operation flow of a method of operating a server having a power market information sharing function according to the present invention.

Hereinafter, with reference to the accompanying drawings will be described an embodiment of the present invention.

1 is a diagram referred to explain the configuration of a server having a power market information sharing function according to the present invention.

As shown in FIG. 1, the power market information integrated management system applied to the present invention integrates and manages power market information, and provides power market information to a power consumer 20, a power company 30, and a market participant 40. It includes a server 10 for providing.

In this case, the server 10 may include a consumer information manager 11, a provider information manager 12, a supplier information manager 13, a data collector 14, a power service information model manager 15, and an integrated DB 16. It includes.

The consumer information manager 11 is connected to each power consumer 20 through the web, and stores and manages information input from each power consumer 20 in the integrated DB 16.

In addition, when the at least one power consumer 20 accesses the server 10 through the web, the consumer information management unit 11 extracts the requested information from the power consumer 20 connected to the server 10 to obtain the corresponding power. To the consumer 20.

The operator information manager 12 is connected to each electric power provider 30 through the web, and stores and manages information input from each electric power provider 30 in the integrated DB 16.

In addition, when the at least one power provider 30 is connected to the server 10 through the web, the operator information management unit 12 extracts the requested information from the power provider 30 connected to the server 10 and the corresponding power. Provided to the operator 30.

The supplier information manager 13 stores and manages power supplier information input from the power consumer 20 or the power provider 30 in the integrated DB 16.

In addition, when there is a change request of the power supplier from the power consumer 20 or the power provider 30, the supplier information management unit 13 changes the power supplier according to the request of the corresponding power consumer 20 or the power provider 30. The change information is stored in the integrated DB 16 and managed.

On the other hand, the data collection unit 14 is connected to the data collection device through the power grid, and collects the power consumption information metered from the electricity meter corresponding to each power consumer 20.

The power service information model manager 15 constructs a power service information model based on power consumption information collected from the data collector 14 and information input from the power consumer 20, the power provider 30, and the like through the web. do.

Here, the power service information model is information that a plurality of market participants 40 may jointly utilize among basic information, charge information, demand management information, metering information, distribution information, accounting information, and financial information about the power consumer 20. Is defined as a component. In addition, the power service information model is defined by being divided into input information and output information. Here, the market participant 40 is a power sales operator, an energy consulting provider, and a meter-related operator that arise in the process of converting the power market from supplier-centered to consumer-centered, internal-centered to market-centric, and power-supply-oriented to service value-centered. This includes, for example, load management providers and billing service providers.

For a detailed description of the power service information model, refer to the embodiments of FIGS. 3 to 18.

Of course, when the information defined in the power service information model is changed, the power service information model manager 15 collects the changed information and updates or deletes the information defined in the power service information model.

The integrated DB 16 stores information input to the consumer information manager 11, the operator information manager 12, and the supplier information manager 13. In addition, the integrated DB 16 stores power consumption information of each power consumer 20 collected through the data collector 14.

In addition, the integrated DB 16 may store power user information, power company information, power provider information, and power consumption of each power consumer 20 when the power service information model is built by the power service information model manager 15. Provide information. In addition, the integrated DB 16 stores the power service information model constructed by the power service information model manager 15.

2 is an exemplary diagram illustrating a code defining a power service information model according to the present invention.

As shown in FIG. 2, the code defining the power service information model is defined as an 8-digit code such as '2A03_0101'. Of course, the code defining the power service information model is not limited thereto and may be variously applied according to the embodiment.

First, '2', the first code, is the largest category of the power service information model, and is a code corresponding to each field.

As an example, if the field of the power service information model is' 1. supply and sales, 2. market participation and transaction, 3. management and consumer protection, 4. power service ',' 2. Please enter '.

The second code, 'A', is a subcategory of 'field' and corresponds to 'function' corresponding to each field.

The third code and the fourth code, '03', is a subcategory of the second code and corresponds to the 'detailed function' divided in the 'function'. In this case, the code for the 'detailed function' is represented by a two-digit code.

On the other hand, the fifth code and the sixth code '01' are two-digit codes indicating 'components', and the seventh and eighth codes '01' are two-digit codes indicating 'property information' of the component. to be.

3 is an exemplary view defining detailed functions of a power service information model according to the present invention.

The embodiment shown in FIG. 3 corresponds to a first four digit code among codes defining a power service information model.

In other words, the power service information model is largely defined as 'field> function> detail function'.

At this time, the largest category is defined as '1. supply and sale, 2. market participation and transaction, 3. management and consumer protection, and 4. power service'.

Here, the '1. supply and sale' field is again defined as the functions of 'A. Contract, B. Meter, C. Fee, D. Billing, E. Placement'. 'A. Contract' function is defined as '01. New, 02. contract change, 03. holiday, abolition, 04. credit management, 05. instrument management, 06. power supply facility management ', and' B. Meter reading function is defined as '01 .Guide Management, 02.AMR Management 'as a detailed function. In addition, the 'C. Fee' function is defined as '01. Billing 'as a detailed function, and the' D. Billing 'function is defined as '01. Billing, 02. Collection and Receivable Management' as a detailed function, and 'E 'Placebo' function is defined as '01 .Placeholder Management 'as a detailed function.

'2. Market participation and transaction', '3. Management and consumer protection', and '4. Electric power service' are also divided into respective functions and detailed functions as in FIG.

On the other hand, Figures 4 to 18 is an exemplary view defining the components and attributes for each detailed item with respect to FIG.

First, FIG. 4 defines components and attributes for each detailed function of an 'A. contract' function in the '1. supply and sale' field.

As shown in FIG. 4, '01 .New 'among detailed functions of the' A. Contract 'function is a component of '01 .customer basic information, 02.new set up information, 03.credit information, and 04.extension equipment information. '05 .Special customer information ', and '01 .Customer basic information' includes' name (business), resident number (business number), business name, phone number, email, area code, customer number, contract type, contract power , Industrial classification, use classification, supply date, supplier basic information, change date, contract period, differential fee information, billing method, billing date, and presence of remote meter reading. In addition, '02. New Set-up Report 'among the components of '01 .New' includes attribute information such as 'new extension of contract power, supply method, supply voltage, and change of position of incoming line'. Also, '03 .Credit Information 'among the components of '01 .New' includes attribute information such as 'Abolition, Pause, Mistake, Placebo, Deposit, Credit Data', and '01 .New 'includes' 04.Extension facility information 'includes attribute information such as' extension facility, business operators, construction cost data', etc. '05 .Special customer information 'among the components of '01 .New' means' special customer target, contract, rate data ' Attribute information such as '.'

In addition, among the detailed functions of the 'A. contract' function, '02. Contract change, 03. holiday, abolition, 04. credit management, 05. instrument management, 06. faucet facility management 'as in FIG. Component and attribute information are defined.

Figure 5 defines the components and attributes for each detailed function of the 'B. meter reading' function in the '1. supply and sale' field.

As shown in FIG. 5, '01 .Guidelines management 'among detailed functions of the' B. meter reading 'function is '01. Demand power (quantity) information, 02. maximum demand information, 03. power factor (%) as a component. Information, 04.Load Profile ', and '01 .Demand power (quantity) information' includes' forward effective power (quantity), reverse active power (quantity), forward reactive power (quantity), ground reactive power (quantity) Attribute information such as forward apparent power (quantity) and reverse apparent power (quantity). Also, among the components of '01 .Guideline management ', '02 .Max. Demand information' is attribute information such as 'forward active power, reverse active power, forward reactive power, ground reactive power, forward apparent power, reverse apparent power temporary'. It includes. In addition, '03. Power Factor (%) Information 'among the components of '01 .Guide Management' includes 'forward active power, reverse active power, forward reactive power, ground reactive power, forward apparent power, reverse apparent power generation power factor', etc. '04 .Load Profile 'of '01 .Guide Management' includes 'active active power, reverse active power, forward reactive power, ground reactive power, forward apparent power, reverse apparent power', etc. Contains attribute information of.

In addition, among the detailed functions of the 'B. meter reading' function, '02. AMR management 'is also defined for each detailed function, as shown in FIG.

FIG. 6 defines components and attributes for each detailed function of the 'C. fee' function in the '1. supply and sale' field.

As shown in FIG. 6, '01. Fee calculation 'among detailed functions of the' C. fee 'function is a component of '01 .customer basic information, 02. usage information, 03. usage period information, 04. customer desire' Includes' Star Information, 05. Load Management Fee Information, 06. Addition and Reduction Information ', and '01 .Customer Basic Information' includes attribute information such as' applied power, contract power, base power factor, and base rate '. In addition, '02. Usage Information 'among the components of '01. Fee calculation' includes attribute information such as 'heavy load, maximum load, light load fee, and usage (sum)'. Also, among the components of '01. Fee calculation ', '03. Information by period of use' includes attribute information such as' time zone, minimum fee, stop fee ', and '04. Fee calculation'. Customer wish information "includes attribute information such as" type of contract, selection fee, quality and regional difference. "

In addition, '05. Load management fee information 'among the components of '01. Fare calculation' includes attribute information such as 'autonomous power saving, load transfer, discount rate data', etc. '06. Additional and reduction information includes attribute information such as 'loss amount, power factor addition, seasonal application, and error data'.

Figure 7 defines the components and attributes for each detailed function of the 'D. billing' function in the '1. supply and sales' field.

As shown in FIG. 7, '01. Billing Management 'among detailed functions of the' D. Billing 'function includes '01. Management Information, 02. Billing Method, 03. Issuing Information' as a component, and '01. 'Management information' includes attribute information such as 'member company name, representative name, member number, telephone number, contract period, billing date, change date', and the like. Also, among the components of '01. Billing Management ', '02. Billing Method' includes 'cash, check, credit card, prepayment, direct debit, budget payment, electronic billing, deferred payment, fixed fee, payment guarantee insurance', etc. Includes attribute information, and '03. Issued Information 'among the components of '01. Billing Management' includes attribute information such as 'fee and tax invoice and customer service data'.

In addition, among the detailed functions of the 'D. billing' function, '02. Collection and non-payment 'is also defined as components and attribute information for each detailed function as in FIG.

Figure 8 defines the components and attributes for each detailed function of the 'E. placebo' function in the '1. supply and sale' field.

As shown in FIG. 8, '01. Placebo management 'among detailed functions of the' E. placebo 'function includes '01. Target information and 02. penalty information' as components, and '01. Target information ' It includes attribute information such as 'subject, placebo'. In addition, '02. Penalty information 'among the components of '01. Penalty management' includes attribute information such as 'penalty calculation information, power loss amount, fee loss amount, penalty charge and storage data', and the like.

FIG. 9 defines the components and attributes for each detailed function of the 'A. Bidding' function in the '2. Market participation and trading' field.

As shown in FIG. 9, '01. Bidding 'is a component of' A. Bidding 'function as '01. Bidding price information, 02. Facility power factor, 03. Coefficient information, 04. Reference data' as a component. In addition, the '01. Bid price information 'includes attribute information such as' purchasing power price, capacity by transaction time' and the like. In addition, '02. Facility Power Factor 'among the components of '01 .Bidding' includes attribute information such as 'average ground invalidity and average validity'. In addition, '03. Coefficient Information 'among the components of '01 .Bidding' includes attribute information such as 'Additional Settlement, Applied Loss Coefficient, Individual Loss Coefficient, Generation Power Transmission Fee, Load Power Transmission Fee', etc. '04 .References' among the components of 'Bidding' includes attribute information such as' direct purchase capacity correction coefficient, capacity price applied power, data for calculating individual transmission coefficient, and capacity price applied power determination data '.

In addition, among the detailed functions of the 'A. bidding' function, '02. Market participation management, 03. transaction 'is also defined as components and attribute information for each detailed function as in FIG.

Figure 10 defines the components and attributes for each detailed function of the 'B. Settlement' function in the '2. Market participation and trading' field.

As shown in FIG. 10, '01. Settlement 'among detailed functions of the' B. Settlement 'function is a component of '01. Power Transaction Settlement Information, 02. Base Fund Information, 03. Direct Purchase Commission Information, 04. 'Transmission Billing Information', and '01. Electricity Transaction Settlement Information 'includes' direct purchase power amount, power settlement, additional settlement, loss coefficient, capacity correction coefficient, initial settlement, final settlement, objection, financial application data', etc. Contains attribute information. Also, among the components of '01. Settlement ', '02 .Based Fund Information' includes attribute information such as 'purchasing power settlement fee, charge rate, base fund', and the like. Also, among the components of '01. Settlement ', '03 .Direct Purchase Fee Information' includes attribute information such as 'power purchase amount, fee rate, and purchase fee', and '04. Power Transmission 'among the components of '01 .Settlement' 'Charge information' includes attribute information such as 'transmission fee'.

In addition, among the detailed functions of the 'B. Settlement' function, '02 .Payment 'is also defined as components and attribute information for each detailed function as in FIG.

FIG. 11 defines the components and attributes for each detailed function of the 'C. weighing' function in the '2. Market participation and trading' field.

As shown in FIG. 11, '01. Settlement 'among detailed functions of the' C. metering 'function includes '01. Facility information' as a component, and '01. Facility information 'includes a' meter meter 'and a transformer. Attribute information such as peripheral pressure, seal management, weighing data data, metering equipment test and inspection data.

In addition, among the detailed functions of the 'C. Weighing' function, '02 .Registration Management 'includes '01 .Registration Information' as a component, and '01 .Registration Information 'includes' member company name, representative name, member number, management' It includes attribute information such as equipment name, scheduled inspection date, set password and weighing time data.

12 defines the components and attributes for each detailed function of the 'A. Demand Forecasting' function in the field of '3. Management and Consumer Protection'.

As shown in FIG. 12, '01. Demand Forecast 'among detailed functions of the' A. Demand Forecast 'function is a component of '01. Electricity Sales Information, 02. Demand Management Information, 03. Load Characteristics, 04. Facilities Information, 05. Demand Related Information, 06. Public Information, 07. Economic Information, and '01. Power Sales Information 'includes attribute information such as' Power Demand Data and Maximum Demand Information by Demand Sector'. do. In addition, '02. Demand Management Information 'among the components of '01. Demand Forecast' includes attribute information such as 'summer cooling, direct load data', and '03. Load 'among the components of '01. Demand Forecast'. 'Characteristics' includes attribute information such as' type of contract, time of day, regional load characteristics data, large-capacity load pattern data, power demand elasticity value', and '04. Facility Information 'among the components of '01. It includes attribute information such as 'consumer load, equipment data'.

In addition, among the components of '01. Demand Forecast ', '05. Demand Information' includes attribute information such as 'Housing Lake Variation Data, Customer Variation Data, Home Appliance Supply Data, Power Consumption Data per Population, and Population Growth Data'. Among the components of '01. Demand Forecast ', '06. Disclosure Information' includes attribute information such as 'Power Generation Forecast, Reserve Power, Power Scale, Supply Trend Analysis, Grid Equipment Data, and Power Loss Data'. Among the components of '01. Demand Forecast ', '07. Economic Information' includes 'seasonal index, daily type index, relative index by time of day, weather factor, social interference capital investment, industrial structure, cogeneration and private development data', etc. Contains attribute information.

FIG. 13 defines the components and attributes for each detailed function of the function 'B. Customer Protection' in the field of '3. Management and Consumer Protection'.

As shown in FIG. 13, '01. Dispute and Mediation Management 'among detailed functions of the' B. Customer Protection 'function is a component of '01. Electricity billing and collection information, 02. Prohibition of consumers of electricity providers Act violation information, 03. Consumer Choice Adjustment Information, 04. Liability and Exemption from Consumers.

In addition, '02 .Customer Protection 'is a component of' B. Customer Protection 'function. '01 .Customer Specific Information Protection, 02.Low-Income Support, 03.Standard Customer Rights Information, 04.Contract Terms and Conditions' 05. Standard supplier options.

FIG. 14 defines the components and attributes for each detailed function of the function of 'C. Statistics and Policy' in the field of '3. Management and Consumer Protection'.

As shown in Figure 14, '01. Power consumption analysis 'of the detailed functions of the' C. statistics and policy establishment 'function as the component '01. Power consumption information, 02. monthly usage, 03. metering statistics information' Among them, '01. Electric power consumption information 'attributes such as' type of contract, use, administrative district, voltage, power consumption per capita, administrative division / use, power consumption per administrative district / per capita', etc. Contains information. In addition, '02. Monthly Usage 'among the components of '01. Power Consumption Analysis' includes attribute information such as' Maximum / average power amount per month, monthly demand management power amount', and the elements of '01 .Power Consumption Analysis' '03 .Measurement statistics information 'includes' energy, demand power, cumulative demand power, continuous cumulative demand power, maximum demand occurrence date, maximum continuous accumulation demand date, transfer time demand power, maximum demand power generation history', etc. Contains attribute information.

In addition, among the detailed functions of the 'C. statistics and policy establishment' functions, '02. Price analysis, 03. rate and market analysis, 04. quality and efficiency management 'are also shown in FIG. Is defined.

FIG. 15 defines the elements and attributes for each detailed function of the function of 'A. Energy Management' in the field of '4. Electric power service'.

As shown in FIG. 15, '01. Energy Optimization 'among detailed functions of the' A. Energy Management 'function includes '01. Reliability information, 02. Energy information, 03. Facility information' as components. Among them, '01. Reliability information 'includes attribute information such as' electricity data, load information, voltage and frequency data'. In addition, '02 .Energy Information 'among the components of '01. Energy Optimization' includes attributes such as 'hourly power consumption, maximum power, electricity usage patterns and characteristics, facility scale, billing information, energy saving data, and proper operation data'. Includes information, and '03. Facility Information 'among the components of '01. Energy Optimization' includes attribute information such as 'transformer and switch specifications, breaker performance, switch performance, transformer performance, and instrument performance'.

In addition, among the detailed functions of the 'A. Energy Management' function, '02. Load Characteristic Analysis Management 'also includes component and attribute information for each detailed function as in FIG. 15.

FIG. 16 defines the elements and attributes for each detailed function of the function of 'B. provider autonomy selection' in the field of '4. power service'.

As shown in FIG. 16, '01. Change procedure management 'among detailed functions of the' B. Supplier autonomous selection 'function is a component of '01. Contract matter, 02. Equipment information, 03. Credit information, 04. Supplier. Information, and '01. Agreement 'includes component and attribute information corresponding to the new item' 1A01 '. In addition, '02. Facility Information 'among the components of '01. Change Procedure Management' includes component and attribute information corresponding to the instrument management of 1A05 and the power receiving facility management of '1A06'. In addition, '03 .Credit Information 'among the components of '01. Change Procedure Management' includes components and attribute information corresponding to credit management of '1A04', and '03. Credit Information 'includes '01. 04. Supplier information 'includes attribute information corresponding to supplier change information of' 1A02_02 '.

In addition, among the detailed functions of the 'B. provider autonomy selection' function, '02. Settlement management, 03. power usage history management ', as well as the component and attribute information are defined for each detailed function.

FIG. 17 defines the elements and attributes of each detailed function for the function of 'C. Differential Charge' in the field of '4. Electric power service'.

As shown in FIG. 17, '01 .quality differential 'among detailed functions of the' C. differential charge 'function includes '01. Voltage and frequency information and 02. characteristic information' as components, and '01. 'Voltage and frequency information' includes attribute information such as 'regional, supply voltage and service data'. In addition, '02. Characteristic information 'among the components of '01. Quality difference' includes attribute information such as 'loss rate, peak contribution rate, power factor, and electricity use characteristic data'.

In addition, among the detailed functions of the 'C. Differential Charge' function, '02. Regional Differential, 03. Real-Time Rate 'also includes component and attribute information for each detailed function as in FIG. 17.

FIG. 18 defines the elements and attributes for each detailed function of the 'D. power demand management' function in the '4. power service' field.

As shown in FIG. 18, '01. Demand Management 'among detailed functions of the' D. Power Demand Management 'function is '01. General information, 02. demand information, 03. cost information, 04. device information as components. , 05. Power saving information, 06. Power usage status information, 07. Application targets, 08. Support charges, 09. Load transfer information, 10. Strategic consumption strategy, among which '01. General information ' Lake, number of houses, number of people per household, rate of housing supply, population by region, number of households by region ', etc. In addition, '02. Demand Information 'among the components of '01. Demand Management' includes attribute information such as 'total consumption, power consumption by use, residential power consumption, commercial power consumption, industrial power consumption, maximum load, maximum load by use', etc. Among the components of '01. Demand Management ', '03. Cost Information' includes attribute information such as 'cost data for residential and business devices', and '04. Device Information 'among the components of '01. Demand Management' It includes attribute information such as 'home DSM device, business DSM device, diffusion rate, distribution number, residential use pattern, residential power amount, residential load, business use pattern, business power amount, and business load'.

In addition, '05. Power Save Information 'among the components of '01. Demand Management' includes attribute information such as 'Power Saving Potential Data for Home and Power Saving Potential Data for Work', and '06. 'Power usage status information' includes attribute information such as' device usage time, device dissemination rate, device usage pattern, total power usage by device ', etc., and '07. Application target' among the components of '01. Contains attribute information such as 'night power, summer load, time zone, autonomous power saving and power load data'.

In addition, '08. Support Fee 'among the components of '01. Demand Management' includes attribute information such as' pre-load discount rate adjustment data, rate reduction data, and subsidy data ', and the composition of '01 .Demand Management' Among the elements, '09. Load transfer information 'includes attribute information such as' applicable object, load adjustment application, load transfer contract, load transfer period, load transfer result', etc., and '10. 'Strategic consumption strategy' includes attribute information such as 'high efficiency equipment information, supply information, electrical equipment diagnosis information, and power saving information'.

In addition, among the detailed functions of the 'D. power demand management' function, '02. Direct load management, 03. Demand Response 'also component and attribute information are defined for each detailed function as in FIG.

Referring to the operation of the present invention configured as described above are as follows.

19 to 21 are flowcharts illustrating an operation flow of a method of operating a server having a power market information sharing function according to the present invention.

First, FIG. 19 illustrates an operation flow of building a power service information model in a server having a power market information sharing function according to the present invention.

As shown in FIG. 19, the server 10 collects information collected through the consumer information manager 11, the operator information manager 12, and the supplier information manager 13, and the data collected through the data collector 14. The power service information model is built using the received information (S100), and the power service information model is stored in the integrated DB 16 (S110).

Thereafter, the server 10 collects and processes the weighing data in real time and reflects the real-time weighing data information in the power service information model (S120).

On the other hand, if the contents registered in the power service information model is changed (S140), the server 10 extracts the changed contents and reflects them in the power service information model, thereby updating and deleting the corresponding contents (S150).

In addition, when a new operator or a new consumer is not registered in the power service information model previously registered (S160), the server 10 builds new information of the new operator or new consumer and reflects it in the power service information model. (S170).

The server 10 constructs the power service information model by adding new contents to the power service information model or repeating the above process whenever the contents already registered are changed.

20 illustrates a detailed operation flow for the process 'S100' of FIG. 19.

As shown in FIG. 20, when looking at a power service information model building process, the server 10 first defines a business field based on information input from a consumer or a business operator (S101). S102). Thereafter, the server 10 defines a function for each work area defined in the process 'S102' (S103), and also defines components and attributes for each function (S104).

At this time, the server 10 to define the source and the use of the consumer or business information together (S105).

 When the business field, function, component, and attribute are defined, the server 10 classifies the consumer or business information according to the defined business field, function, component, and attribute (S106), and performs verification on the classified information. (S107). Thereafter, the server 10 terminates the power service information model building process by managing the history for each consumer or operator (S108).

Therefore, when the process of 'S108' is completed, the server 10 performs the process of S110 of FIG. 19.

FIG. 21 is a flowchart illustrating an operation of providing market participants 40 with information of a power service information model in a server having a power market information sharing function according to the present invention.

As shown in FIG. 21, when the market participant 40 accesses the server 10 and requests information defined in the power service information model (S200), the server 10 accesses the integrated DB 16 to market. The participant 40 searches for the requested information (S210).

Here, the market participant 40 is a power sales operator, an energy consulting provider, and a meter-related operator that arise in the process of converting the power market from supplier-centered to consumer-centered, internal-centered to market-centric, and power-supply-oriented to service value-centered. This includes, for example, load management providers and billing service providers.

If the information requested by the market participant 40 exists in the integrated DB 16 (S220), the server 10 extracts the corresponding information from the integrated DB (S230), and provides the information to the market participant 40 (S240). ).

Meanwhile, if the information requested by the market participant 40 does not exist in the integrated DB (S220), the server 10 notifies the market participant 40 of the integrated DB search result (S250). Of course, in this case, the server 10 may re-perform the process 'S100' to 'S170' of FIG. 19 to newly collect information requested by the market participant 40 and additionally register it in the power service information model.

As described above, a server having a power market information sharing function and an operation method thereof according to the present invention have been described with reference to the illustrated drawings. However, the present invention is not limited by the embodiments and drawings disclosed herein, and the technical concept is protected. It can be applied within the range.

10: Server 11: Consumer Information Management Department
12: Operator Information Management Unit 13: Supplier Information Management Unit
14: data collection unit 15: power service information model management unit
16; Integrated DB 20: Power Consumer
30: Electricity provider 40: Market participants

Claims (14)

A server for providing power market information to a power consumer, a power provider, and a market participant providing power related services between the power consumer and the power provider and a power provider,
A supplier information manager configured to manage power provider information input from the power consumer or the power provider and change information of the power provider;
An integrated DB storing information input from the power consumer or the power provider and information on the power provider; And
Building a power service information model based on the information stored in the integrated DB, and providing information on the power provider registered in the power service information model at the request of the power consumer, the power provider, and the market participant; And a power service information model management unit. The method according to claim 1,
The power service information model,
Server having a power market information sharing function, characterized in that defined as at least one of the basic information, billing information, demand management information, metering information, distribution information, accounting information, financial information for a plurality of power consumers as a component . The method according to claim 1,
The power service information model,
A server having a power market information sharing function, characterized in that the information stored in the integrated DB is defined by dividing it into business areas, functions, components and attributes. The method according to claim 3,
The power service information model,
And a classification code corresponding to the business area, function, component, and property. The method according to claim 1,
The power service information model management unit,
And when the information defined in the power service information model is changed, collect the changed information to update or delete the information defined in the power service information model. The method according to claim 1,
The power service information model management unit,
The server having the power market information sharing function, if the new power consumer or new power provider information is input, the new power consumer or new power provider information is further registered by applying to the power service information model. The method according to claim 1,
The market participants,
A server having a power market information sharing function, characterized in that it comprises at least one of a power sales company, an energy consulting service provider, a meter related service provider, a load management service provider, and a billing service service provider. A method of operating a server that provides power market information to a power consumer, a power provider, and a market participant providing power related services between the power consumer and the power provider and a power provider,
Managing power provider information inputted from the power consumer or the power provider and change information of the power provider;
Storing information input from the power consumer or the power provider and information on the power provider in an integrated DB;
Building a power service information model based on the information stored in the integrated DB; And
And providing information on the power provider registered in the power service information model according to the request of the power consumer, the power provider, and the market participant. How to operate. The method according to claim 8,
The power service information model,
Server having a power market information sharing function, characterized in that defined as at least one of the basic information, billing information, demand management information, metering information, distribution information, accounting information, financial information for a plurality of power consumers as a component How to operate. The method according to claim 8,
The power service information model,
And information about the power consumer and the power provider and information about the power provider are classified into business fields, functions, components, and attributes, and the power market information sharing function is defined. The method according to claim 10,
The power service information model,
And a classification code corresponding to the business area, function, component, and property. The method according to claim 8,
When the information defined in the power service information model is changed, updating or deleting the information defined in the power service information model by collecting the changed information; the server having a power market information sharing function further comprising: How to operate. The method according to claim 8,
And registering the new power consumer or new power company information by applying the new power consumer or new power company information to the power service information model. Operation method of having server. The method according to claim 8,
The market participants,
A method of operating a server having a power market information sharing function, characterized in that it comprises at least one of a power sales company, an energy consulting service provider, a meter related service provider, a load management service provider, and a billing service service provider.

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