JP6490351B2 - Energy transaction management system - Google Patents

Description

The present invention also relates to the energy transaction management systems.

  In recent years, as a measure for stabilizing supply and demand using market mechanisms, attention has been focused on efforts to conduct transactions in the electric power market based on temporary adjustment of energy consumption by consumers as supply capacity. Since it is difficult for small consumers to trade in the electric power market themselves, there is an energy trading company called an aggregator that collects the adjusted energy by these small consumers and wholesales them to the electric power market.

  An energy trading company concludes a procurement transaction contract for adjusted energy with a customer in advance. The items agreed in the procurement transaction contract include, for example, a standard for calculating a unit price per KW · h of a procurement price paid by an energy trader to a customer and an amount of adjustment energy to be traded (hereinafter referred to as “procurement energy”) ( (Hereinafter referred to as “procurement amount standard”) and duration of procurement of procurement energy (hereinafter referred to as “procurement time standard”).

  The energy trading company newly concludes a wholesale transaction contract with, for example, a retailer or a grid operator based on the procured energy. The items agreed in the wholesale transaction contract include, for example, the unit price per KW · h of the wholesale price, the standard for calculating the amount of adjustment energy to be traded (hereinafter referred to as “wholesale energy”) (hereinafter referred to as “wholesale quantity standard”) And delivery start date and time and end date and time of wholesale energy (hereinafter referred to as “wholesale time standard”).

  By the way, the procurement standard agreed in the procurement transaction contract and the wholesale quantity standard agreed in the wholesale transaction contract are not necessarily the same standard. In addition, the procurement standard itself is not necessarily the same for each consumer, and the wholesale standard itself is not necessarily the same for each retailer or system operator. That is, the procurement transaction contract may have different contents for each customer, and the wholesale transaction contract may have different contents for each retailer or system operator.

  Moreover, it is difficult to apply in advance to the procurement time standard the same date and time as the wholesale time standard agreed by the energy trading company in the wholesale transaction contract, and the procurement time standard is different for each customer. In this way, energy trading companies procure energy procured from consumers so that they can meet the conditions of wholesale transaction agreements agreed in the electricity market, while dealing with contracts with different energy transaction volume and transaction time standards. There must be.

  Patent Document 1 discloses a technique for managing energy consumption of a plurality of consumers with respect to procurement of procurement energy from consumers by an energy trading company. According to the technique disclosed in Patent Document 1, it is described that energy consumption of a group of consumers including a plurality of customers can be integrated and efficiently managed with high accuracy.

  Patent Document 2 also discloses an optimal transaction plan for a trading transaction in the fuel trading market and a trading transaction in the power trading market, taking into account the physical constraints used by an electric power company having its own generator. An energy trading support system for planning is disclosed. According to the technique disclosed in Patent Document 2, comprehensive planning support can be performed for each energy transaction of electric power and fuel.

JP 2012-165513 A JP 2007-58760 A

  However, in the techniques described in Patent Documents 1 and 2, no consideration is given to the fact that the procurement quantity standard and the wholesale quantity standard may not match. In addition, a transient state, which is a temporal change in procurement of procurement energy, is not considered. Therefore, in the technologies described in Patent Documents 1 and 2, on the premise that the transient state in procurement of procurement energy is not considered in terms of transactions, electric power handled only one contract with the same procurement quantity standard and wholesale quantity standard. You can only make a deal.

Suggest energy transaction management system that can manage the energy trading on the basis of different contracts to be entered into by and between the wholesale destination of the customer at the time of wholesale energy procured from the customer to the wholesale destination.

In order to solve such a problem, in the present invention, an energy transaction management system for creating and executing an energy transaction, in which energy that can be traded is produced by controlling the operation of equipment owned by a consumer. And the operation control of the equipment owned by the customer is executed based on the operation plan of the customer including at least the control content and the control start time, and from the customer A transaction time reference conversion unit for setting a start time of the operation plan of the consumer at an arbitrary time within the range of energy delivery time specified in the transaction contract information with the wholesale supplier of the procured energy, and the transaction time reference Based on the start time set by the conversion unit and the preset control content, the consumption of each time when the operation control of the equipment owned by the consumer is executed. An energy consumption prediction unit that predicts an energy amount, and calculates a procurement amount based on the energy consumption amount predicted by the energy consumption amount prediction unit and transaction contract information with the customer, and the energy consumption amount prediction unit And a transaction amount reference conversion unit for calculating the wholesale amount based on the energy consumption predicted by the transaction and the transaction contract information with the wholesaler .

  According to the present invention, when energy procured from a consumer is wholesaled to a wholesale destination, energy transactions can be managed based on different transaction contracts concluded between the consumer and the wholesale destination.

It is a whole block diagram of an energy transaction management system. It is a conceptual diagram which shows the outline | summary of the process by an energy transaction management system. It is a functional lineblock diagram of an energy transaction management system. It is a conceptual diagram of transaction plan information. It is a conceptual diagram of wholesale transaction contract information. It is a conceptual diagram of procurement transaction contract information. It is a conceptual diagram of operation plan information. It is a flowchart of an energy transaction planning process. It is a flowchart of an operation plan creation process. It is a screen block diagram of transaction plan information. It is a screen block diagram of transaction plan information.

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

(1) Overall Configuration FIG. 1 shows an overall configuration of an energy transaction management system 1 in the present embodiment. The energy transaction management system 1 is used for an energy trading company 10 called an aggregator to procure energy from a customer 20 based on a procurement transaction contract and to wholesale the procured energy to a wholesale business partner 30 based on a wholesale transaction contract. System.

  Here, the energy procured by the energy trading company 10 from the customer 20 is referred to as procured energy. The energy that the energy trading company 10 wholesales to the wholesale business partner 30 is referred to herein as wholesale energy.

  The procurement transaction contract is a transaction contract relating to procurement energy concluded between the energy trading company 10 and the customer 20. The wholesale transaction contract is a transaction contract related to wholesale energy concluded between the energy trading company 10 and the wholesale business partner 30.

  As shown in FIG. 1, the energy transaction management system 1 includes an energy transaction operator 10, a customer 20, and a wholesale customer 30. These are connected so as to communicate with each other via a communication path N1 such as a LAN (Local Area Network). Hereinafter, each of these energy trading company 10, customer 20, and wholesale business partner 30 is explained.

  The energy trading business 10 is a business composed of a transaction manager 11 and a facility manager 12. The transaction manager 11 procures procurement energy from the customer 20 based on the procurement transaction contract, and on the other hand, formulates a plan for wholesale the procurement energy to the wholesale business partner 30 based on the wholesale transaction contract. It is a company that executes the planned plan.

  The facility manager 12 is a business operator who formulates an operation plan for the load facility of the customer 20 and executes the planned operation plan in order to realize a plan for procuring procurement energy from the customer 20. When executing the operation plan, the facility manager 12 transmits a control signal to the facility control terminal 22 to control the load facility of the customer 20.

  The customer 20 is an individual or a corporation that owns the load facility. Using the information input / output terminal 21, the customer 20 concludes a procurement transaction contract with the transaction manager 11, and exchanges information on the load facilities owned with the facility manager 12.

  The wholesale business partner 30 includes a retailer 31, a trade market operator 32, and a system operator 33. The retailer 31 supplies power to the consumer 20 and purchases a part of the power scheduled to be supplied from the consumer 20 via the energy trader 10. The energy trader 31 The transaction product information distribution terminal 30 </ b> A for distributing information related to wholesale transactions with 10 is provided.

  The transaction market operator 32 is a business operator that comprehensively manages information and procedures necessary for conducting energy transactions with respect to a plurality of retail businesses 31 and energy business operators 10, and provides information on wholesale transactions. A transaction product information distribution terminal 30A for distribution is provided.

  Further, the system operator 33 is an operator who purchases energy from the energy trading company 10 as necessary in order to manage the supply and demand of the system, and uses the transaction product information distribution terminal 30A for distributing information related to wholesale transactions. Prepare.

  FIG. 2 shows an outline of processing by the energy transaction management system 1. Here, an outline of processing executed by the energy transaction management device 111, the transaction contract information management device 112, the facility operation management device 121, and the facility information management device 122 will be described.

  Based on the procurement transaction contract information 11252A and the operation plan information 12155A, the energy transaction management apparatus 111 creates transaction plan information 11156A that satisfies the wholesale transaction amount and delivery time specified in the wholesale transaction contract information 11253A. The details of the transaction plan information 11156A will be described later (FIG. 4), but largely includes information on two plans, a procurement transaction plan and a wholesale transaction plan.

  The procurement transaction plan includes the ID of the customer 20 who is the supplier of energy, the operation plan to be applied to the load facility of this customer 20, and the start date and time of this operation plan. Further, the wholesale transaction plan includes the ID of the wholesale business partner 30 that is the wholesale supplier of the procured energy, and the time and amount for delivering the procured energy to the wholesale business partner 30.

  The facility operation management apparatus 121 creates operation plan information 12155A including a plurality of operation plans applicable to the load facility of the customer 20 based on the facility information 12252A and the operation condition information 12154A. In addition, the facility operation management apparatus 121 calculates, for each operation plan, the amount of energy consumed that is predicted when the operation plan included in the created operation plan information 12155A is executed based on the facility information 12252A and the energy consumption history information 12253A. Predict.

  The operation plan information 12155A including a plurality of operation plans includes information on the load factor of the load equipment in the time series after the ID of the consumer 20, the load equipment owned by the consumer 20, and the energy procurement start timing. Further, the operation condition information 12154A includes an allowable upper limit value or lower limit value of room temperature, an allowable upper limit value or lower limit value of productivity, etc. set individually by the customer 20. Details of the operation plan information 12155A will be described later (FIG. 7).

  The transaction contract information management device 112 is a procurement transaction contract information 11252A which is contract information between the energy trading company 10 and the customer 20, and a wholesale which is contract information between the energy trading company 10 and the wholesale business partner 30. The transaction contract information 11253A is managed.

  In the procurement transaction contract information 11252A, the ID of the customer 20 who is the supplier of energy, the procurement transaction price when the energy is procured from the customer 20, and the amount of energy procured from the consumer 20 are calculated. The procurement amount standard (baseline) to be used for this is included. Details of the procurement transaction contract information 11252A will be described later (FIG. 6).

  Further, in the wholesale transaction contract information 11253A, the ID of the wholesale supplier 30 that is the wholesale supplier of the procurement energy, the time to deliver the procurement energy to the wholesale supplier 30, the amount to be delivered, the price that the wholesale supplier 30 purchases, The wholesale quantity standard (baseline) used when calculating the wholesale quantity that can be wholesaled to the wholesale business partner 30 and the transaction status with the wholesale business partner 30 are included. Details of the wholesale transaction contract information 11253A will be described later (FIG. 5).

  The facility information management device 122 manages information related to the load facility of the customer 20. The facility information 12252A includes physical characteristic information such as COP (Coefficient Of Performance) of the load facility owned by the customer 20, information such as a floor plan of the customer 20 or a building material. The consumption energy history information 12253A includes, for example, time-series information on the amount of energy consumed in the power receiving point, load facility, or device unit of the customer 20.

(2) Functional Configuration FIG. 3 shows a functional configuration of the energy transaction management system 1. Here, functional configurations of the energy transaction management device 111, the transaction contract information management device 112, the facility operation management device 121, and the facility information management device 122 are particularly shown.

  The energy transaction management device 111 includes a CPU (Central Processing Unit) 1111 that controls the operation of the energy transaction management device 111 in an integrated manner, an input device 1112, an output device 1113, a communication device 1114, and a storage device 1115. The energy transaction management apparatus 111 is an information processing apparatus such as a personal computer, a server computer, or a handheld computer.

  The input device 1112 includes a keyboard or a mouse. The output device 1113 includes a display or a printer. The communication device 1114 includes a NIC (Network Interface Card) for connecting to a wireless LAN or a wired LAN. The storage device 1115 is a storage medium such as a RAM (Random Access Memory) and a ROM (Read Only Memory).

  The storage device 1115 stores various computer programs such as a wholesale plan planning unit 11151, a procurement plan planning unit 11152, a transaction time standard conversion unit 11153, a transaction volume standard conversion unit 11154, and a profit / loss evaluation unit 11155.

  The wholesale planning unit 11151 obtains one or more information such as the transaction price and delivery time zone of the wholesale transaction from the transaction product information distribution terminal 30A, and the profit / loss evaluated by the transaction price or the profit / loss evaluation unit 11155 is preset. A wholesale transaction exceeding the threshold is determined as an appropriate wholesale transaction contract for the energy trading company 10 to perform the transaction.

  The procurement plan planning unit 11152 is evaluated by the procurement transaction contract information 11252A, the operation plan information 12155A, and the profit and loss evaluation unit 11155 so as to satisfy the transaction volume and delivery time set in the wholesale transaction contract determined by the wholesale plan planning unit 11151. The procurement transaction plan (transaction plan information 11156A) for procuring energy from the customer 20 is determined based on the profit / loss to be made.

  The transaction time reference conversion unit 11153 associates the execution start date and time of the operation plan included in the operation plan information 12155A within the delivery time set in the wholesale transaction contract determined by the wholesale plan planning unit 11151. Note that the energy consumption amount of the consumer 20 when the associated operation plan is executed is predicted by the energy consumption amount prediction unit 12152.

  The transaction amount standard conversion unit 11154 calculates the procurement amount based on the predicted energy consumption amount and the procurement amount standard (baseline) set in the procurement transaction contract. On the other hand, the transaction quantity reference conversion unit 11154 calculates the wholesale quantity based on the predicted consumption energy quantity and the wholesale quantity standard (baseline) set in the wholesale transaction contract.

  Based on the calculated procurement amount and the procurement transaction price set in the procurement transaction contract, the transaction amount standard conversion unit 11154 calculates the amount of procurement transaction that the energy trading company 10 pays to the customer 20 as an incentive. . Further, the transaction amount reference conversion unit 11154 calculates the wholesale transaction amount that the energy trading company 10 receives from the wholesale business partner 30 based on the calculated wholesale amount and the wholesale transaction price set in the wholesale transaction contract.

  The profit / loss evaluation unit 11155 calculates and evaluates the profit / loss of the energy trading company 10 based on the procurement transaction amount calculated by the transaction amount reference conversion unit 11154 and the wholesale transaction amount.

  The storage device 1115 stores a transaction plan information database 11156, and the transaction plan information database 11156 holds transaction plan information 11156A. Details of the transaction plan information 11156A will be described later (FIG. 4).

  The transaction contract information management device 112 includes a CPU 1121 that controls the overall operation of the transaction contract information management device 112, an input device 1122, an output device 1123, a communication device 1124, and a storage device 1125. The transaction contract information management apparatus 112 is an information processing apparatus such as a personal computer, a server computer, or a handheld computer.

The storage device 1125 stores computer programs such as the information input / output unit 11251 and also stores databases such as a procurement transaction contract information database 11252 and a wholesale transaction contract information database 11253. Wholesale transaction contract information database 11253 holds wholesale transaction contract information 1125 3 A, and procurement transaction contract information database 11252 holds procurement transaction contract information 1125 2 A.

  The information input / output unit 11251 registers, searches, updates, or deletes various types of information for the procurement transaction contract information database 11252 and the wholesale transaction contract information database 11253. The procurement transaction contract information 11252A and the wholesale transaction contract information 11253A are as described in the description of FIG. 2, and details will be described later (FIGS. 5 and 6).

  The facility operation management apparatus 121 includes a CPU 1211, an input device 1212, an output device 1213, a communication device 1214, and a storage device 1215 that collectively control the operation of the facility operation management device 121. The facility operation management apparatus 121 is an information processing apparatus such as a personal computer, a server computer, or a handheld computer.

  The storage device 1215 stores various computer programs such as an operation planning unit 12151, an energy consumption prediction unit 12152, and a control execution unit 12153.

  Based on the operation plan condition information 12154A and the facility information 12252A, the operation plan drafting unit 12151 formulates, for each customer 20, an operation plan for load facilities that can be executed by the customer 20 to create procurement energy.

  The energy consumption prediction unit 12152, when the execution start date and time of the operation plan included in the operation plan information 12155A is associated within the delivery time set in the wholesale transaction contract, the facility information 12252A and the energy consumption history information Based on 12253A, the energy consumption of the consumer 20 is predicted for each associated date and time.

  The control execution unit 12153 controls the load facility of the customer 20 via the facility control terminal 22 based on the transaction plan included in the transaction plan information 11156A.

  The storage device 1215 stores an operation condition information database 12154 and an operation plan information database 12155. The operation condition information database 12154 holds operation condition information 12154A, and the operation plan information database 12155 holds operation plan information 12155A. The operation condition information 12154A is as described in the description of FIG. 2, and the operation plan information 12155A will be described later (FIG. 7).

  The facility information management device 122 includes a CPU 1221 that controls the overall operation of the facility information management device 122, an input device 1222, an output device 1223, a communication device 1224, and a storage device 1225. The facility information management device 122 is an information processing device such as a personal computer, a server computer, or a handheld computer.

  The storage device 1225 stores computer programs such as the information input / output unit 12251 and stores databases such as the facility information database 12252 and the energy consumption history information database 12253. The facility information database 12252 holds facility information 12252A, and the consumption energy history information database 12253 holds consumption energy history information 12253A.

  The information input / output unit 12251 registers, searches, updates, or deletes various types of information with respect to the facility information database 12252 and the energy consumption history information database 12253. The facility information 12252A and the energy consumption history information 12253A are as described in the explanation of FIG.

(3) Detailed structure of each information FIG. 4: shows the conceptual diagram of transaction plan information 11156A. The transaction plan information 11156A is information created by the wholesale plan planning unit 11151 and the procurement plan planning unit 11152, and is used when the facility operation management device 121 controls the load facility of the customer 20 in order to create procurement energy. It is done.

  Specifically, the transaction plan information 11156A includes a wholesale contract ID column 111561, a procurement supplier ID column 111562, an operation plan ID column 111563, and an operation plan start date / time column 111564.

  The wholesale contract ID column 111561 stores an identifier of a wholesale transaction contract. The procurement supplier ID column 111562 stores the identifier of the customer 20 who performs the procurement transaction. The operation plan ID column 111563 stores the identifier of the operation plan of the load facility. The operation plan start date / time column 111564 stores the execution start date / time of the operation plan.

  Accordingly, in the case of FIG. 4, for example, in order to realize a wholesale transaction in which the wholesale contract ID is specified by “PA03”, the procurement energy is obtained from a plurality of customers 20 whose procurement supplier IDs are specified by “C1” to “C4”. It is shown that it is planned to procure.

  Further, in this plan, the customer 20 specified by the supplier ID “C1” is required to operate the owned load facility based on the operation plan specified by “C1-2”. It is indicated that the operation plan of “C1-2” is requested to start from “2014/1/11 09:55”.

  FIG. 5 shows a conceptual diagram of wholesale transaction contract information 11253A. The wholesale transaction contract information 11253A is information created by the wholesale plan planning unit 11151 and the procurement plan planning unit 11152, and is used when the energy transaction management apparatus 111 creates the transaction plan information 11156A.

  Specifically, the wholesale transaction contract information 11253A includes a wholesale contract ID column 112531, a wholesale supplier ID column 112532, a delivery time column 112533, a wholesale transaction volume column 112534, a wholesale transaction price column 112535, a wholesale volume reference column 112536, and a transaction status column 112537. Consists of

  The wholesale contract ID column 112531 stores an identifier of a wholesale transaction contract. The wholesale business partner ID column 112532 stores the identifier of the wholesale business partner 30 that concludes the wholesale business contract. The delivery time column 112533 stores the delivery date, delivery start time, and delivery end time of the wholesale energy in the wholesale transaction contract. The wholesale transaction amount column 112534 stores the wholesale transaction amount of wholesale energy in the wholesale transaction contract.

  The wholesale transaction price column 112535 stores the transaction price in the wholesale transaction contract. In the wholesale quantity reference column 112536, information on a reference for calculating the wholesale transaction quantity of wholesale energy in the wholesale transaction contract is stored. The transaction status column 112537 stores the procedure status of the wholesale transaction contract.

  Therefore, in the case of FIG. 5, for example, the wholesale transaction contract with the wholesale transaction contract ID “PA01” is a contract with the wholesale transaction partner 30 with the wholesale transaction ID “R1”. In the wholesale transaction contract of “PA01”, the date and time when the wholesale energy is delivered to the wholesale business partner 30 is “2014/1/10 13: 0 to 13:30”. It is “1200 kW” and the wholesale transaction price is “25 yen / kW · h”.

  In addition, in the wholesale transaction contract of “PA01”, the wholesale transaction amount of “1200 kW” is obtained by calculating the actual energy consumption value at the time of procurement from the average value in the delivery time zone in the “average value for every hour of the last three days”. It is shown that it is calculated as a subtracted value.

  Also, it is indicated that the current transaction status of the wholesale transaction contract with the wholesale transaction contract ID “PA01” is “contracted”. When the transaction status is “unordered”, it indicates that the energy trading company 10 has notified the wholesale customer 30 of a transaction request, but has not yet concluded a contract.

  Further, when the transaction status is “unordered”, it indicates that it is immediately after receiving the wholesale transaction information from the wholesale transaction partner 30. Further, when the transaction status is “confirmed” but the delivery time is “not received”, for example, it indicates that the grid operator 33 and the adjustment reserve transaction are equivalent to a contract.

  FIG. 6 shows a conceptual diagram of procurement transaction contract information 11252A. The procurement transaction contract information 11252A is information input by the energy trading company 10 when a procurement transaction contract is concluded with the customer 20, and is used when the energy transaction management apparatus 111 creates the transaction plan information 11156A.

  Specifically, the procurement transaction contract information 11252A includes a procurement contract ID column 112521, a procurement supplier ID column 112522, a procurement transaction price column 112523, and a procurement amount reference column 112524.

  In the procurement contract ID column 112252, the identifier of the procurement transaction contract is stored. The procurement supplier ID column 112522 stores the identifier of the customer 20 who has concluded a procurement transaction contract. In the procurement transaction price column 112523, the transaction price in the procurement transaction contract is stored. In the procurement amount standard column 112524, a criterion for calculating the procurement transaction amount of the procurement energy in the procurement transaction contract is stored.

  Accordingly, in the case of FIG. 6, it is shown that procurement transaction contracts are concluded with different transaction prices and procurement amount standards for each customer 20. For example, a procurement transaction contract with a procurement contract ID “PP01” It is shown that the contract is concluded by the customer 20 whose destination ID is “C1”. In addition, in the procurement transaction contract of “PP01”, the transaction price is “30 yen / kW · h”, and the procurement amount is the actual energy consumption value at the time of procurement from the “average value for every hour of the last 5 days”. It is shown that it is calculated as a subtracted value.

  FIG. 7 shows a conceptual diagram of the operation plan information 12155A. The operation plan information 12155A is information created by the facility operation management device 121, and is used when the energy transaction management device 111 creates the transaction plan information 11156A.

  Specifically, the operation plan information 12155A includes a customer ID column 121551, an equipment name column 121552, an operation plan ID column 121553, and an operation method column 121554.

  The customer ID column 121551 stores the identifiers of the customers 20 managed as procurement suppliers in the energy transaction management device 111. The facility name column 121552 stores the name or identifier of the load facility of the customer 20. The operation plan ID column 121553 stores an identifier for specifying the operation method of the load facility. The operation method column 121554 stores the operation method of the load facility when the procurement transaction is executed.

  Therefore, in the case of FIG. 7, it is shown that a plurality of operation plans that can be executed for each customer 20 and each load facility are prepared at the time of executing the procurement transaction. It is shown that a plurality of operation plans “C1-1” to “C1-3” are drafted for the load equipment of “air conditioning” owned by the house 20.

  For example, in the operation plan of “C1-1”, when the procurement transaction execution time is “t0”, the load equipment of “air conditioning” is operated at a load factor of “70%” until “t0”, and then “t0” It is shown that it is planned to operate at a load factor of “30%” for 30 minutes from “t30” and then to operate at a load factor of “100%” for 30 minutes from “t30 to t60”. ing.

  As information other than those illustrated in FIGS. 4 to 7, the energy transaction management system 1 holds operation condition information 12154A, facility information 12252A, and consumption energy history information 12253A. The various information will be described below.

  The operation condition information 12154A is information provided by the customer 20, and stores information on the allowable conditions of the customer 20 in executing the procurement transaction. The allowable condition is a condition such as “the room temperature should not be lower than 19 ° C. when the procurement transaction is executed”. The operation condition information 12154A is used when the facility operation management apparatus 121 creates the operation plan information 12155A.

  The facility information 12252A stores specification information of load facilities owned by the customer 20. For example, when the load facility is “air conditioning”, the specification information is information such as “4.0” for COP and “1.2 kW” for rated power consumption. The specification information also includes information on the number of rooms in the building of the customer 20, the area and volume of each room, the thickness of the wall, and building facilities such as materials. The facility information 12252A is used when the facility operation management apparatus 121 predicts the energy consumption amount of the customer 20.

  The energy consumption history information 12253A stores time-series information of the amount of energy consumed at a power receiving point or load equipment unit of the customer 20 measured at regular intervals. For example, when the energy consumption measured at the power receiving point of the customer 20 of “C01” is “2014/1/9 10:00 to 10:30”, it is “3.5 kW”, and “2014/1/9 10:30”. In the case of “3.7 kW” at “˜11: 00”, information in which these times are associated with the amount of energy consumption is stored. The consumption energy history information 12253A is used when the facility operation management apparatus 121 predicts the consumption energy amount of the customer 20.

(4) Flowchart FIG. 8 shows the processing procedure of the energy transaction planning process. This energy transaction planning process is a process that is executed when the energy transaction management device 111 receives an input operation from the energy transaction company 10. Energy transaction management device 111 executes the process of step SP1～SP 4 accepts an input operation, then facilities operations management device 121 executes the process of step SP 5, again in the energy transaction management device 111 Step SP5~ The process of SP9 is executed.

  In practice, processing is executed based on various computer programs stored in the CPU 1111 and the storage device 1115 of the energy transaction management apparatus 111, and various processes stored in the CPU 1211 and the storage device 1215 of the facility operation management apparatus 121. Processing is executed based on the computer program. For convenience of explanation, the processing entity will be described as various computer programs included in the energy transaction management device 111 and the facility operation management device 121.

First, the wholesale planning unit 11151 refers to the information related to the wholesale transaction received from the transaction product information distribution terminal 30A to determine whether to perform the wholesale transaction, and when determining that the wholesale transaction is to be performed, the wholesale transaction contract information 11253A. Is created (SP1).

  Specifically, the wholesale planning unit 11151 refers to the received information on the wholesale transaction, the wholesale transaction price is equal to or higher than the wholesale transaction price preset by the energy trading company 10, and the wholesale transaction amount is the energy transaction. When it is within the range of the wholesale transaction amount set in advance by the business operator 10, it is determined that the wholesale transaction is performed.

  Then, the wholesale planning unit 11151 refers to the received information on the wholesale transaction, gives the wholesale transaction contract ID to the wholesale transaction price, the wholesale transaction amount, the delivery time, and the wholesale amount standard, and sets the transaction state to “unordered”. To the wholesale transaction contract information 11253A.

  Next, the procurement planning unit 11152 refers to the wholesale transaction contract information 11253A, acquires a wholesale transaction contract whose transaction status is “unordered”, and optionally before and after the “delivery time” included in the acquired wholesale transaction contract. Is set as the target period of the load facility operation plan (SP2).

  The reason “operation plan target period”> “delivery time” is because the response speed of the load facility when operation is switched is taken into consideration. For example, when the delivery time is “10:00 to 11:00”, even if the load facility operation is switched to a low load just at 10:00, the load factor of the load facility is reduced to the desired load factor. May take 5 minutes. In this case, the procurement plan planning unit 11152 sets “9:55 to 11:05” obtained by adding an arbitrary buffer time to the delivery time as the target period of the operation plan.

  Next, the procurement plan planning unit 11152 refers to the operation plan information 12155A and is associated with one customer 20 of the customers 20 (customer ID) included in the operation plan information 12155A and the customer 20. Is extracted (SP3).

  Next, the transaction time reference conversion unit 11153 refers to the operation plan information 12155A, sets the start time of one operation plan of the load facility associated with the customer 20 extracted in step SP3 to “t0”, “T0” set as the start time of the operation plan is arranged at an arbitrary time within the target period of the operation plan set in step SP2 (SP4).

  Next, the energy consumption prediction unit 12152 calculates a predicted value of the energy consumption over time of the load facility when the operation plan is executed within the target period set in step SP2 based on the start time arranged in step SP4. (SP5).

  As a method for calculating the predicted value of energy consumption, a physical simulation is executed based on a method using a statistical model such as a multiple regression model created based on the energy consumption history information 12253A, and facility specification information in the facility information 12252A. A method or a combination of both methods is employed.

  Next, the transaction amount standard conversion unit 11154 refers to the procurement amount standard included in the procurement transaction contract agreed with the customer 20 extracted in step SP3 (FIG. 6), and the procurement amount reference value of the customer 20 (Baseline) is calculated. And the transaction amount reference | standard conversion part 11154 calculates the procurement energy amount of this consumer 20 based on the difference of the calculated baseline and the predicted value of the energy consumption calculated by step SP5 (SP6).

  That is, the transaction amount reference conversion unit 11154 calculates the difference between the energy consumption when the load facility is operated as usual without executing the operation plan and the energy consumption when the operation plan is executed and the consumption is suppressed. The calculated difference value is calculated as the amount of energy that can be procured from the customer 20 when the operation plan is executed.

  In step SP6, the transaction amount reference conversion unit 11154 multiplies the calculated procurement energy amount by the procurement transaction price included in the procurement transaction contract agreed with the customer 20 and pays the customer 20 to it. A procurement amount is calculated (SP6).

  Further, in step SP6, the transaction quantity reference conversion unit 11154 uses the wholesale quantity standard included in the wholesale transaction contract (FIG. 5) agreed with the wholesale supplier 30 using the customer 20 extracted in step SP3 as the procurement supplier. With reference to this, a wholesale quantity reference value (baseline) when the customer 20 is the procurement source is calculated. Based on the difference between the calculated baseline and the predicted value of the energy consumption calculated at step SP5, the transaction amount reference conversion unit 11154 calculates the wholesale energy amount when the customer 20 is the procurement source. (SP6).

  The procurement plan planning unit 11152 refers to the operation plan information 12155A, and repeats the above processing (SP3 to SP6) for all customers 20 included in the operation plan information 12155A (SP7).

  When the procurement plan planning unit 11152 executes the above processing (SP3 to SP6) for all the customers 20 included in the operation plan information 12155A (SP7), for each customer 20 calculated in step SP6 (for each operation plan). Total amount of wholesale energy in hours. Then, the procurement planning unit 11152 refers to the wholesale transaction contract and determines whether or not the accumulated wholesale energy amount is equal to or greater than the wholesale transaction amount (SP8).

  When the procurement plan planning unit 11152 obtains a negative result in the determination at step SP8, the procurement plan planning unit 11152 is based on the one operation plan extracted at step SP3, the start time of the operation plan arranged at step SP4, or a combination of these operation plans and start times. It is determined that the wholesale energy amount calculated in step SP6 does not satisfy the wholesale transaction amount required in the wholesale transaction contract.

  In this case, the procurement plan planning unit 11152 returns to step SP3 and extracts another operation plan. Alternatively, the transaction time reference conversion unit 11153 places the start time “t0” at another time in step SP4. The above processing (SP5 to SP7) is repeatedly executed for other operation plans or other start times.

  On the other hand, when the procurement plan making part 11152 obtains a positive result in the determination at step SP8, it determines that the wholesale energy amount calculated at step SP6 satisfies the wholesale transaction amount required in the wholesale transaction contract. To do. In this case, the profit and loss evaluation unit 11155, based on the procurement amount paid to the customer 20 and the wholesale amount received from the wholesale business partner 30 when executing the operation plan determined to be satisfied, Profit or loss is calculated (SP9).

  Specifically, the profit / loss evaluation unit 11155 calculates the total amount of the procurement amount to be paid to the customer 20 by adding the procurement amount for each customer 20 calculated in step SP6. On the other hand, the profit / loss evaluation unit 11155 calculates the total amount of wholesale energy to be wholesaled to the wholesale business partner 30 by adding up the wholesale energy amount for each customer 20 calculated in step SP6.

  The profit / loss evaluation unit 11155 multiplies the calculated total amount by the wholesale transaction price to calculate the total amount of wholesale received from the wholesale business partner 30. Finally, the profit / loss evaluation unit 11155 calculates profit / loss based on the difference between the total amount of procurement paid to the customer 20 and the total amount of wholesale received from the wholesale business partner 30.

  Next, the profit / loss evaluation unit 11155 determines whether the profit / loss calculated in step SP9 is equal to or greater than a target value set in advance in the energy trading company 10 (SP10). When the profit / loss evaluation section 11155 obtains a negative result in the determination at step SP10, the profit / loss evaluation section 11155 notifies the procurement plan planning section 11152 of the negative result.

  Upon receipt of the notification, the procurement plan planning unit 11152 returns to step SP3 and extracts another operation plan. Alternatively, the transaction time reference conversion unit 11153 places the start time “t0” at another time in step SP4. The above processing (SP5 to SP9) is repeatedly executed for other operation plans or other start times.

  On the other hand, when the profit / loss evaluation section 11155 obtains a positive result in the determination at step SP10, the profit / loss evaluation section 11155 notifies the procurement plan planning section 11152 of the positive result. Upon receipt of the notification, the procurement plan planning unit 11152 creates information including the operation plan extracted in step SP3 and the start time of the operation plan arranged in step SP4 as transaction plan information 11156A, and the created transaction plan information 11156A is stored in the storage device. While storing in 1115, it outputs to the output device 1113 (SP11), and this energy transaction planning process is complete | finished.

  Note that the processing from step SP4 to SP10 is a method generally known as combination optimization processing. However, instead of this method, for example, a method such as a branch and bound method is employed to efficiently perform processing. Also good. Further, in the combination optimization process, if the number of customers and the number of operation plans increase, the number of combinations becomes enormous, and it may be difficult to complete the process in a realistic time. In this case, the processing may be completed even if the combination is not optimal when a combination that satisfies the determination criteria in steps SP8 and SP10 is found.

  FIG. 9 shows a processing procedure of the operation plan creation process. This operation plan creation process is a process that is executed when the facility operation management apparatus 121 receives an input operation from the facility manager 12. For convenience of explanation, the processing entity will be described as an operation plan drafting unit 12151.

  First, the operation plan planning unit 12151 refers to the facility information 12252A, acquires facility information for each customer, and selects one or more executable operation plan candidates based on the acquired facility information 12252A for each customer. Create (SP11).

  “Executable operation plan candidates” are, for example, the load facilities of the customer 20 for which the operation plan is created are air conditioning, and the operation method of the air conditioning is “100% load factor operation”, “70% load factor operation” ”,“ 50% load factor operation ”,“ 30% load factor operation ”, and“ 0% load factor operation ”, and when the minimum duration of the operation method is“ 10 minutes ” The planning unit 12151 creates an operation plan candidate that can execute an air conditioning operation plan that continues each operation method for 10 minutes or more.

  Next, the operation plan drafting unit 12151 selects one operation plan candidate from the operation plan candidates created in step SP11 (SP12), and executes a procurement transaction (operation) based on the selected operation plan candidate and facility information 12252A. The influence on the environment such as the room temperature and productivity of the customer 20 when the plan candidate is executed) is predicted (SP13).

  For example, when predicting the influence on room temperature, the operation planning unit 12151 includes physical property information such as air conditioning COP included in the facility information 12252A and information such as the area, volume, wall thickness, and building material of the building. Based on this, a heat transfer model is constructed, and the change over time in room temperature is calculated and predicted by numerical calculation using the predicted outside air temperature value as input.

  Next, the operation planning unit 12151 refers to the operation condition information 12154A, acquires the operation condition of the customer 20, and determines whether or not the influence predicted in step SP13 satisfies the operation condition (SP14). .

  For example, the operation plan candidate selected in step SP12 is an operation plan candidate that “operates air conditioning for 60 minutes at a load factor of 30%”, and the effect predicted in step SP13 is “room temperature 19 minutes after starting operation plan is 19 ° C.” And the operation condition of the customer 20 acquired in step SP14 is the operation condition that “the room temperature is 19 ° C. to 25 ° C.”, the operation plan planning unit 12151 has the predicted influence as the operation condition. Judge that it satisfies.

  When the operation plan drafting unit 12151 obtains a positive result in the determination at step SP14, it determines that the predicted influence satisfies the operation condition, creates the operation plan candidate selected at step SP12 as the operation plan information 12155A, and stores the storage device 1215. (SP15).

  On the other hand, if the operation plan making unit 12151 obtains a negative result in the determination at step SP14, it determines that the predicted influence does not satisfy the operation conditions. Then, the operation plan planning unit 12151 determines whether or not the operation plan candidate selected in step SP12 can be corrected (SP16).

  For example, in the facility information 12252A referred to in step SP11, the minimum duration of the air conditioning operation method is defined as “10 minutes”, and the operation plan candidate selected in step SP12 is “air conditioning is 10 minutes at a load factor of 30%. If it is “operating”, it is impossible to further shorten the operation time, and the operation plan drafting unit 12151 determines that this operation plan candidate cannot be corrected.

  If the operation plan drafting unit 12151 obtains a negative result in the determination at step SP16, it ends the process for the operation plan candidate selected at step SP12, and proceeds to step SP18. On the other hand, when the operation plan drafting unit 12151 obtains a positive result in the determination at step SP16, it refers to the facility information 12252A and corrects the operation plan candidate as much as possible (SP17).

  For example, in the facility information 12252A referred to in step SP11, the minimum duration of the air conditioning operation method is defined as “10 minutes”, and the operation plan candidate selected in step SP12 is “air conditioning is 20 minutes at a load factor of 30%. If it is “operating”, it can be corrected to an operation plan candidate “operating air conditioning for 15 minutes at a load factor of 30%”. After the correction, the operation planning unit 12151 moves to step SP13 and executes the above processing.

  The operation plan planning unit 12151 repeats the above processing (SP12 to SP17) for all operation plan candidates created in step SP11 (SP18), and after creating a plurality of operation plan candidates executable for each customer 20, This operation planning process is terminated.

  When the operation plan planning process (FIG. 9) described above is executed and the operation plan information 12155A is created, the transaction plan planning process (FIG. 8) is executed using the operation plan information 12155A. When the transaction plan planning process is executed, transaction plan information 11156A is created.

  The energy trading company 10 uses this trading plan information 11156A to order a wholesale transaction contract conclusion request to the wholesale business partner 30. When the order is executed, the energy transaction management apparatus 111 rewrites the transaction status of the wholesale transaction contract information 11253A to “confirmed” in response to an input operation by the transaction manager 11.

  Thereafter, the energy transaction management apparatus 111 transmits the contracted transaction plan information 11156A to the facility operation management apparatus 121. Based on the received transaction plan information 11156A, the control execution unit 12153 of the facility operation management apparatus 121 transmits a control signal to the facility control terminal 22 of the customer 20 to control the load facility and actually execute the procurement transaction. To do.

  By executing the above processing by the energy transaction management system 1, it is possible to realize a transaction between the customer 20 and the wholesale business partner 30.

(5) Screen Configuration FIG. 10 shows an example of a display screen for the transaction plan information 11156A. This transaction plan information 11156A is displayed by the output device 1113 by executing the process of step SP11 of the energy transaction plan planning process (FIG. 8).

  In the case of FIG. 10, among the finally created transaction plan information 11156A, the respective operation plans C1-2, C2-1, C3-2, C4 of the four customers 20 of C1, C2, C3, and C4. A display screen when only -3 is displayed is shown.

  The vertical axis shows the wholesale transaction volume, and the horizontal axis shows the delivery time. The wholesale transaction volume when the operation plans C1-2, C2-1, C3-2, and C4-3 are executed is shown for each hour. The accumulated result is shown. A period obtained by adding a predetermined period before and after the delivery time is the target period of the operation plan, and “t0” that is the start time of the operation plan is not limited to within the range of the delivery time, but is arranged within this target period. It has been shown that

  For example, it is indicated that the operation plan C12 with the operation plan ID “C1-2” is executed with the operation start time “t0” arranged at 09:55. It is also shown that when this operation plan C12 is executed, the wholesale transaction volume between 10:20 and 10:45 becomes a negative value. In the case of a negative value, it is confirmed that the predicted value of energy consumption of the operation plan C1-2 predicted by the energy consumption prediction unit 12152 exceeds the wholesale standard value calculated by the wholesale quantity standard of the wholesale transaction contract. means.

  FIG. 11 shows an example of a display screen of the transaction plan information 11156A. In the case of FIG. 11, the display screen which made the display object the operation plan of all the consumers 20 contained in the finally created transaction plan information 11156A or the consumers 20 other than C1-C4 is shown.

  Similar to FIG. 10, the vertical axis shows the wholesale transaction volume, and the horizontal axis shows the delivery time, and shows the result of integrating the wholesale transaction volume for each time when a plurality of operation plans are executed. . The wholesale transaction amount and the delivery time in the wholesale transaction contract are in the range indicated by the broken line, and it is shown that the integration result covers the range of the broken line. In this case, it is shown that when a plurality of operation plans included in the transaction plan information 11156A are executed, the wholesale transaction amount and the delivery time in the wholesale transaction contract are satisfied.

  Depending on the time, there may be a surplus in the wholesale transaction volume. Here, it is shown that the procurement energy is excessively procured from the customer 20 between 9:55 and 10:00. However, in this case, since the operation plan satisfies the wholesale transaction amount and the delivery time in the wholesale transaction contract, the transaction plan information 11156A may be created as long as it exceeds the criterion of step SP10.

(6) Effect by this Embodiment As described above, according to the energy transaction management system 1 according to this embodiment, it is realized at the time of executing a procurement transaction based on the facility information 12252A and the operation condition information 12154A collected from the customer 20. Possible operation plan information 12155A is created, and an operation plan for each customer 20 is associated with the delivery time defined in the wholesale transaction contract information 11253A received from the wholesale business partner 30. After that, the procurement energy amount based on the procurement transaction contract with the consumer 20 and the wholesale energy amount based on the wholesale transaction contract are calculated. The total value of the wholesale energy amount satisfies the wholesale transaction amount stipulated in the wholesale transaction contract, and is calculated based on the procurement energy amount, wholesale energy amount, procurement transaction contract and wholesale transaction contract. Transaction plan information 11156A satisfying a preset target value is created, and the load facility of the customer 20 is controlled based on the transaction plan information 11156A. Therefore, the energy trading company 10 can realize energy trading between trading contracts with different trading volumes and trading times.

(7) Other Embodiments In this embodiment, the procurement transaction energy amount and the wholesale transaction energy amount are discrete values separated by a certain time, but are not limited to this and may be continuous values. . In addition, the load facility operation plan is also a discrete operation plan divided at a fixed time, but is not limited thereto, and may be a continuous operation plan that satisfies the operation conditions.

  Further, in the present embodiment, when calculating the profit and loss of the energy trading company 10 in the energy transaction planning process (FIG. 8), the procurement amount calculated by multiplying the procurement energy amount and the procurement transaction price, and the wholesale energy The profit and loss was calculated based on the wholesale amount calculated by multiplying the amount by the wholesale transaction price, but not limited to this, the ratio between the procurement energy amount and the wholesale energy amount multiplied by the procurement transaction price is The “procurement transaction price” may be calculated, and the profit / loss may be calculated based on the actual procurement transaction price. Transaction plan information 11156A may be created based on the actual procurement transaction price.

  Concretely explaining the actual procurement transaction price, for example, when the procurement transaction price specified in the procurement transaction contract is “10 yen / kW · h”, only half of the procurement energy amount is wholesale as the wholesale energy amount. If this is not possible, the ratio between the amount of energy procured and the amount of wholesale energy will be “2/1”. The actual procurement transaction price at this time is calculated as “10 yen / kw · h” × “2/1” = “20 yen / kw · h”. The real procurement transaction price is an index indicating that the profit and loss of the energy trading company 10 is negative when the wholesale transaction price is less than “20 yen / kw · h”.

  In the present embodiment, the transaction plan information 11156A is output and displayed on the output device 1113 in the energy transaction plan planning process (FIG. 8), but other terminals (for example, the information input of the transaction manager 11) are displayed. The information may be displayed on the output terminal 113, the output device 1213 of the facility manager 12, the information input / output terminal 123, or the information input / output terminal 21) of the customer 20. Moreover, you may display not only the transaction plan information 11156A but said real procurement price.

  In the present embodiment, the operation plan planning process (FIG. 9) is executed in response to the input / output operation of the facility manager 12, but this input / output operation is performed in the energy transaction plan planning process (FIG. 8). It is executed at any time except during execution. In addition, the input / output operation is performed by the facility manager 12, but the information input / output terminal 21 is based on the transaction plan information output to the information input / output terminal 21 by the customer 20, the actual procurement price or both. It may be executed via.

  In the present embodiment, the transaction plan information 11156A that satisfies the wholesale transaction amount stipulated in the wholesale transaction contract is created in the energy transaction plan planning process (FIG. 8). The transaction plan information 11156A that satisfies the wholesale transaction amount that takes into account the reserve rate arbitrarily set by the input / output operation may be created. In addition, this reserve ratio determination method may be calculated based on a probabilistic technique from the fluctuation value of the wholesale energy amount calculated based on the operation plan information 12155A.

  In the present embodiment, the target wholesale transaction volume is given in advance in the energy transaction planning process (FIG. 8). However, the present invention is not limited to this and can be executed at the time of execution of the energy transaction planning process. The wholesale transaction volume may be determined based on a simple transaction plan.

  In the present embodiment, the transaction plan information 11156A is created based on the profit and loss of the energy trading company 10 in the energy trading plan planning process (FIG. 8). However, the present invention is not limited to this. The transaction plan information 11156A may be created based on the variation of the profit amount, that is, the variance or the standard deviation.

  In the present embodiment, one energy transaction planning process is executed for one wholesale transaction contract. However, the present invention is not limited to this, and a new delivery time is required until the delivery time specified in the wholesale transaction contract is reached. When the outside air temperature, the operation plan, the operation condition, or the like is obtained, the energy transaction plan planning process may be repeatedly executed by using these. Even if a procurement transaction is in progress, if it becomes clear that the total value of the wholesale energy amount is less than the wholesale transaction amount stipulated in the wholesale transaction contract, the energy transaction planning process is executed again at that time. You may do that.

DESCRIPTION OF SYMBOLS 1 Energy transaction management system 10 Energy transaction provider 11 Transaction manager 111 Energy transaction management device 112 Transaction contract information management device 113 Information input / output terminal 12 Facility manager 121 Facility operation management device 122 Facility information management device 123 Information input / output terminal 20 Customer 21 Information input / output terminal 22 Equipment control terminal 30 Wholesale business partner 30A Transaction product information distribution terminal

Claims (9)

An energy transaction management system for planning and executing energy transactions,
The energy that can be traded is produced by controlling the operation of the equipment owned by the consumer, and the operation control of the equipment owned by the consumer comprises at least the control content and the control start time. It is executed based on the customer's operation plan,
A transaction time reference conversion unit that sets a start time of the operation plan of the consumer at an arbitrary time within a range of energy delivery time defined in a transaction contract information with a wholesaler of energy procured from the consumer;
Energy consumption for predicting the amount of energy consumed per hour when the operation control of the equipment owned by the customer is executed based on the start time set by the transaction time reference conversion unit and the preset control content A quantity prediction unit;
Calculate the procurement amount based on the energy consumption amount predicted by the energy consumption amount prediction unit and the transaction contract information with the customer, the energy consumption amount predicted by the energy consumption amount prediction unit and the wholesale destination A transaction volume standard conversion unit for calculating a wholesale volume based on the transaction contract information of
Energy trading management system, wherein a call. A procurement plan planning unit that changes the operation plan of the consumer to another operation plan of the consumer or an operation plan of a different customer so as to satisfy the transaction contract information with the wholesaler
The energy transaction management system according to claim 1. With reference to information related to wholesale transactions with the wholesale destination, the price of the wholesale transaction is equal to or higher than a preset price, and the wholesale quantity of the wholesale transaction is within a preset wholesale quantity range If it is determined, a wholesale planning unit that creates transaction contract information with the wholesaler is further provided.
The energy transaction management system according to claim 2. When the wholesale amount to the wholesaler is less than the amount of the transaction target specified in the transaction contract information with the wholesaler, or when the profit / loss due to the transaction does not satisfy the predetermined condition, the operation plan of the consumer Or a procurement plan drafting unit that changes a start time of the operation plan of the consumer and causes the transaction amount standard conversion unit to recalculate the procurement amount from the consumer and the wholesale amount to the wholesale destination.
The energy transaction management system according to claim 1. A procurement plan planning unit is further provided that sets, as the range, a period in which a predetermined time, which is a time determined based on a response speed of the operation of the equipment, is added before and after the delivery time.
The energy transaction management system according to claim 1. Transactions stipulated in the transaction contract information with the consumer, the ratio of the procurement amount calculated based on the transaction contract information with the consumer and the wholesale amount calculated based on the transaction contract information with the wholesaler A profit / loss evaluation unit that calculates a real transaction price in a transaction with the customer by multiplying the price and calculates profit / loss based on the real transaction price is further provided.
The energy transaction management system according to claim 1. Having a facility operation management device for managing the operation plan of the consumer;
The facility operation management device is:
Based on equipment information that defines the specifications of equipment owned by the customer, create one or more operation plan candidate information for the equipment,
Predicting the impact of the external environment when the operation of the facility is executed based on the operation plan candidate information,
When an influence of the external environment satisfies a preset condition, an operation plan drafting unit is provided that sets the operation plan candidate information as an operation plan for the consumer.
The energy transaction management system according to claim 1. Set a period in which a predetermined time is added before and after the delivery time as the range,
The predetermined time is a time determined based on a response speed of operation of the equipment,
When the wholesale amount to the wholesaler is less than the amount of the transaction target specified in the transaction contract information with the wholesaler, or when the profit / loss due to the transaction does not satisfy the predetermined condition, the operation plan of the consumer Or a procurement plan drafting unit that changes a start time of the operation plan of the consumer and causes the transaction amount standard conversion unit to recalculate the procurement amount from the consumer and the wholesale amount to the wholesale destination.
The energy transaction management system according to claim 1, comprising: Having a facility operation management device for managing the operation plan of the consumer;
The facility operation management device is:
Based on equipment information that defines the specifications of equipment owned by the customer, create one or more operation plan candidate information for the equipment,
Predicting the impact of the external environment when the operation of the facility is executed based on the operation plan candidate information,
If the influence of the external environment satisfies a preset condition, the operation plan candidate information is set as an operation plan for the consumer,
When the influence of the external environment does not satisfy a preset condition, the operation plan candidate information is corrected based on the facility information, and the influence of the external environment when the corrected operation plan candidate information is executed is re-predicted. And an operation plan drafting unit that sets the revised operation plan candidate information as the operation plan of the customer when the re-predicted influence of the external environment satisfies the preset condition.
The energy transaction management system according to claim 1.

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