JP2003209929A - Load dispatching record management system, program therefor, assistance system for composing program therefor, and assistance program for composing program therefor - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To achieve savings in labor in work for preparing power supply records. <P>SOLUTION: In a load dispatching record management system, computers 4, 5 and 6 are installed at a central load dispatching instruction office 1 as an electric power facility constituting a power supply system and each of load dispatching offices 2, 3, respectively, and there is constructed a network 10 which keeps each of computers 4, 5 and 6 in a state that bidirectional communication can be performed. Through the network 10, an autonomous program 11 is made to go round the computers 4, 5 and 6 in the respective power facilities 1, 2 and 3 and to make the computers 4, 5 and 6 of the respective power facilities 1, 2 and 3 totalize load dispatching record data, then a necessary load dispatching record is prepared. As a result it becomes possible to prepare the necessary load dispatching record when necessary, and thus greater savings in labor in load dispatching preparation work can be achieved. <P>COPYRIGHT: (C)2003,JPO

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a power supply record management system for a power supply system, and more particularly to a power supply record management system using a network.

[0002]

2. Description of the Related Art As shown in FIG. 4, an electric power supply system for supplying electric power has a department called a central electric power supply dispatching office 1 which integrally manages electric power supply to a plurality of electric power supply offices 2, 3. The central power supply command center 1 is a department that manages high-voltage power and is a key to supply power to the power supply stations 2 and 3. Further, each of the power feeding stations 2 and 3 which receives a power supply command from the central power feeding command station 1 supplies power to a plurality of lower power facilities such as control stations 21 and 22 and substations 23 and 24. In addition, each power station 2,
3 mutually exchanges electric power between the power feeding stations 2 and 3.

The tendency of the power consumption to change in one day differs depending on the purpose of consumption. Therefore, in order to realize stable power supply of the entire power supply system, the central power feeding command station 1 predicts the power consumption of each power feeding station 2, 3 for each time zone, and the power feeding station 2, 3 The power supply distribution to the power supply stations 3 and 3 is adjusted, and the power supply stations mutually exchange power between the power supply stations 2 and 3.

Therefore, at the central power feeding command station 1, power feeding record data 2 relating to the amount of power consumed by each power feeding station 2, 3
The power supply record data 2c, 3c relating to the amount of power exchanged between b, 3b and each power supply station 2, 3 is reported from the respective power supply stations 2, 3 to the central power supply command center 1 every hour, every day or every month to supply the power. The power supply record of the entire system is recorded. The power supply record of the entire power supply system is used for the prediction of the power demand by the central power supply command station 1 described above and the adjustment of the power supply distribution to each power supply station 2 and 3, and the power consumption of the country. It is also used for regular reports.

In the existing power supply record management system for managing the power supply record, as shown in FIG. 4, the power supply record data 21b relating to the individual power generation amount and power consumption amount of the lower power facilities 21 to 24, respectively.
~ 24b is reported from the lower power facilities 23, 24 to each higher power facility in sequence. In addition, the power feed record data 2c and 3c regarding the interchanged power amount between the power feed stations 2 and 3 are reported from the power feed stations 2 and 3 to the other power feed stations 3 and 2, respectively. As a result, the power consumption 2b, 3b of each power supply station unit is aggregated and calculated at each power supply station 2, 3 based on the various data collected at each power supply station 2, 3 and this is calculated. The central power supply command station 1 collects the power supply record data for each power supply station to create a power supply record for the entire power supply system. Such a power supply record is created every hour, every day, and every month.

[0006]

In the existing power feeding record management system, since the communication data capacity of the communication equipment is small, the transmission / reception timing of the power feeding record data from the lower power stations 21 to 24 to the power stations 2 and 3, Alternatively, the transmission / reception timings are time-controlled so that the transmission / reception timings of the power feeding record data from the respective power feeding stations 2 and 3 to the central power feeding command station 1 do not overlap. Therefore, a complicated application for mutually managing the transmission / reception timing of each power facility is required.

[0007] Further, since the infrastructure for the communication equipment and the equipment for collecting and collecting the power supply record data cannot be immediately established, there is a difference in the infrastructure construction of each power facility. For example, in each of the lower-class power facilities, there are some facilities in which collection and aggregation of power feeding record data, transmission / reception of power feeding record data, etc. are managed by a computer, and some facilities are manually operated. Further, even when managed by a computer, there is a difference in computer performance. Regarding the communication equipment, the transmission capacity of the communication equipment installed in the lower-class power facility is weak, so the data transmission should be delayed and each of the power feeding stations 2 and 3 should transmit to the central power feeding command station 1. In some cases, the required data may not be available at each power supply station 2 and 3 in time. For this reason, when transmitting data from the power feeding stations 2 and 3 to the central power feeding commanding station 1, it is the current situation that the transmission process is performed after finally confirming that the data to be transmitted by humans are complete. Is.

In particular, in the case of creating a monthly report of power feed records in which the amount of communication data becomes enormous, in lower power facilities where the transmission capacity of communication equipment is vulnerable, the data to be transmitted is converted into paper data, or In some cases, it is converted to magnetic data and mailed to advanced power facilities.

In addition, since the electric power has been liberalized recently, the electric power supply system tends to be complicated, and the data amount of the electric power supply record data may increase. Therefore, it is conceivable that a more complicated application will be required in the existing power feeding record management system.

Ideally, the central power feeding command center 1 should construct a system capable of creating necessary power feeding record data when the advanced power feeding stations 2 and 3 are required. The system receives the report of the power feeding record data from the lower-class power facility and the advanced power facility creates the power feeding record, so that it is not a system that can create the necessary power feeding record data when needed. is there.

Therefore, in order to solve the above-mentioned problems of the existing power feeding record management system, the present invention constructs a new power feeding record management system by a simple application to save labor of power feeding record creation work. That is the purpose.

[0012]

In a power feeding record management system according to the present invention, a computer is installed in each of a plurality of power facilities (for example, a central power feeding command station, each power feeding station, and a lower-class power facility) that constitute the power feeding system. Along with the installation, we will build a network that enables computers in each power facility to communicate in both directions. Then, the computer of each power facility is caused to circulate through an autonomous program through the network, and the computer of each power facility is caused to aggregate the power feeding record data by this autonomous program to create a necessary power feeding record. According to this power feeding record management system, it is possible to create a necessary power feeding record when necessary only by issuing the above-mentioned autonomous program on the network. As a result, the power supply record creation work is greatly saved. This power supply recording system can be used when the central power supply command center aggregates the power supply record data of each power supply station and creates a power supply record for the entire power supply system. It can also be used to create a power supply record for each power supply station by aggregating the power supply record data of.

The power supply record management system according to claim 1 is a power supply record management system that manages power supply records of a plurality of power facilities, and a computer installed in each of the power facilities and installed in each power facility, A power supply recording unit that records power supply record data in an installed power facility, a network that enables the computers of each power facility to perform two-way communication, and a computer that moves between the power facilities through the network. However, it is characterized by comprising a program issuing unit for issuing a program for collecting the power feeding record data of each power facility, and a power feeding record processing unit for returning the program and processing the power feeding record of each power facility. is there.

Here, the "electric power facility" refers to a facility that performs power generation, power supply, and power consumption in a power supply system, and includes facilities such as a central power supply command center, each power supply station, and a lower-grade power facility. . Further, the "program" is the above-mentioned autonomous program, and is provided with a command statement regarding the destination of movement within the network and a command statement regarding the processing performed by each computer. Note that such an autonomous program is generally called an agent program. According to this system, the necessary power supply record aggregation is performed by one algorithm, so that the power supply record can be easily created.

According to another aspect of the power feeding record management system of the present invention, the program moves between the computers of each power facility through the network and is based on the power feeding record data recorded in the power feeding recording unit of each power facility. Then, the computer of each power facility aggregates the power supply records for each power facility, and collects the aggregated power supply record data for each power facility. According to this power feeding record management system, one algorithm is used to collect the power feeding records of each power facility in the computer of each power facility and collect the power feeding record data of each power facility unit after the counting. Therefore, it becomes easy to create a power supply record.

According to a third aspect of the power feeding record management system, a program moves between computers of each power facility through the network, and power feeding record data recorded in a power feeding recording unit of each power facility. Based on the above, it is a program that causes the computer of each electric power facility to aggregate the electric power supply record data relating to the electric power interchanged by each electric power facility and to collect the electric power supply record data regarding the electric power interchange of each electric power facility after the aggregation. It is what According to this power feeding record management system, the processing of collecting the power feeding records relating to the flexible power exchanged by each power facility in the computer of each power facility and collecting the power feed record data relating to the flexible power after aggregation is performed by one algorithm. Since this is done, it becomes easy to create a power supply record.

Further, the power feeding record management program described in claims 4 to 6 relates to a program used in the power feeding record management system described in claims 1 to 3.

According to a seventh aspect of the present invention, there is provided a power supply record management program creation support system, wherein a collection target data input unit for inputting power supply record data to be collected by the program and a calculation formula for inputting a calculation formula calculated by the program. An input unit, a mobile site input unit for inputting a moving destination of the program, and a storage site input unit for inputting a storage site for recording the power feeding record data calculated by the program, the collection target data input unit, Since the power supply record management program is created based on the information input to the calculation formula input unit, the mobile site input unit, and the storage site input unit, the user who intends to create the power supply record management program has specialized knowledge about the program. Even if it does not have the above, it becomes possible to create a power feeding record management program.

According to another aspect of the present invention, there is provided a power supply record management program creation support program, including a collection target data input section for inputting power supply record data to be collected by the program.
A calculation formula input unit for inputting a calculation formula to be calculated by the program, a mobile site input unit for inputting a movement destination of the program, and a storage site input for inputting a storage site for recording power feeding record data calculated by the program Since the computer is made to create the power feeding record management program based on the information input to the section, it is possible to realize the power feeding record management program creation support system according to claim 7 by incorporating it in the computer. You can

[0020]

BEST MODE FOR CARRYING OUT THE INVENTION A power feeding record management system according to an embodiment of the present invention will be described below with reference to the drawings.

In this embodiment, as a simple model of the power supply record management system, in the power supply system in which the central power supply command center 1 manages two power supply stations 2 and 3, a power supply record of the entire power supply system is created. The system to do is explained.

The central power supply command station 1 is equipped with a computer 4 for managing power supply records of this power supply system.
Each power feeding station 2, 3 is equipped with a computer 5, 6 for managing power feeding records for each power feeding station. Each of the power feeding stations 2 and 3 has a lower-grade power facility that supplies power, and the power feeding stations 2 and 3 also exchange power. Power supply record data d from lower power facilities 7, 8 and 9 for each power supply station 2 and 3.
It is assumed that 7, d8, d9 are regularly reported. The power supply record data d7, d8, d9 reported from the lower-class power facilities 7, 8, 9 to the respective power stations 2, 3 include the amount of power generation and power consumption of each power facility 7, 8, 9 individually. It is included.

Further, the central power feeding command station 1 and the two power feeding stations 2 and 3 are provided with a network 10 for making the computers 4, 5 and 6 capable of bidirectional communication, respectively. The network 10 is, for example, an optical fiber network or the like, and is capable of instantly transmitting / receiving a large amount of data. Central power dispatching office 1 and two power dispatching stations 2,
An IP address is set as an electronic address on the network 10 in the computers 4, 5 and 6 of 3.

This power supply record management system causes an autonomous program 11 to circulate through the network 10 to the computers 5 and 6 of each power supply station, and the autonomous program 11 supplies power to each of the computers 5 and 6 of each power supply station 2 and 3. The power supply record data for each place is aggregated to create a necessary power supply record.

The computer 4 of the central power supply command station 1 has
An application 12 called a platform application for issuing the autonomous program 11 on the network 10 and returning the autonomous program 11 from the network 10 is incorporated. That is,
These applications 12 are a kind of operating system that provides an operating environment for the autonomous program 11, and function as a program issuing unit or a power feeding recording processing unit. Further, the computers 5 and 6 of the respective power feeding stations 2 and 3 also incorporate applications 13 and 14 called platform applications for returning the autonomous program 11 from the network 10 in the same manner.

In FIG. 1, the autonomous program 11 is drawn as an image of a truck passing between the computers 4, 5 and 6, and the applications 12, 13 and 14 are loaded and unloaded by the truck which is the autonomous program 11. It is drawn with the image of the landing area. Further, the truck bed as the autonomous program 11 is an image of the data storage area 11a in the autonomous program 11.

Further, the computer 4 of the central power feeding command center 1
Is provided with a database 15 for storing the power feeding record data of the power supply system, and the computers 5, 6 of the respective power feeding stations 2, 3 have a database 16 for storing the power feeding record data at the respective power feeding stations 2, 3. , 17 are equipped. These databases 15, 16 and 17 function as a power feeding recording unit.

The computer 4 of the central power feeding command center 1
, A plurality of autonomous programs having different functions are created in advance, and these autonomous programs are stored in the storage device 18 that manages the autonomous programs. Also,
At the central power supply command station 1, a new autonomous program is created as needed in order to create a necessary power supply record,
The created autonomous program is stored in the storage device 18.

The autonomous program 11 for making a power supply record of the entire power supply system includes a command statement that circulates through the network 10 to the computers 5 and 6 of each power supply station 2 and 3, and the database 16 of each power supply station 2 and 3. Computers 5 and 6 of each power feeding station 2 and 3 based on the power feeding record data stored in
To the computer 5 or 6 of each power feeding station 2 or 3 and the command statement for totalizing the power feeding record of each power feeding station to the autonomous program 1
The command statement to be recorded at a predetermined position in the data storage area 11a in 1 and the power supply record data 2a and 3a for each power supply station in the power supply stations 2 and 3 to be visited are stored in the data storage area 11a in the autonomous program 11. A power supply system based on a command statement that returns to the computer 4 of the central power supply command station 1 when recorded at a predetermined position and the power supply record data 2a, 3a of each power supply station in the computer 4 of the central power supply command station 1 It is provided with a command statement that causes the entire power supply record to be totalized and records the totalized result in the database 15 of the central power supply command station 1.

In the command statement, the autonomous program 11 moves on the network 10 based on the IP addresses set in the computers 5 and 6 of the central power feeding command station 1 and the two power feeding stations 2 and 3, respectively. Is able to.

When this autonomous program 11 is issued on the network 10 from the computer 4 of the central power feeding command station 1, as shown by the dotted line arrow in FIG. The computers 5 and 6 of 3 are sequentially visited. Then, the platform applications 13 and 14 installed in the computers 5 and 6 operate in the computers 5 and 6, respectively,
Computers 5 and 6 of each power feeding station 2 and 3 are connected to each power feeding station 2 and 3 respectively.
Based on the power feed record data stored in the databases 16 and 17, the power feed record for each power feed station is aggregated, and the aggregated power feed record data 2a, 3a for each power feed station is collected by the autonomous program 11
The data is recorded in the predetermined data storage area 11a.

When the autonomous program 11 completes patrol of the computers 5 and 6 of the power feeding stations 2 and 3, it returns to the computer 4 of the central power feeding command station 1 in accordance with the command statement.

Further, when this autonomous program 11 returns to the computer 4 of the central power feeding command station 1, it operates in the computer 4 by the platform application 12 incorporated in the computer 4 of the central power feeding command station 1, According to the statement, based on the power supply record data 2a, 3a for each power supply station recorded in the predetermined data storage area 11a of the autonomous program 11, the power supply record of the entire power supply system is stored in the computer 4 of the central power supply command station 1. Aggregation processing is performed, and the aggregation result is recorded in the database 15 of the central power feeding command station 1. As a result, the power supply record of the entire power supply system can be collected in the database 15 of the central power supply command center 1.

According to this power feeding record management system, according to the command statement of the autonomous program 11, only the totalization result of the power feeding record data 2a, 3a from each power feeding station 2, 3 to the autonomous program 11 is sent to the autonomous program 11. Since it is recorded, the amount of transmitted / received data can be reduced. As a result, even the power supply record data of the monthly report, which could not be transferred due to its large data capacity, can be transferred because only the totalized result at each power supply station 2, 3 is transmitted.

In addition, in each power feeding station 3, when it is not possible to create a power feeding record for each power feeding station because data transmission from the lower power facilities 8 and 9 is delayed, it is necessary for the power feeding station 3. A command statement for waiting for the operation of the command statement of the autonomous program 11 is added until the power feeding record data is collected, and after the power feeding record data necessary for the power feeding station 3 is gathered, the power feeding record is sent to the computer at the power feeding station 3. A necessary power feeding record is added by adding a statement to move the autonomous program 11 from the computer 6 of the power feeding station 3 to the computer 5 of another power feeding station 2 for which a power feeding record is not yet recorded. It suffices to take measures to postpone the processing at the power supply station 3 for which data is not available.

When a regular power feeding record is created every hour, every day or every month, the scheduler program issues an autonomous program on the network from the computer 4 of the central power feeding command station 1 at a predetermined time. You can do it.

Next, another autonomous program will be described.

The power feeding record management system using this autonomous program can create a power feeding record regarding the flexible power exchanged between the power feeding stations. Here, as a simple model, as shown in FIG. 2, a case will be described in which electric power is exchanged between the A power feeding station and the D power feeding station.

The A power feed station is A line 1L, A line 2L, B line 1L and B
Power is supplied to the lower-class power facility of the A power feed station through the 2L line and 1TrB and 2TrB. In addition, A power station and D
The power station exchanges electric power through the D line.

[0040] In this case, the autonomous program for creating the power feed record concerning the interchange power between the A power feed station and the D power feed station has a command statement for moving from the central power feed command station to the A power feed station and A command statement that causes the computer to collect power supply record data relating to the amount of power supplied by A line 1L, A line 2L, B line 1L and B line 2L, and 1TrB and 2TrB. The power supply record data necessary for calculating the interchanged power amount between the power feed stations can be collected.) From the sum of the amount of power supplied to the computer at the A power feed station by the A line 1L, the A line 2L, the B line 1L, and the B line 2L , 1TrB and 2TrB
The statement that causes the aggregation process to subtract the amount of power supplied in (3) and records the aggregation result in a predetermined data storage area of the autonomous program, and (the statement of this interchange power between the A and D power stations Is calculated, and the calculation result can be put in the autonomous program.) The command statement to move from A power station to D power station and the computer of D power station to the interchange power amount between A power station and D power station. The statement to store the calculation result of D in the database of the D power station, the statement to return from the D power station to the central power station, and the computer of the central power station And an instruction statement for causing the processing of storing the calculation result of the interchanged power amount in the database of the central power feeding command station.

By issuing this autonomous program on the network, a power feed record concerning the interchange power between the A power feed station and the D power feed station is created and stored in the databases of the D power feed station and the central power feed command station, respectively. It And
If the result of calculating the interchange power amount between the A power feed station and the D power feed station is greater than 0, it indicates that power has been supplied from the A power feed station to the D power feed station, and is higher than 0. If it is smaller, it means that the power is supplied from the D feed station to the A feed station. Further, when the calculation result is 0, the amount of power interchange between the A power feed station and the D power feed station is equal or there is no power interchange, and in this case there is substantially no power interchange. Is treated as.

The power supply recording process of this autonomous program can be represented by the table shown in FIG. In FIG. 3, “collection target data” indicates a power supply record to be collected by the autonomous program, and “expression” indicates a calculation formula for calculating the interchanged power amount. Further, "mobile site" indicates a site where the autonomous program moves, and "storage site" indicates a database as a storage site for recording the calculation result.

Next, a program creation support system for creating an autonomous program will be described.

In the program creation support system for creating an autonomous program, the required autonomous program is automatically created by the program creation software having the user interface screen shown in the table shown in FIG. May be. As a result, even a user who does not have specialized knowledge about the program can easily create the power supply record management program.

Although one embodiment of the power feeding record management system according to the present invention has been described above, the power feeding record management system of the present invention is not limited to the above.

[0046]

The power supply record management system according to claim 1 includes a program issuing unit that moves between computers of each power facility through a network and issues a program for collecting power supply record data of each power facility. The program returns and the power supply record processing unit that processes the power supply record of each power facility is provided, and the program that travels through each power facility through the network collects necessary power supply record data with one algorithm. Therefore, it is possible to easily create the power feeding record and save labor of the power feeding recording work.

According to another aspect of the power feeding record management system of the present invention, the program moves between the computers of each power facility through the network and is based on the power feeding record data recorded in the power feeding recording unit of each power facility. This is a program that causes the computer of each power facility to aggregate the power supply records for each power facility, and to collect the power supply record data for each power facility after aggregation, so collect the power supply record data for each power facility after aggregation. Therefore, the amount of transmitted / received data can be reduced.

Further, in the power feeding record management system described in claim 3, the program moves between the computers of each power facility through the network, and the power feeding record data recorded in the power feeding recording unit of each power facility. Based on the above, it is a program that causes the computer of each electric power facility to aggregate the electric power supply record data relating to the electric power interchanged by each electric power facility, and to collect the electric power supply record data regarding the electric power interchange of each electric power facility after aggregation. The feeding record regarding the interchanged power that the electric power facility interchanges is performed by one algorithm, and the feeding record regarding the interchanged power becomes easy.

The power feeding record management program according to any one of claims 4 to 6 relates to a program used in the power feeding record management system according to any one of claims 1 to 3. It has the same effects as those of claim 1 to claim 3.

According to a seventh aspect of the present invention, there is provided a power supply record management program creation support system including a collection target data input unit for inputting power supply record data to be collected by the program, and a calculation formula for inputting a calculation formula calculated by the program. An input unit, a mobile site input unit for inputting a moving destination of the program, and a storage site input unit for inputting a storage site for recording the power feeding record data calculated by the program, the collection target data input unit, Since the power supply record management program is created based on the information input to the calculation formula input unit, the mobile site input unit, and the storage site input unit, the user who intends to create the power supply record management program has specialized knowledge about the program. Even if it does not have the above, it becomes possible to create a power feeding record management program.

According to another aspect of the present invention, there is provided a power supply record management program creation support program, including a collection target data input unit for inputting power supply record data to be collected by the program.
A calculation formula input unit for inputting a calculation formula to be calculated by the program, a mobile site input unit for inputting a movement destination of the program, and a storage site input for inputting a storage site for recording power feeding record data calculated by the program Since the computer is made to create the power feeding record management program based on the information input to the section, it is possible to realize the power feeding record management program creation support system according to claim 7 by incorporating it in the computer. You can

[Brief description of drawings]

FIG. 1 is a schematic diagram of a power feeding record management system according to an embodiment of the present invention.

FIG. 2 is a schematic diagram of a power supply system in which a power supply station exchanges electric power according to an embodiment of the present invention.

FIG. 3 is a diagram showing a user interface screen in the power supply record management program creation support system according to the embodiment of the present invention.

FIG. 4 is a schematic diagram of an existing power feeding record management system.

[Explanation of symbols]

1 Central power supply command station 2,3 Power supply station 2a, 3a Power supply record data for each power supply station 4 Computer of central power supply command station 5,6 Computer of power supply station 7,8,9 Lower power facility d7, d8, d9 Lower power facility Power supply data recorded at power facilities 10 Network 11 Autonomous program 11a Data storage area in autonomous program 11 12,13,14 Platform application 15,16,17 Database 18 Recording device 21,22 Control station 23,24 Substation 2b , 3b Power supply record data 2c, 3c Power supply record data relating to the amount of power consumed by each power supply station 2,3 Power supply record data 21b-24b Power supply record data for the lower power facilities 21-24

   ─────────────────────────────────────────────────── ─── Continued front page    (72) Inventor Gonzo Uesai             3-3-22 Nakanoshima, Kita-ku, Osaka City, Osaka Prefecture             Kansai Electric Power Co., Inc. F-term (reference) 5G066 AA20

Claims (8)

[Claims] 1. A power feeding record management system for managing power feeding records of a plurality of power facilities, wherein a computer installed in each power facility and a power feeding record data in the power facility installed in each power facility are recorded. A power supply recording unit, a network that enables the computers of each of the power facilities to perform bidirectional communication, and a computer of each power facility that moves through the network to collect power supply record data of each power facility. A power feeding record management system comprising: a program issuing unit that issues a program for causing the program to return; and a power feeding record processing unit that processes the power feeding record of each power facility when the program returns. 2. The program moves between computers of each electric power facility through a network, and the computer of each electric power facility makes a unit of electric power facility based on the electric power supply record data recorded in the electric power supply recording unit of each electric power facility. 2. The program for causing the power supply record of the above to be aggregated and to collect the power supply record data for each power facility after the aggregation.
Power supply record management system described in. 3. The program moves between computers of each electric power facility through a network, and the electric power facility computer is informed of each electric power facility based on the electric power supply record data recorded in the electric power supply recording unit of each electric power facility. 2. The power feeding record management system according to claim 1, wherein the feeding power recording management system is a program that causes the feeding power recording data relating to the interchanged power to be aggregated and collects the feeding power recording data relating to the flexible power of each power facility after aggregation. 4. A power feeding record management program for moving between computers of each power facility through a network and collecting power feeding record data of each power facility. 5. A power supply record for each power facility is transferred to the computer of each power facility based on the power supply record data recorded in the power supply recording section of each power facility by moving between the computers of each power facility through a network. A power supply record management program that performs a totaling process and collects the power supply record data for each power facility after totaling. 6. The computer of each power facility moves between computers of each power facility through a network, and each power facility interchanges with the computer of each power facility based on the power feeding record data recorded in the power feeding recording unit of each power facility. A power supply record management program that causes the power supply record data regarding the interchange power to be aggregated and collects the power supply record data regarding the interchange power of each power facility after the aggregation. 7. A collection target data input unit for inputting power supply record data to be collected by a program, a calculation formula input unit for inputting a calculation formula calculated by the program, and a mobile site input unit for inputting a destination of the program. And a storage site input unit for inputting a storage site for recording the power feeding record data calculated by the program, the collection target data input unit, the calculation formula input unit, the mobile site input unit, and the storage site input unit A power supply record management program creation support system, characterized in that a power supply record management program is created based on the information input to. 8. A collection target data input unit for inputting power supply record data to be collected by a program, a calculation formula input unit for inputting a calculation formula calculated by the program, and a mobile site input unit for inputting a destination of the program. And a power feeding record management program for a computer based on information input to a storage site input unit for inputting a storage site for recording power feeding record data calculated by the program. A support program for creating management programs.