JPH1141809A - Test-managing equipment for power system monitor and controller, and recording medium with program recorded thereof - Google Patents

Abstract

PROBLEM TO BE SOLVED: To eliminate writing of program in a medium, transportation of the medium, and installation of software from the medium, when conducting factory tests after shipment or on-site tests after a Revision (updating). SOLUTION: A network system is constituted of at least one power system monitor and a controller and which monitors and controls a power system and records and stores power information and a test managing equipment connected to the power system monitor and controller via a network. In this case, the functions of the test managing equipment 101 of a version which has been updated compared to those of the power system monitor and controller 1 (1-1,...) or functions, which are provided in the test managing equipment 101 but not in the power system monitor and controller, are transmitted from the test managing equipment 101 to the power system monitor and controller and then executed on the power system monitor and controller.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention
The present invention relates to a test management device of a power system monitoring and control device for controlling and recording and storing power information, and a recording medium on which a program thereof is recorded.

[0002]

2. Description of the Related Art There are the following two types of functional tests for an operating power system monitoring and control device. First, the first is to test at a factory or the like when upgrading, and the second is
In some cases, after a test is performed at a factory or the like, an upgraded version is installed on site and the test is performed on site.

[0003] These construct a test environment as follows. (1) When testing at a factory or the like at the time of version upgrade Download a set of software installed on the local power system monitoring and control device onto a medium such as a magnetic tape and install it on a test device installed at a factory or the like to save the environment. To construct. Then, the version of the change function is upgraded for the environment constructed at the factory or the like, and the test is performed by the test device at the factory or the like.

(2) In the case of on-site testing after a test at a factory or the like A program upgraded at the factory or the like is downloaded from a test device installed at the factory or the like to a medium such as a magnetic tape, and the program is monitored and controlled on the local power system. Install it on the device,
The test environment is established by compiling and linking the program and restarting the power system monitoring and control device. A test is performed in the environment of the power system monitoring and control device constructed here.

[0005]

As described above, in order to carry out a test in a factory or the like, it is necessary to always download a set of local software to a medium and store it in the factory or the like. Management must be strict. In addition, in order to conduct a functional test on site, it is necessary to install a test device installed in a factory or the like via a medium to the local power system monitoring and control device, and perform environment construction work such as compilation and linkage. is there.
It is also necessary to strictly control the version during the installation work on site, and if there is a mismatch between the local software and the software stored at the factory, etc. (mismatch), the local software will not operate. Occur.

SUMMARY OF THE INVENTION The present invention has been made to solve the above-mentioned problems. Local software management tasks,
Installation of local software on test equipment installed in factories, etc., environment construction work, downloading work to media in factories, etc. for on-site testing, installation of factory software on local power system monitoring and control equipment, construction of environment A test management device and a program for a power system monitoring and control device that eliminates the need for work and can avoid malfunction due to a version control error between the software of the local power system monitoring and control device and the software stored at a factory or the like. The purpose of the present invention is to provide a recording medium on which is recorded.

[0007]

According to a first aspect of the present invention, there is provided a test management apparatus for a power system monitoring and control apparatus, wherein at least one power system monitors and controls the power system and records and saves power information. A network system comprising a monitoring control device and a test management device connected to the power system monitoring control device via a network, wherein the test management device is upgraded to have a function upgraded from the function of the power system monitoring control device. The function and the function which are present in the test management apparatus but not present in the power system monitoring and control apparatus are transferred from the test management apparatus to the power system monitoring and control apparatus and executed on the power system monitoring and control apparatus.

Therefore, at the time of the test of the power system monitoring and control device, the function of the test management device upgraded from the function of the power system monitoring and control device and the function that is not included in the power system monitoring and control device are transferred from the test management device to the power system monitoring and control device. Since the data is transferred to the device and executed on the power system monitoring and control device, it is downloaded to a medium at a factory or the like for on-site testing, and factory software is installed on the local power system monitoring and control device and the environment is constructed. This eliminates the need for an operation, and also avoids a malfunction due to a version control mistake that occurs between the software of the local power system monitoring and control device and the software stored in a factory or the like.

[0009] The recording medium according to claim 2 of the present invention comprises:
A network system comprising one or more power system monitoring and control devices that monitor and control the power system and record and store power information, and a test management device connected to the power system monitoring and control device via a network. Then, the functions of the test management device upgraded from the functions of the power system monitoring and control device and the functions that are present in the test management device but not in the power system monitoring and control device are transferred from the test management device to the power system monitoring and control device. The monitoring and control program to be transferred and executed on the power system monitoring and control device is recorded.

According to a third aspect of the present invention, there is provided a test management apparatus for a power system monitoring and control apparatus, wherein at least one power system monitoring and control apparatus monitors and controls a power system and records and stores power information. What is claimed is: 1. A network system comprising a test management device connected to a power system monitoring and control device via a network and having the same configuration as the power system monitoring and control device, wherein the power system is upgraded to a version higher than the function of the test management device. The function of the supervisory control device and the function of the power system supervisory control device but not of the test management device are transferred from the power system supervisory control device to the test management device and executed on the test management device.

The recording medium according to claim 4 of the present invention is:
One or more power system monitoring and control devices that monitor and control the power system and record and store power information, and a test that is connected to the power system monitoring and control device via a network and has the same configuration as the power system monitoring and control device. A network system configured with a management device, the functions of the power system monitoring and control device upgraded from the functions of the test management device and the functions that are present in the power system monitoring and control device but are not included in the test management device. This is a recording of a monitoring control program transferred from the system monitoring control device to the test management device and executed on the test management device.

According to a fifth aspect of the present invention, there is provided a test management device for a power system monitoring and control device according to claim 1 or 3, wherein a plurality of power system monitoring and control devices are prepared, and The functions are divided into standard functions common to all power system monitoring and control devices and optional functions unique to each power system monitoring and control device, and common to all power system monitoring and control devices via a network during function maintenance or testing of power system monitoring and control devices. Among the standard functions, the functions of the test management device upgraded from the functions of the power system monitoring and control device are transferred from the test management device to the power system monitoring and control device, and executed on the power system monitoring and control device. Configured.

[0013] The recording medium according to claim 6 of the present invention comprises:
Claim 2 or Claim 4, wherein a plurality of power system monitoring and control devices are prepared, and the functions of the power system monitoring and control devices are defined as standard functions common to all power system monitoring and control devices and optional functions unique to each power system monitoring and control device. The functions of the test management device that are upgraded from the functions of the power system monitoring and control device among the standard functions common to all power system monitoring and control devices via the network during the maintenance or testing of the function of the power system monitoring and control device Is transferred from the test management device to the power system monitoring and control device, and a monitoring control program to be executed on the power system monitoring and control device is recorded.

According to a seventh aspect of the present invention, in the test management apparatus for a power system monitoring and control device according to the third aspect, a plurality of power system monitoring and control devices are prepared, and the function of the power system monitoring and control device is set to a total power. The standard functions common to the power system monitoring and control device and the optional functions specific to each power system monitoring and control device are divided into optional functions unique to each power system monitoring and control device that are not in the test management device via the network. And transferred to the test management device, and executed on the test management device.

The recording medium according to claim 8 of the present invention is:
5. The network according to claim 4, wherein a plurality of power system monitoring control devices are prepared, and the functions of the power system monitoring control devices are divided into a standard function common to all power system monitoring control devices and an optional function unique to each power system monitoring control device. An optional function that is unique to each power system monitoring and control device that is not present in the test management device is transferred from the power system monitoring and control device to the test management device via the test management device, and a monitoring control program to be executed on the test management device is recorded. It is.

According to a ninth aspect of the present invention, there is provided a test management device for a power system monitoring and control device according to the first or third or fifth or fifth or seventh aspect, wherein a transfer function is provided by a system MMI device. The data is specified and transferred from the output device, and can be executed on the transfer destination device.

According to claim 10 of the present invention, the recording medium according to claim 2 or claim 4 or claim 6 or claim 8 is transferred from the input / output device of the function system MMI device to be transferred. And a monitoring control program that can be executed on the transfer destination device.

[0018]

BEST MODE FOR CARRYING OUT THE INVENTION

(First Embodiment) (Corresponding to Claims 1 and 2) FIG. 1 is an overall system configuration diagram of a test management device of a power system monitoring and control device according to a first embodiment of the present invention, and FIG. Monitoring control CPU 3-1 and test management C of the first embodiment
It is a functional block diagram of PU103.

In FIG. 1, reference numeral 1-1 denotes a power system monitoring and control device, which includes a software storage unit 2-1 and a monitoring control CPU 3;
-1, the system MMI device 4-1 and the peripheral device 5-1. A plurality (n) are prepared, but only one is shown for convenience of explanation. The peripheral device 5-1 is a system monitoring panel or the like for monitoring the operation state of the power system. 6-1
6-n are W connected to the respective power system monitoring and control devices.
An AN communication device connected to the WAN 7
Communication via the Internet. In FIG. 1, reference numerals in the 100s relate to a test management apparatus, that is, 101 is a test management apparatus, 102 is a software storage unit, 103 is a test management CPU, 104 is a system MMI apparatus, and 105 is a peripheral device.

In FIG. 2, reference numeral 31 denotes a WAN communication I / F means for requesting communication from the WAN communication devices 6-1 to 6-n.
Transmits and receives data communicated via the AN. Reference numeral 32 denotes a version storage unit which stores current version information of all software executed by the monitoring control CPU 3-1.

Reference numeral 33 denotes version management means for managing version information stored in the version storage unit 32.
34 is a version transfer request means, which is the version storage unit.
A request for transmission of the version information of 32 to the WAN communication I / F means 31 is received, and version information is received from the WAN communication I / F means 31.

.., 35 (1), 35 (2),... Are the entities of the entire execution software of the current version. Numeral 36 denotes a software transfer requesting unit for requesting the WAN communication I / F unit 31 to transmit software,
The software is received from the / F means 31.

Reference numeral 37 denotes a software starting / stopping means, which is selected from the plurality of execution software 35 (1), 35 (2),.
Stop and start the corresponding execution software or make it an execution load module. Reference numeral 38 denotes a test request receiving means for notifying the version transfer request means 34 of a test execution request input from the system MMI device 4. In FIG.
Codes in the 100's are managed by the test management apparatus, and the numbers correspond to those on the monitoring control CPU 3-1 side.

Next, the operation will be described. First, when a test execution is requested from the system MMI device 4 on the side of the monitoring control CPU 3-1, the test request receiving means 38 receiving the request notifies the version transfer requesting means 34 of the test execution request, and receives the notified version transfer. The request means 34 is a version storage unit
WAM communication I / F means using version information stored in 32
Request transmission to 31.

The version information is used for all software by using a number for each program unit, for example, "2.
1.0 ". When the number at the beginning is larger, the number is newer, and when the number at the beginning is the same, the number at the next part is larger, and the following parts are evaluated similarly. For example, “2.3.0” is newer than “2.1.1”. When all parts of the version information of two programs having the same name match, the versions of the two programs match, indicating that the codes of the two programs are the same.

The WAM communication I / F means 31 transmits the version information to the WAN communication I / F means 131 via the WAN communication devices 6-1 to 6-n, the WAN 7, and the WAN communication device 106. FIG. 5 shows a transmission format diagram of the version information to be transmitted. The format of FIG. 5 includes a communication protocol control code part (header), a source device identifier, a destination identifier,
It consists of a data ID, the total number of packets, a sequence number, a transmission date and time, data (version information, no upgrade information, transfer software code), and a communication protocol control code part.

The WAN communication I / F unit 131 passes the version information to the software transfer request unit 136. The software transfer request unit 136 having received this compares the version information with the version information of the power monitoring control device stored in the version storage unit 132, and compares the version information of the power monitoring control device stored in the version storage unit 132. If the information includes software upgraded from the received version information and software not included in the received software, the software is extracted from the software storage unit 102, and the extracted software is extracted from the WAN communication I / F unit 131. Request to send to

The software transfer request means 136 retrieves the data from the software storage unit 102, and the WAN communication I / F means 13
The form of the software requested to be transmitted to 1 can be a program written in a high-level programming language, a program written in a structural programming language, a program written in an intermediate language (interpreted language) interpreted and executed by an interpreter, A program written in assembly language, a target program written in machine language, or a load module in which the target program is combined with a runtime routine may be in any form that can be started by the software start / stop means 37.

The software transfer request unit 136 compares the version information received from the WAN communication I / F unit 131 with the version information of the power system monitoring and control device stored in the version storage unit 132, and stores it in the version storage unit 132. If the received version information of the power system monitoring and control apparatus includes all the received software and the version information of all the software is not older than the version information of the received software, the information without the version is transmitted to the WAN communication I / O. Request transmission to F131.

The WAN communication I / F unit 31 transfers the software or the information without the version upgrade to the software transfer request unit 36. In this case, the transmission format of the software or the information without version upgrade is as shown in FIG. 5 described above. The software transfer request unit 36 passes the software to the software start / stop unit 37.

When the software transfer request means 36 receives the information indicating that there is no version upgrade, the software transfer requesting means 36 displays information indicating that the environment construction has been completed (no version upgrade) on the system MMI device 4-1. On the other hand, the software start / stop means 37 searches for the software received from the software transfer request means 36 from the currently executed software 35 (1), 35 (2),... As a result, if the target software is present in the current execution software and the software received from the software transfer request unit 36 is present, the software start / stop unit 37 sets the target execution software to all target execution software from the current execution software. Make a request to stop. After the execution software that has been stopped / requested has been stopped, the software start / stop means 37 issues a start request to the target software from among the upgraded software,
Generate the running software and match it with the version of the test management device.

If there is no current execution software, the software start / stop means 37 starts or sets the software to be an execution load module file. Before storing the execution load module file in the software storage unit 2-1, check whether the current version of the execution load module file exists in the software storage unit 2-1, and save the current version of the execution load module file. If it exists in the section 2-1, the current version of the execution load module file is saved, and the upgraded execution load module file is stored in the software storage section 2-1.

When the form of the software transferred from the WAN communication I / F unit 131 to the WAN communication I / F unit 31 is a program written in an interpreter language or an execution file thereof, the execution load module file software of the current version is used. Is a program whose input source or output destination is determined by the start source of the software, such as a screen input / output function, the software start / stop unit 37 does not start the software.

The software start / stop means 37 stops / starts all software received from the software transfer request means 36.
At the stage when the startup process is completed, the software transfer request
Notify 36 of the end of environment construction. The software transfer requesting unit 36, having received the notification of the completion of the environment construction, displays information on the completion of the environment construction (version up) with the system MMI device.

After the test is completed, when a test completed version update request is input from the system MMI device 4-1, the test request receiving means 38 notifies the version management means 33 of the test completed version update request. The version management unit 33 updates the software in the software storage unit 2-1 with the latest software, and updates the version information in the version storage unit 32 with the latest version information.

If there is no test completion version update request from the system MMI device 4-1, the software storage unit 2-1
The software and the version information of the version storage unit 32 are not updated. Note that, for software in which the execution load module file is stored in the software storage unit 2-1, it is restored to the current version by the saved current version of the execution load module file.

According to the present embodiment, at the time of testing the power system monitoring and control device, the functions of the test management device upgraded from the functions of the power system monitoring and control device and the functions not present in the power system monitoring and control device are tested and managed. It is transferred from the device to the power system monitoring and control device and executed on the power system monitoring and control device. The installation of the factory software and the construction of the environment are not required, and the malfunction of the local power system monitoring and control device due to a version control error that occurs between the software and the software stored in the software factory can be avoided.

(Second Embodiment) (Corresponding to Claims 3 and 4) FIG. 3 is a configuration diagram showing a second embodiment. 3, the same functional portions as those in FIG. 2 are denoted by the same reference numerals, and description thereof will be omitted. In the present embodiment, the test management C shown in FIG.
The PU also has the same configuration as the monitoring control CPU, so that when the test is performed on the test management apparatus 101 side, functions that are not present in the test management apparatus 101 via the WAN 7 and functions that have been upgraded are transferred from the power system monitoring and control apparatus 1 side. Test management device 10
1 to be executed on the test management apparatus 101.

Power system supervisory control device side WAN communication I / F
Between the means 31 and the WAN communication I / F means 131 on the test management apparatus side, in general, connection type communication for setting up a communication path (connection) for information transfer is performed. The devices 101 both specify a communication partner with a communication address (identifier).

Therefore, the test management apparatus 101 can specify a power system monitoring and control device to be tested from among a plurality of power system monitoring and control devices.
By allowing the device 104 to specify a power system monitoring and control device to be tested at the time of a test execution request, a single test management device can sequentially test a plurality of power system monitoring and control devices.

(Third Embodiment) (Claims 5, 6, 7)
FIG. 4 is an overall system configuration diagram showing the third embodiment. 4, the same functional portions as those in FIG. 1 are denoted by the same reference numerals, and description thereof will be omitted. In this embodiment, the software of the power system monitoring and control device is divided into standard software common to all power system monitoring and control devices and optional software specific to each power system monitoring and control device. The software in the software storage unit of the management device is the master, the software in the software storage unit of the power system monitoring and control unit is copy (slave), and the optional software specific to each power system monitoring and control unit is the software in the software storage unit of the power system monitoring and control unit. Master software, copy software in software storage of test management device (slave)
The test management device can specify a power system monitoring and control device to be tested.

Therefore, the software storage unit 2-1 and the software storage unit 102 are configured as a common unit 2a and a common unit for standard software common to all power system monitoring and control devices, respectively.
102a and a unique unit 2b and a unique unit 102b for option software specific to each power system monitoring and control device. The version storage unit 32 and the version storage unit 132 are divided into one for standard software common to all power system monitoring and control devices. The system is divided into those for optional software specific to the power system monitoring and control device.

When a test is performed by the power system monitoring and control device, it is possible to upgrade the version of standard software common to all power system monitoring and control devices. When the test is performed by the test management device, it is possible to upgrade the version of the optional software unique to each power system monitoring and control device.

Power system monitoring and control device side WAN communication I / F
Between the means 31 and the WAN communication I / F means 131 on the test management apparatus side, in general, connection type communication for setting up a communication path (connection) for information transfer is performed. The devices 101 both specify a communication partner with a communication address (identifier).

Therefore, the test management apparatus 101 can specify the power system monitoring and control device to be tested from among the plurality of power system monitoring and control devices.
By allowing the device 104 to specify a power system monitoring and control device to be tested at the time of a test execution request, a single test management device can sequentially test a plurality of power system monitoring and control devices.

(Fourth Embodiment) (corresponding to claim 9) In FIG. 2 and FIG. 3, the software for which a version upgrade request is made from the software in the version storage unit 32 is designated from the system MMI device 4-1. Then, it is also possible to replace the version upgrade with respect to the designated software.

FIG. 6 shows a transfer software designation input screen of the system MMI device for designating software for which a version upgrade request is made. As shown in FIG. 6, the version information of the own computer and the version information of the partner computer are shown in comparison with each other, and portions having a version difference are clearly indicated by shading.

The method described in the above-described embodiment is applied to various devices by writing it on a recording medium such as a magnetic disk, an optical disk, or a semiconductor memory as a program that can be executed by a computer. And can be applied to various devices. A computer that realizes the present apparatus reads the program recorded on the recording medium, and executes the above-described processing by controlling the operation of the program.

[0049]

As described above, according to the present invention, at the time of function maintenance or test of the power system monitoring and control device,
The functions of the test management device upgraded from the functions of the power system monitoring and control device and the functions that are not included in the power system monitoring and control device are transferred from the test management device to the power system monitoring and control device to perform the power system monitoring and control. Since it is executed on the control unit, it eliminates the need to download the media to the media at the factory for on-site testing, and to install the factory software on the local power system monitoring and control unit and to build the environment.
In addition, it is possible to avoid a malfunction due to a version control error that occurs between the software of the local power system monitoring and control device and the software stored in a factory or the like.

At the time of testing with the test management device, the functions of the power system monitoring and control device to be tested, which are upgraded from the functions of the test management device, and the functions that are not included in the test management device are transmitted from the power system monitoring and control device. The data is transferred to the test management device and executed on the test management device. Eliminates the need for management work, installation of local software on test equipment installed in factories, and environment construction work, and version management that occurs between software for local power system monitoring and control equipment and software stored in factories, etc. It is possible to avoid a malfunction due to a mistake.

[Brief description of the drawings]

FIG. 1 is an overall system configuration diagram showing an embodiment of a test management device of a power system monitoring and control device according to the present invention.

FIG. 2 is a monitoring control CPU and a test management CPU according to the present invention.
FIG. 2 is a functional block diagram showing the embodiment.

FIG. 3 is a monitoring control CPU and a test management CPU according to the present invention.
FIG. 14 is a functional block diagram showing another embodiment.

FIG. 4 is an overall system configuration diagram showing another embodiment of the test management device of the power system monitoring and control device according to the present invention.

FIG. 5 is an information transmission format diagram.

FIG. 6 is a view showing a transfer software designation input screen of the system MMI apparatus.

[Explanation of symbols]

1-1 Power system monitoring and control device 2-1 Software storage unit on power system monitoring and control device 3-1 Monitoring and control CPU 4-1 System MMI device on power system monitoring and control device 5-1 Peripheral device on power system monitoring and control device 6 -1 to 6-n WAN communication device on power system monitoring and control device 7 WAN 101 Test management device 102 Software storage on test management device 103 Test management CPU 104 System MMI device on test management device 105 Peripheral device on test management device 106 Test Management device side WAN communication device

Claims (10)

[Claims] 1. An electric power system comprising: at least one electric power system monitoring and control device for monitoring and controlling an electric power system and recording and storing electric power information; and a test management device connected to the electric power system monitoring and controlling device via a network. In a network system that has been upgraded, the functions of the test management device upgraded from the functions of the power system monitoring and control device and the functions of the test management device but not of the power system monitoring and control device are transferred from the test management device to the power management system. A test management device for a power system monitoring and control device, wherein the test management device is transferred to the system monitoring and control device and executed on the power system monitoring and control device. 2. A power system monitoring and control device for monitoring and controlling a power system and recording and storing power information, and a test management device connected to the power system monitoring and control device via a network. In a network system that has been upgraded, the functions of the test management device upgraded from the functions of the power system monitoring and control device and the functions of the test management device but not of the power system monitoring and control device are transferred from the test management device to the power management system. A recording medium which records a monitoring control program to be transferred to the power system monitoring and control device and executed on the power system monitoring and control device. 3. A power system monitoring and control device for monitoring and controlling a power system and recording and storing power information, and the power system monitoring and control device connected to the power system monitoring and control device via a network. A network system configured with a test management device having the same configuration, wherein the functions of the power system monitoring and control device and the power system monitoring and control device upgraded from the functions of the test management device are included in the test management device. A test management device for a power system monitoring and control device, wherein a function that does not exist is transferred from the power system monitoring and control device to the test management device and executed on the test management device. 4. One or more power system monitoring and control devices for monitoring and controlling a power system and recording and storing power information, and the power system monitoring and control device connected to the power system monitoring and control device via a network. A network system configured with a test management device having the same configuration, wherein the functions of the power system monitoring and control device and the power system monitoring and control device upgraded from the functions of the test management device are included in the test management device. A recording medium that records a monitoring control program to be executed on the test management device by transferring the missing function from the power system monitoring control device to the test management device. 5. The test management device for a power system monitoring and control device according to claim 1, wherein a plurality of power system monitoring and control devices are prepared, and the functions of the power system monitoring and control devices are assigned to the entire power system monitoring and control device. The standard functions are divided into common standard functions and optional functions unique to each power system monitoring and control device.When the functions of the power system monitoring and control device are maintained or tested, the power The power system monitoring control, wherein the function of the test management device upgraded from the function of the system monitoring and control device is transferred from the test management device to the power system monitoring and control device and executed on the power system monitoring and control device. Equipment test management device. 6. The recording medium according to claim 2, wherein a plurality of power system monitoring and control devices are prepared, and the functions of the power system monitoring and control devices are defined as standard functions common to all power system monitoring and control devices and each power supply. It is divided into optional functions unique to the power system monitoring and control device, and during the maintenance or testing of the function of the power system monitoring and control device, the functions of the power system monitoring and control device are included in the standard functions common to all power system monitoring and control devices via the network. A recording medium in which a function of the test management device, which has been upgraded, is transferred from the test management device to the power system monitoring and control device, and a monitoring control program to be executed on the power system monitoring and control device is recorded. 7. The test management device for a power system monitoring and control device according to claim 3, wherein a plurality of power system monitoring and control devices are prepared, and the functions of the power system monitoring and control devices are standard functions common to all power system monitoring and control devices. And optional functions unique to each power system monitoring and control device, and transferring the optional functions unique to each power system monitoring and control device that are not in the test management device from the power system monitoring and control device to the test management device via the network. A test management device for a power system monitoring and control device, wherein the test management device is executed on a test management device. 8. The recording medium according to claim 4, wherein a plurality of power system monitoring and control devices are prepared, and the functions of these power system monitoring and control devices are standard functions common to all power system monitoring and control devices and each power system monitoring and control device. Divided into unique optional functions, transfer the optional functions specific to each power system monitoring and control device that are not in the test management device via the network from the power system monitoring and control device to the test management device and execute them on the test management device A recording medium that stores a monitoring control program to be executed. 9. The test management device for a power system monitoring and control device according to claim 1, wherein a transfer function is designated by an input / output device of a system MMI device and transferred. A test management device for a power system monitoring and control device, which can be executed on a transfer destination device. 10. The recording medium according to claim 2, wherein the transfer is performed by instructing from the input / output device of the functional system MMI device to be transferred and executed on the transfer destination device. A recording medium on which a monitoring control program is recorded.