JP6935729B2 - Power outage information provision system - Google Patents

Description

The present invention relates to a power outage information providing system for providing information on a power outage to a consumer or the like.

Conventionally, when a power outage occurs, the city, ward, town, and village where the power is out and the number of power outages are displayed on the sales portal site or homepage of the call center based on the power outage area specified by the power distribution automation system. At this time, the sales portal site displays the number of consumers in the switch section or bank (in the transformer) where there is a power outage, and the homepage displays the approximate number of power outages in units of 100 units. NS.

In this way, conventionally, since only the number of power outages is displayed, it has been difficult to accurately and quickly grasp the range of power outages and consumers. For this reason, there is known a power outage information processing system that can grasp the range of power outages due to a distribution line accident for each customer's house (see, for example, Patent Document 1). This system receives power outage information from the power distribution automation system, generates power outage customer information including the power outage target customer address from the power outage section number of this power outage information, and based on this power outage customer information, selects the power outage target customer's house. The detailed map for each door is displayed on the customer business terminal.

Japanese Unexamined Patent Publication No. 2012-22399

By the way, the workers of the electric power company know the position of the utility pole in the area in charge, and often go to the site or specify the work target by relying on the utility pole number. For this reason, even when recovering from a power outage, you will be heading to the site by relying on the utility pole number. It is possible to carry out work smoothly without any trouble.

On the other hand, consumers often do not know from which utility pole they are being pulled in, but if they can easily know the utility pole number, they can check the condition of the utility pole or contact the electric power company in the event of an accident. It becomes possible to do.

Therefore, an object of the present invention is to provide a power outage information providing system that makes it possible to obtain information about a power outage more accurately and quickly by associating it with a utility pole.

In order to solve the above problems, the invention of claim 1 is to draw in the distribution automation equipment that separates the power failure area from the distribution system, information about each customer, and each customer's house in the event of a distribution line accident. A system database that stores information about utility poles in association with a map including a distribution system, a display diagram generating means that generates a power failure display diagram showing a power failure area by the distribution automation equipment on the map, and the demand. The home includes a web server that can be accessed via the user terminal, and the web server displays the power failure display diagram generated by the display diagram generation means on the user terminal in response to a command from the user terminal. At the same time, when the customer's house designated on the map by the user terminal is the customer's house of the user terminal, the utility poles drawn into the customer's house based on the system database are shown on the map. It is a featured power outage information provision system.

According to the present invention, when a consumer accesses a web server from a user terminal and gives a command, a power failure display diagram showing a power failure area on a map including a utility pole is displayed on the user terminal. In addition, when the consumer specifies the consumer's house on the map by the user terminal and this consumer's house is the consumer's house of this user terminal, that is, when the consumer specifies his / her own consumer's house, the customer is drawn into this customer's house. The electric pole is shown on the map.

According to a second aspect of the present invention, in the power failure information providing system according to the first aspect, the web server uses the user terminal to obtain identification information of a utility pole designated on the map by the user terminal based on the system database. It is characterized by being displayed on.

The invention of claim 3 is the power failure information providing system according to claim 2, wherein the web server accepts discovery information about the utility pole from the user terminal after the identification information of the utility pole is displayed on the user terminal. It is characterized by being possible.

The invention of claim 4 includes the power failure information management device capable of communicating with the supply side terminal of the electric power company in the power failure information providing system according to claims 1 to 3, and the power failure information management device is provided from the supply side terminal. The power failure display diagram generated by the display diagram generating means is displayed on the supply side terminal in response to the command of the above, and all consumers are drawn from the utility pole designated on the map by the supply side terminal. The information is displayed on the supply side terminal based on the system database.

According to the invention of claim 1, by accessing the web server from the user terminal, the consumer can obtain a power failure display diagram in which the power failure area is shown on the map including the utility pole, so which utility pole is out of power. , It is possible to accurately know at a glance whether or not the home is out of power. In addition, when a consumer specifies his / her own home on the map, the utility pole that is being pulled into this customer's house is shown on the map, so that the consumer can know the location of the utility pole that is being pulled into his / her home. It is possible to check the condition of utility poles and contact the electric power company in the event of an accident. On the other hand, even if a customer's house of another person is specified, the utility pole drawn into the customer's house is not shown on the map, so that the information of the other person can be protected. In this way, it is possible to associate information on power outages with utility poles to provide and obtain information more accurately and promptly.

According to the invention of claim 2, when a consumer specifies a utility pole on a map from a user terminal, the identification information of the utility pole is displayed on the user terminal, so that the identification information of each utility pole can be obtained without going to the site. It can be easily and accurately known. Then, when an abnormality of a certain utility pole is discovered, it is possible to accurately contact the information together with the identification information of the utility pole (identify the utility pole accurately) to the electric power company or the like.

According to the invention of claim 3, after the identification information of the utility pole is displayed on the user terminal, the discovery information about the utility pole can be transmitted to the web server. Information can be communicated accurately and promptly to electric power companies. In other words, it is possible for an electric power company or the like to accurately and quickly collect the state and information related to each utility pole.

According to the invention of claim 4, a worker of an electric power company or the like can obtain a power failure display diagram showing a power failure area on a map including a utility pole by instructing a power failure information management device from a supply side terminal. , Which utility pole is out of power, which consumer's house is out of power, etc. can be accurately known at a glance in real time. In addition, when a utility pole on the map is specified by the supply-side terminal, information about all consumers drawn from this utility pole is displayed on the supply-side terminal, so work can be done smoothly without making a mistake in the target utility pole or consumer. It becomes possible to do it.

It is a schematic block diagram which shows the power failure information providing system which concerns on embodiment of this invention. It is a schematic block diagram which shows the power failure information management device of the power failure information providing system of FIG. It is a figure which shows an example of the power failure display diagram provided to the sales support terminal and the worker terminal from the power failure information management device of FIG. It is a figure which shows an example of the power failure display diagram provided to the user terminal from the power failure information management device of FIG. 2 via a web server. It is a figure which shows the example of the output screen when the electric pole is designated by the worker terminal in the power failure information providing system of FIG. It is a figure which shows the example of the output screen when the home is specified by the user terminal, and when the electric pole is specified in the power failure information providing system of FIG.

Hereinafter, the present invention will be described based on the illustrated embodiment.

1 to 6 show an embodiment of the present invention, and FIG. 1 is a schematic configuration diagram showing a power failure information providing system 1 according to the embodiment. The power failure information providing system 1 is a system for providing information on a power failure to a consumer U, a worker W, etc., and mainly includes a power distribution automation system (power distribution automation equipment) 2, a power failure information management device 3, and a business. A support terminal (supply side terminal) 4, a worker terminal (supply side terminal) 5, a web server 6, and a user terminal 7 are provided, and the power failure information management device 3 includes a power distribution automation system 2 and a sales support terminal 4. , Is freely connected to the worker terminal 5 and the web server 6.

The distribution automation system 2 is a system that disconnects the power failure area from the distribution system in the event of a distribution line accident, and has the same configuration as the distribution automation system widely introduced by electric power companies and the like. That is, for example, a power distribution automation server, a power distribution distance control device (remote monitoring control device), a monitoring control desk, a system planning desk (workstation), and the like are provided, and each is connected by a LAN (Local Area Network). In addition, the switch attached to the utility pole P and the distribution distance control device are communicably connected, and further, the distribution substation and the distribution distance control device are connected via a general control center that centrally monitors and controls a plurality of power plants. Is connected so that it can communicate with.

Then, the operating state of the distribution line is constantly monitored, and when a power failure occurs due to a distribution line accident, for example, the accident section that caused the power failure is separated from the distribution system while controlling the switch, and this accident section, that is, other than the power failure area. Distributes power to distribution lines. In addition, when a power outage occurs due to a substation accident (extra-high voltage accident, instantaneous voltage drop, etc.), power is distributed (automatic reverse transmission) from the surrounding distribution lines to the power outage area where the power outage has occurred. Then, along with such an operation, the power failure area, the power failure occurrence time, the recovery status, and the like are sequentially transmitted to the power failure information management device 3 in real time.

The power failure information management device 3 is a computer of an electric power company that manages and provides information related to a power failure. As shown in FIG. 2, the power failure information management device 3 mainly includes a system database 31, a display diagram generation unit (display diagram generation means) 32, and information. It includes a providing unit 33 and a central processing unit 34 that controls them.

The system database 31 is a database that stores information about each consumer U and information about utility poles P drawn into each customer's house C in association with a map including a distribution system. That is, as shown in FIGS. 3 and 5, it is a map showing the arrangement position of each distribution line on a map showing the positions of each consumer's house C, each utility pole P, each road, etc. on the terrain. Then, for each customer's house C, information about the customer U, for example, a customer name, a contract number with an electric power company, and the like are stored. Further, each utility pole P is associated with and stored in the consumer's house C (to which the service line is connected) drawn from the utility pole P. That is, the contract between the utility pole number (identification information) of the utility pole P and the customer U so that it can be known from which utility pole P the utility pole P is drawn to which customer's house C and which utility pole C is drawn from. The number (identification information) is stored in association with it.

The display diagram generation unit 32 is a task program that generates a power failure display diagram in which a power failure area by the power distribution automation system 2 is illustrated on a map. That is, every time a power failure occurs and a power failure area is received from the power distribution automation system 2, the corresponding part of the map of the system database 31 is processed so as to clearly indicate the power failure area, and the latest and real-time power failure display diagram is generated. To do. At this time, an in-house power failure display diagram provided to the sales support terminal 4 and the worker terminal 5 and a power failure display diagram for the user provided to the user terminal 7 via the web server 6 are generated.

Specifically, as shown in FIG. 3, the power failure display diagram for internal use clearly indicates the power failure area by processing the distribution line in the map of the system database 31. For example, the distribution line (solid line in the figure) L1 that is not out of power is displayed in the first color, and the distribution line (broken line in the figure) L2 that is out of power is displayed in the second color or blinking. As shown in FIG. 4, the power failure display diagram for the user clearly indicates the range of the power failure area BA by superimposing the surface of the power failure area (hatched portion) BA on the map of the system database 31. For example, the surface of the area BA that covers all the consumer homes C that are out of power, that is, the surface of the area BA that is affected by the power outage distribution line L2 is displayed or blinked in a color different from the map. ..

Here, in FIGS. 3 and 4, each customer's house C, each utility pole P, each road, etc. are omitted, but they are shown in the actual power failure display diagram, and the distribution lines L1 and L2 in FIG. 3 are shown. The black circle above indicates the utility pole P. In addition, both power outage display diagrams can be enlarged or reduced.

The information providing unit 33 is a task program that provides various information according to a command (request) from the sales support terminal 4 and the worker terminal 5 or a command from the user terminal 7 via the web server 6. .. That is, first, when a command to provide a power failure display diagram is received from the sales support terminal 4 and the worker terminal 5, the power failure display diagram for internal use generated by the display diagram generation unit 32 is displayed on the sales support terminal 4 and the work. It is transmitted to the person terminal 5, and as a result, the power failure display diagram for internal use is displayed on the sales support terminal 4 and the worker terminal 5.

Secondly, when a command for requesting information about all the consumers U drawn from the specific utility pole P is received from the sales support terminal 4 and the worker terminal 5, this information is acquired from the system database 31 and this information is obtained. Sends the image included on the map to the sales support terminal 4 and the worker terminal 5. As a result, this image is displayed on the sales support terminal 4 and the worker terminal 5. For example, as shown in FIG. 5, the names of all the consumers 1, 2, ... Drawn from the utility pole P1 are displayed, and an image in which the customer's house C1 is colored (highlighted) is displayed.

Thirdly, when a command for providing a power failure display diagram is received from the web server 6, that is, the user terminal 7, the power failure display diagram for the user generated by the display diagram generation unit 32 is transmitted to the user terminal 7, thereby transmitting the power failure display diagram for the user. A power failure display diagram for the user is displayed on the user terminal 7.

Fourth, when a command (including the identification information of the user terminal 7, that is, the customer U) for displaying the electric pole P drawn into the specific consumer house C is received from the user terminal 7, first, the specific consumer house C is received. Is the consumer home C of the user terminal 7, that is, whether or not the home is designated is determined according to the system database 31. Then, if the home is not specified, the user terminal 7 is replied that the utility pole P cannot be displayed, and if the home is specified, the information of the utility pole P drawn into the home from the system database 31 is input. The acquired image with the utility pole P highlighted on the map is transmitted to the user terminal 7. For example, as shown in FIG. 6, the utility pole P2 that is pulled into the home C2 is blinked and displayed, the utility pole number and the power distribution status (whether or not there is a power failure) are displayed, and an image displaying the "provide information" button is transmitted. , This image is displayed on the user terminal 7.

Fifth, when a command for displaying the identification information of a specific utility pole P is received from the user terminal 7, the utility pole number of the utility pole P is acquired from the system database 31, and the utility pole number is shown on the map. The image is transmitted to the user terminal 7. For example, as shown in FIG. 6, an image displaying the utility pole number of the designated utility pole P3 and the "information provision" button is transmitted, and this image is displayed on the user terminal 7. Further, in the case of a command from the consumer U pulling in from the utility pole P, that is, when the utility pole P pulled in to the home is specified by the consumer U, the customer name of the consumer U is included in the image. Is done.

Sixth, when the discovery information about the specific utility pole P is received from the user terminal 7, the discovery information is stored together with the utility pole number of the utility pole P. That is, when the "information provision" button is selected on the user terminal 7, a screen on which the discovery information can be input is displayed on the user terminal 7 by the web server 6, the discovery information is input, and the "send" button is selected. Then, the discovery information is transmitted to the power failure information management device 3 together with the electric pole number and the identification information of the customer U. In response to this, the discovery information and the identification information of the customer U are associated with the utility pole number and stored in the power failure information management device 3 or another device. Here, the discovery information is information about the utility pole P discovered by the consumer U, and includes information such as, for example, that the utility pole P has a bird's nest, and the service line from the utility pole P is likely to be disconnected.

The sales support terminal 4 is, for example, a computer installed in a call center of an electric power company, and an operator responds to an inquiry from a customer U while operating the sales support terminal 4. The sales support terminal 4 can transmit a command requesting information, an image, or the like to the power failure information management device 3. First, when a predetermined operation is performed on a predetermined screen by the operator, a command requesting a power failure display diagram is transmitted. Further, as shown in FIG. 5, when a specific utility pole P on the map is designated by the operator on a predetermined screen, a command for requesting information on all the consumers U drawn from the utility pole P is transmitted. Then, the power failure display diagram or image for internal use received after the transmission of these commands is displayed on the sales support terminal 4. Here, the map on which the utility pole P can be designated may be a power failure display map or another map.

The worker terminal 5 is, for example, a portable communication terminal owned by a worker W of an electric power company, and can transmit a command requesting information, an image, or the like to the power failure information management device 3. That is, similarly to the sales support terminal 4, the worker W performs a predetermined operation on a predetermined screen to request a command for requesting a power failure display diagram and information on all consumers U drawn from the utility pole P. The command is sent, and the power failure display diagram and image for internal use received after that are displayed.

The web server 6 is a server of a power company that the consumer U can access via the user terminal 7, and when the consumer U accesses and inputs a pre-registered ID and password, various service menus are displayed. Displayed on the user terminal 7. Here, the web server 6 stores the identification information of the customer U in association with the ID, and can recognize which customer U is operating the user terminal 7.

Then, when a specific menu in the service menu is selected and a predetermined operation is performed, information, an image, or the like is provided to the user terminal 7. First, when a predetermined operation is performed on a predetermined screen by the user terminal 7, a command requesting a power failure display diagram is transmitted to the power failure information management device 3, and a power failure display for the user received from the power failure information management device 3 is performed. The figure is displayed on the user terminal 7. At this time, the user terminal 7 may specify the area and request the power failure display diagram.

Secondly, as shown in FIG. 6, when a specific consumer home (home) C2 is designated by the user terminal 7 on a map on a predetermined screen, the utility pole P2 drawn into the consumer home C2 should be displayed. The command is transmitted to the power failure information management device 3. At this time, information for identifying the customer's house C2 (position information on the screen, etc.) is attached and transmitted. Then, as described above, the image showing the information of the utility pole P2 on the map is received from the power failure information management device 3 and displayed on the user terminal 7. Here, the map on which the consumer's house C2 can be specified may be a power failure display map or another map.

Thirdly, as shown in FIG. 6, when the utility pole P3 is designated on the map of a predetermined screen by the user terminal 7, a command for displaying the identification information of the utility pole P3 is transmitted to the power failure information management device 3. .. At this time, information for identifying the utility pole P3 (position information on the screen, etc.) is attached and transmitted. Then, as described above, the image showing the utility pole number of the utility pole P3 on the map is received from the power failure information management device 3 and displayed on the user terminal 7. Here, the map on which the utility pole P3 can be designated may be a power failure display map or another map. Further, as described above, when the utility pole P drawn into the home by the consumer U is designated, an image including the customer name of the consumer U is displayed on the user terminal 7.

Fourth, when the discovery information regarding the utility pole P is received from the user terminal 7 in the screen state in which the discovery information can be input, the discovery information is transmitted to the power failure information management device 3. At this time, information for identifying the utility pole P (telephone pole number, etc.) and identification information for the consumer U are attached and transmitted.

The user terminal 7 is a communication terminal operated by the consumer U, includes a personal computer, a smartphone (multifunctional mobile terminal), and the like, and can freely communicate with the web server 6 and the like via the Internet NW.

As described above, according to the power failure information providing system 1, by accessing the web server 6 from the user terminal 7, the consumer U has the power failure area BA illustrated on the map including the utility pole P as shown in FIG. A power outage display diagram for the user is available. Therefore, it is possible to accurately know at a glance which utility pole P has a power outage, which home has a power outage, and the like.

Further, as shown in FIG. 6, when the consumer U specifies his / her own customer's house C2 on the map, the utility pole number of the utility pole P2 drawn into the customer's house C2 is shown on the map. Can know the location of the utility pole P2 that is being pulled into the house, can check the state of the utility pole P2, and can contact the electric power company in the event of an accident. On the other hand, even if the customer's house C of another person is specified, the utility pole P drawn into the customer's house C is not shown on the map, so that the information of the other person can be protected.

Further, when the consumer U specifies the utility pole P on the map from the user terminal 7, the utility pole number of the utility pole P is displayed on the user terminal 7, so that the utility pole number of each utility pole P can be easily obtained without going to the site. And it can be known accurately. Then, when an abnormality of a certain utility pole P is discovered, the information can be accurately communicated to the electric power company or the like (accurately specifying the utility pole P) together with the identification information of the utility pole P.

Further, after the utility pole number of the utility pole P is displayed on the user terminal 7, the consumer U selects the "information provision" button and inputs the discovery information to manage the discovery information via the web server 6 for power failure information management. Since it can be transmitted to the device 3, when the customer U discovers an abnormality in the utility pole P, the information can be accurately and promptly communicated to the electric power company or the like. In other words, it is possible for an electric power company or the like to accurately and quickly collect the state and information related to each utility pole P.

On the other hand, the operator of the call center, the worker W of the electric power company, etc. perform a predetermined operation on the sales support terminal 4 or the worker terminal 5 to give a command to the power failure information management device 3, and as shown in FIG. An in-house power outage display diagram in which the power outage area is illustrated on a map including P can be obtained. Therefore, it is possible to accurately know at a glance which utility pole P is out of power and which consumer home C is out of power in real time. Moreover, since the distribution line L1 that is not out of power and the distribution line L2 that is out of power are displayed in different colors and display methods, it is possible to more accurately know the distribution line L2 that is out of power at a glance. ..

Further, when the utility pole P on the map is specified by the sales support terminal 4 or the worker terminal 5, information on all the consumers U drawn from the utility pole P is displayed on the worker terminal 5 or the like as shown in FIG. Therefore, it is possible to smoothly perform the work without making a mistake in the target utility pole P or the customer U. Moreover, since the consumer's house C of the corresponding customer U is highlighted by coloring or the like, the target customer's house C can be grasped more accurately.

As described above, according to the power failure information providing system 1, it is possible to associate the information related to the power failure with the utility pole P and provide and obtain the information more accurately and promptly.

Although the embodiment of the present invention has been described above, the specific configuration is not limited to the above-described embodiment, and even if there is a design change or the like within a range that does not deviate from the gist of the present invention, this embodiment is described. Included in the invention. For example, in the above embodiment, the system database 31 and the display diagram generation unit 32 are provided in the power failure information management device 3, but the web server 6 or the like may be provided. Similarly, the information providing unit 33 may not be provided in the power failure information management device 3, but various images or the like may be generated by the web server 6 or the like and provided to the user terminal 7 or the like.

1 Power outage information provision system 2 Distribution automation system (distribution automation equipment)
3 Power failure information management device 31 System database 32 Display diagram generation unit (Display diagram generation means)
33 Information provision department 4 Sales support terminal (supply side terminal)
5 Worker terminal (supply side terminal)
6 Web server 7 User terminal U Consumer W Worker P Utility pole C Consumer's house NW Internet

Claims (4)

Distribution automation equipment that separates the power outage area from the distribution system in the event of a distribution line accident
A system database that stores information about each consumer and information about utility poles drawn into each customer's house in association with a map including a distribution system.
A display diagram generating means for generating a power failure display diagram in which a power failure area by the power distribution automation equipment is illustrated on the map, and
A web server that can be accessed by the consumer via a user terminal.
The web server displays the power failure display diagram generated by the display diagram generating means on the user terminal in response to a command from the user terminal, and the consumer's house designated on the map by the user terminal is displayed. In the case of the consumer's house of the user terminal, the electric poles drawn into the customer's house based on the system database are shown on the map.
A power outage information provision system characterized by this. The web server displays the identification information of the utility pole designated on the map by the user terminal on the user terminal based on the system database.
The power failure information providing system according to claim 1. The web server can accept discovery information about the utility pole from the user terminal after the identification information of the utility pole is displayed on the user terminal.
The power failure information providing system according to claim 2. The power failure information management device is provided with a power failure information management device capable of communicating with the supply side terminal of the electric power company, and the power failure information management device supplies the power failure display diagram generated by the display diagram generation means in response to a command from the supply side terminal. In addition to displaying on the side terminal, information on all consumers drawn from the utility pole designated on the map by the supply side terminal is displayed on the supply side terminal based on the system database.
The power failure information providing system according to any one of claims 1 to 3, wherein the power failure information providing system is characterized.

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