JP2017076186A - Power supply management support system and power supply management support method - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a power supply management support system and power supply management support method that, when electricity supply is stopped, can remotely control a remote transmission control apparatus with one portable information terminal, can register the result of a supply stop service, and can easily and accurately perform a supply stop execution service.SOLUTION: A power supply management support system 1 includes: a computer system 3 installed and managed by an electric power company; and a handy terminal 2 capable of transmitting and receiving data from the computer system 3. A remote control unit 27 of the handy terminal 2 registers, to the computer system 3, the installation of a remote transmission control apparatus 101 into a watthour meter 100 of a customer, and remotely controls the remote transmission control apparatus 101. A result registration processing unit 28 registers, to the computer system 3, the result of a stop of the electric power supply to the customer or a stop release service.SELECTED DRAWING: Figure 1

Description

  The present invention relates to a power supply management support system and a power supply management support method, and in particular, when electricity supply is stopped, remote operation of a remote power transmission control device and registration of a result of supply stop work can be performed with one portable information terminal. The present invention relates to a power supply management support system and a power supply management support method that can perform a supply stop construction work easily and accurately.

  As a power supply management support technique in the power business, for example, Patent Document 1 proposes a method of a collection terminal (collection handy terminal), a collection system, and a collection method related to collection of electricity charges. A collector will carry a collection handy terminal to a customer's house and collect money using the collection handy terminal.

  On the other hand, if the customer has not paid the electricity fee by a certain time limit, the power company has stopped supplying power after notifying the supply stop in advance. Specifically, when the supply is actually stopped, the collector will visit the site and attach a remote power transmission control device that can remotely stop and reconnect the power to the customer's electricity meter. Is working remotely. Here, as a publicly known technique related to a business of installing a remote power transmission control device in a customer watt-hour meter and stopping or canceling the supply of power to the customer, for example, a remote power transmission control device disclosed in Patent Document 2 And a remote power transmission control system and a remote power transmission control method.

Conventionally, this supply stop construction work is performed in the following work procedure.
(1) Installation work of remote power transmission control device: As a supply stop construction, the remote power transmission control device is attached to the customer's electricity meter.
(2) Remote power transmission control device information registration work: Using the communication function of the mobile phone, the remote power transmission control device operation and the information on the installed remote power transmission control device, the remote power transmission control device operation terminal of the sales office Register with. This registration work is performed via the network of the mobile phone company and the remote power transmission management server of the power company.
(3) Supply stop construction result registration work: The supply stop construction result is registered from the handy terminal to the host computer of the power company. As a result, the registration work is performed by inputting the identification number of the remote power transmission control device on the report screen, transmitting it to the computer system of the power company by mobile transmission, and registering it. The registered contents can be viewed on the sales online terminal of each sales office through the sales online.

JP 2009-258792 A JP 2008-17597 A

  As described above, in the conventional work procedure, two types of portable information terminals, that is, a mobile phone and a collecting handy terminal are separately operated on site. Therefore, there is a high risk of input mistakes and input omissions in registration work and reporting work. In addition, if an input error or input leak occurs, the remote power transmission control device reconnection operation to release the supply stop cannot be performed remotely, and the worker can go directly to the site and work. As a result, time was lost until the supply was resumed, causing customer dissatisfaction.

  In particular, when reconnection is accepted at night (for example, from 17:20 to the next 8:50), the relocation work will be requested to the sales office supervisor or the consignment company. It took longer to complete due to the connection work. And when requesting to a consignment company, there was also a problem that an extra consignment fee was required.

  In addition, the operation of the two terminals and the input work are burdened by the workers, especially when there are a large number of constructions, there is a situation where the number of cases must be adjusted, and appropriate supply stop construction It was a hindrance to work.

  In view of this, the present invention provides a power supply that can perform remote operation of a remote power transmission control device and result of a supply stop operation at one portable information terminal, and can easily and accurately perform a supply stop construction operation when electricity supply is stopped. It is an object to provide a supply management support system and a power supply management support method.

  In order to solve the above problems, the invention of claim 1 comprises a computer system installed and managed by an electric power company, and a handy terminal capable of transmitting and receiving data to and from the computer system, and stopping or stopping the supply of power to customers. A power supply management support system for supporting a release operation, wherein the handy terminal registers a remote power transmission control device to a watt-hour meter of a customer with respect to the computer system, and remotely connects the remote power transmission control device to the computer system. It has a remote operation unit to be operated, and a result registration processing unit for registering the result of the operation of stopping or canceling the supply of power to the customer to the computer system.

  According to a second aspect of the present invention, in the power supply management support system according to the first aspect, the computer system manages the installation information of the remote power transmission control device input by the remote control unit of the handy terminal in an attached database. And a remote power transmission management system for managing the supply stop or stop cancellation work result information input by the result registration processing unit of the handy terminal using an attached database.

According to a third aspect of the present invention, in the power supply management support system according to any one of the first or second aspects, the remote operation unit transmits installation information of a remote power transmission control device to the computer system. The result registration processing unit has a function of confirming the input content before transmitting the supply stop or stop cancellation work result information to the computer system. It is characterized by.

  According to a fourth aspect of the present invention, in a power supply management support system comprising a computer system installed and managed by an electric power company and a handy terminal capable of transmitting and receiving data to and from the computer system, power supply to the customer is stopped or released. A power supply management support method for supporting business, wherein the installation registration of a remote power transmission control device to a customer's watt hour meter is performed with respect to the computer system from the handy terminal, and the remote power transmission control device is remotely operated A remote operation step, and a result registration processing step of registering the result of the operation of stopping or canceling the supply of power to the customer from the handy terminal to the computer system.

  According to the first and fourth aspects of the invention, conventionally, the result of the supply stop construction is registered at the handy terminal, the information registration of the remote power transmission control device is performed at the mobile phone, and the two portable information (two types) are stored. Whereas a terminal is required, in the present invention, it is possible to register the result of the supply stop construction and register information on the remote power transmission control device with one (one type) handy terminal. Thereby, it is possible to prevent input errors and input leaks as much as possible in the registration of remote power transmission control devices and the reporting of construction status. In addition, information that overlaps in the input operations of the remote control unit and the result registration processing unit need only be input once. Therefore, the work content such as input at the work site and operation of the equipment is reduced, thereby reducing the work time. It can be shortened. Further, since it is possible to prevent an input error or an input leakage, it is possible to suppress the occurrence of trouble when the supply stop is canceled by remote operation, and it is possible to restart the supply at an early stage.

  According to the invention of claim 2, conventionally, an information management system of two systems independent of a computer system of an electric power company and a remote operation management system has been required. It can be integrated into the system 3. This simplifies the information management system, reduces the work and costs required for management, and eliminates discrepancies in registration data between the database attached to the host computer and the database attached to the remote power transmission management system. It is possible to reduce as much as possible.

  According to the invention of claim 3, before transmitting to the computer system, the remote operation unit confirms the installation information of the remote power transmission control device, and the result registration processing unit confirms the supply stop or stop cancellation work result information. Therefore, input errors and input leakage can be prevented as much as possible.

1 is a schematic configuration diagram of a power supply management support system 1 according to an embodiment of the present invention. It is a perspective view which illustrates the appearance of handy terminal 2 of an embodiment. It is a block diagram which illustrates the outline of the function of the handy terminal 2 of embodiment. It is explanatory drawing which illustrates the registration screen which is a special screen at the time of remote control part 27 starting. It is explanatory drawing which illustrates the operation screen which is an exclusive screen at the time of remote control part 27 starting. It is explanatory drawing which illustrates the construction input screen which is an exclusive screen at the time of the result registration process part 28 starting. It is explanatory drawing which illustrates the instruction number input screen which is a special screen at the time of the result registration process part 28 starting.

  The present invention will be described below based on the illustrated embodiments.

  FIG. 1 is a schematic configuration diagram of a power supply management support system 1 according to an embodiment of the present invention. In the figure, a power supply management support system 1 includes a handy terminal 2 capable of transmitting / receiving data to / from a computer system 3, a computer system 3 installed and managed by an electric power company, a sales online terminal 4, and a remote power transmission control device operation terminal 5. And.

  The computer system 3 is a server and a network that are installed and managed by an electric power company, and includes a mobile dedicated server 31, a host computer 32, and a general office OA server 33. First, the mobile dedicated server 31 is a server for performing wireless communication, and is connected to the handy terminal 2 via the network NW.

  Next, the host computer 32 is a server on which supply stop construction result registration is performed, and is connected to the mobile dedicated server 31 via a network of an electric power company.

  Further, the host computer 32 is provided with a database 32b. The database 32b includes information on each customer (contract number, address, supply method, latest number of instructions, power usage record for a predetermined period, and electricity charges). , Payment status of electricity charges for a predetermined period, identification number of installed watt-hour meter 100, etc.) are stored and managed. The database 32b stores and manages the installer code and the identification number assigned to each handy terminal 2. That is, the host computer 32 recognizes the installer and the used handy terminal 2 based on the identification number of the handy terminal 2 and the installer code. Furthermore, the supply stop construction result is registered, stored and managed in the database 32b of the host computer 32.

  Next, the office general OA server 33 is a server in which information on the remote power transmission control device 101 is registered, and is connected to the host computer 32 via a network of an electric power company.

  In addition, the office general OA server 33 is provided with a database 33b similarly to the host computer 32, and information (contract number, address, supply method, latest number of instructions, predetermined number) of each customer is stored in the database 33b. Power usage record and electricity rate, period of payment of electricity rate for a given period, identification number of installed watt-hour meter 100), installer code, identification number assigned to each handy terminal 2 It is remembered and managed. Further, the terminal number of the remote power transmission control device 101 is stored and managed in the database 33b. Further, the information on the remote power transmission control device 101 is registered, stored and managed in the database 33b of the office general OA server 33.

  The computer system 3 is connected to a business online terminal 4 and a remote power transmission control device operating terminal 5 which are personal computers of the power company's sales offices via the power company's network. The business online terminal 4 is connected to the host computer 32, and the supply stop construction result can be viewed on the screen. Further, the remote power transmission control device operation terminal 5 is connected to the office general OA server 33, and information on the remote power transmission control device 101 can be viewed on the screen.

  On the other hand, a remote power transmission control device 101 is installed in the customer's electricity meter 100. The watt-hour meter 100 is a meter that measures power used by a customer, and includes a smart meter having a communication and information processing function in addition to a conventional analog inductive watt-hour meter.

  Further, as described above, the remote power transmission control device 101 is a device installed in the watt hour meter in the electrode supply stop operation, and is a device for stopping and restarting the supply of power by remote operation.

  Next, the handy terminal 2 will be described in detail with reference to FIGS. 2 and 3. Here, FIG. 2 is a perspective view illustrating the external appearance of the handy terminal 2, and FIG. 3 is a configuration diagram illustrating an outline of functions of the handy terminal 2. In FIG. 2, the handy terminal 2 includes an exterior part 21, a display monitor 22, operation keys 23, and an optical interface part 24.

  First, the exterior part 21 is a plastic housing, and is set to a size that can be grasped with one hand, and includes other configurations of the handy terminal 2 inside and outside.

  The display monitor 22 is a liquid crystal screen, and can be operated using a touch pen as a touch panel in addition to the operation from the operation keys 23.

  Further, the operation key 23 is a button made of plastic or rubber, and the handy terminal 2 is operated by operating this button to operate a storage unit 26 or a processing unit 29 of the handy terminal 2 described later.

  The optical interface unit 24 is an interface for performing optical communication between a communication unit 25 described later and an external communication device. Here, optical communication is performed by infrared rays.

  Next, as shown in FIG. 3, the handy terminal 2 includes a communication unit 25, a storage unit 26, and a processing unit 29 in addition to the above-described display monitor 22 and operation keys 23.

  First, the communication unit 25 is a mechanism for communicating with an external communication device and transmitting / receiving data, and performs communication using a wireless LAN or infrared rays. In this embodiment, the communication unit 25 is particularly connected to the remote power transmission control device 101 and the computer system 3 so as to be communicable. When the remote operation unit 27 and the result registration processing unit 28 described later are executed, Information selected or displayed on the screen is transmitted to the computer system 3.

  Next, the storage unit 26 includes a RAM (Random Access Memory), a flash ROM (Read Only Memory), and the like. In the storage unit 26, in addition to customer information (address, supply method, number of latest instructions, etc.), pre-registered data information such as the handy terminal 2 password, installer code, etc., on the processing unit 29 described later Function programs such as the remote operation unit 27 and the result registration processing unit 28 to be executed are stored. The storage unit 26 also has information input to the handy terminal 2 via the operation keys 23 and the input means of the display monitor 22, for example, the contract number of the customer, the contractor assigned to the contractor of the power company. Data information such as a code, a password assigned to the handy terminal 2, a terminal number of the power transmission control device 101, and an identification number of the watt-hour meter 100 is stored.

  Next, the processing unit 29 is implemented by a processor such as a CPU (Central Processing Unit), and in cooperation with the operation keys 23 and the display monitor 22, the remote operation unit 27 and the result registration processing unit stored in the storage unit 26. 28 and other function programs are executed. That is, the processing unit 29 includes a remote operation unit 27 and a result registration processing unit 28.

  The remote operation unit 27 is a functional program for performing installation registration work of the remote power transmission control device 101 with respect to the computer system 3 and operating the remote power transmission control device 101 remotely. The result registration processing unit 28 is a functional program that reports a supply stop operation to the computer system 3 installed and managed by the electric power company.

  In addition, during execution of the remote control unit 27 and the result registration processing unit 28, determination of correctness / incorrectness of the input password of the handy terminal 2 and determination when there is an input error or omission of necessary information on the display monitor 22 is performed. Do. That is, the remote operation unit 27 has a function of confirming the input contents before transmitting the installation information of the remote power transmission control device to the computer system 3, and the result registration processing unit 28 performs the supply stop or stop release operation. Before transmitting the result information to the computer system 3, it has a function of confirming the input content.

  Next, when the remote control unit 27 is activated, predetermined information is input and operated on the dedicated screen of the display monitor 22, but the specific input / operation is described with reference to the dedicated screens of FIGS. I will explain. 4 is an explanatory diagram illustrating a registration screen that is a dedicated screen when the remote operation unit 27 is activated. FIG. 5 is an explanatory diagram illustrating an operation screen that is a dedicated screen when the remote operation unit 27 is activated. .

  As shown in FIG. 4, the registration screen has a contractor code column 221, a password column 222, a terminal number column 223, a contract number column 224, an instrument NO column 225, a registration key 226, and an operation screen switching key 227. .

  Further, as shown in FIG. 5, the operation screen displays a device state, a black line control state display 228, a red line control state display 229, a black line secondary side voltage display 230, and a red line secondary side voltage display 231. Secondary current display 232, update key 233, selection key 234, selection release key 235, input key 236, cutoff key 237, status inquiry key 238, LED lighting key 239, TOP screen switching key 240, and device registration key 241.

  Here, the contractor code field 221 is an identification number assigned to the construction worker, the terminal number field 223 is the machine number of the installed remote power transmission control device 101, and the contract number 224 is assigned to each customer. The meter NO 225 inputs the identification number of the customer's watt hour meter 100. In the password field 222, a password assigned to each handy terminal 2 is entered. By inputting this, the remote operation unit 27 can be used on the operation screen.

  The registration key 226 is a key for registering the entered contents in the computer system 3 when clicked at the stage where all the items on the registration screen are entered. This key is not clickable if there is an unfilled or incorrect entry field. The operation screen switching key 227 is a key that shifts to the operation screen when clicked at the stage where all the items on the registration screen are entered. Similar to the registration key 226, when there is an unfilled or illegal entry field, it is prohibited from clicking.

  The black line control state display 228 and the red line control state display 229 are displays indicating the black line and red line control states (on or off). The black line secondary voltage display 230 and the red line secondary voltage display 231 are the voltages on the secondary side (load side) of the black line and the red line. No ". The secondary-side current 232 is a load-side current, and this number is 0 [A] when electricity is cut off.

  The selection key 234 and the selection cancellation key 235 are keys for selecting a distribution line to be operated, and the selection is switched by clicking any of them. Here, either the black line or the red line is selected. The input key 236 and the cutoff key 237 are keys for switching on / off for the distribution lines selected by the selection key 234 and the selection release key 235, respectively, and clicking either “ON” or “OFF”. To switch.

  The status inquiry key 238 is a key for confirming the device status and the radio wave reception status of the handy terminal 2. The LED lighting key 239 is a key for lighting the LED of the remote power transmission control device 101. The TOP screen switching key 240 is a key for switching the display on the display monitor 22 to the TOP screen of the handy terminal 2. When the device registration key 241 is clicked after the remote operation of the remote power transmission control device 101 is performed, the device information of the remote power transmission control device 101 is transmitted and registered to the computer system 3 of the power company, and the result registration processing unit 28 Can be used.

  Next, when the result registration processing unit 28 is activated, predetermined information is input and operated on the dedicated screen of the display monitor 22. For specific input / operation, refer to the dedicated screens of FIGS. 6 and 7. To explain. Here, FIG. 6 is an explanatory diagram illustrating a construction input screen that is a dedicated screen when the result registration processing unit 28 is activated, and FIG. 7 illustrates an instruction number input screen that is a dedicated screen when the result registration processing unit 28 is activated. It is explanatory drawing to do.

  As shown in FIG. 6, the construction input screen is an operation screen, which includes a customer address display 250, contract number display 251, construction stop key 252, detailed information display key 253, power treatment switching key 254, construction status switching key 255, It has a distribution status switch key 256, an uninterruptible terminal switch key 257, a remote terminal number field 258, a supply method display 259, an instrument NO display 260, a return key 261, a receipt issue key 262, and an instruction number input key 263.

  Contract number display 251, remote terminal number column 258, and instrument NO display 260 are contract number 224, terminal number 223, and instrument NO 225 input on the registration screen (see FIG. 4), and are automatically displayed on the construction input screen. The

  On the construction input screen, an address display 250 and a supply method display 259 which are unique information of the customer are displayed. The information stored in advance in the storage unit 26 of the handy terminal 2 is automatically displayed based on the contract number input on the registration screen.

The address display 250 is the address of a customer who is a construction target. The supply method display 259 displays the power supply method for the customer, and displays either single-phase two-wire, single-phase three-wire, or three-phase three-wire. In FIG. 6, a single- phase three- wire system is displayed.

  The construction stop key 252 is clicked when the supply stop construction work is stopped. Thereby, the information input on the construction input screen is reset, and the screen is switched to the start screen. When the detailed information display key 253 is clicked, details of various information about the customer other than the displayed information are displayed.

  The power supply treatment switching key 254, the construction status switching key 255, the distribution status switching key 256, and the uninterruptible terminal switching key 257 are for inputting information that is the report contents of the supply stop construction work. Input is done by clicking the left and right keys to switch menus and making selections.

  First, the power supply changeover key 254 is used to input a power supply treatment method. When the watt hour meter 100 is disconnected, “instrument disconnection” is selected. select. Next, the construction status switching key 255 is used to input whether the customer is at home at the time of construction, and inputs “home construction” or “absent construction”.

  The distribution status switch key 256 is used to input how the notice about supply stop, which is printed separately by a computer, is distributed, and includes “door post”, “collection post”, and “handing”. Select from etc. The uninterruptible terminal switching key 257 is used to select whether or not an uninterruptible terminal is installed, and is selected from “present” and “no”.

  The return key 261 is a key for returning to the previous screen and re-inputting. The receipt issue key 262 is a key for issuing a receipt with an external separation printer (not shown) when the handy terminal 2 is used for collecting money. The instruction number input key 263 is a key for switching to the instruction number input screen after operating the construction input screen.

  As shown in FIG. 7, the instruction number input screen has a contract number display 251, a detailed information display key 253, an instrument NO display 260 and a return key 261, similar to the construction input screen (see FIG. 6). In addition, an instruction number input field 264 and a result registration key 265 are provided.

  The number-of-instructions input column 264 is provided in four places, and the number of instructions of the watt-hour meter 100 at the time of the supply stop is input to a location corresponding to each designated NO.

  The registration key 265 is clicked after the operation and input are completed on the construction input screen and the instruction number input screen, so that the supply stop result is registered in the computer system 3.

  Next, a power supply management support method for supporting power supply stoppage or stop release work to a customer in the power supply management support system 1 of this embodiment will be described. When power supply is stopped due to reasons such as a customer's late payment of electricity charges, remote power transmission control is performed by the remote control unit 27 of the handy terminal 2 after the remote power transmission control device 101 is attached to the watt hour meter 100. The device 101 is operated and registered.

  First, by operating the display monitor 22 and the operation key 23, the identification number of the person who performs the construction work in the construction code column 221 of the registration screen (see FIG. 4), the remote power transmission control device 101 installed in the terminal number column 223. The customer's contract number is input to the contract number 224, and the identification number of the customer's watt-hour meter 100 is input to the meter NO225. At this time, the storage unit 26 of the handy terminal 2 stores the installer code, the machine number of the remote power transmission control device 101, the customer contract number, and the identification number of the customer electricity meter 100.

  Next, a predetermined password assigned to the handy terminal 2 is entered in the password field 222 to enable the remote operation unit 27. The processing unit 29 checks the password stored in the storage unit 26 and, if it is correct, enables the remote operation unit 27 through the operation screen.

  Next, in order to operate the remote power transmission control device 101, the operation screen switching key 227 is clicked to switch to the operation screen. At this time, the processing unit 29 determines whether there is any omission or incorrect entry on the registration screen, and if there is no entry, switches the screen of the display monitor 22 to the operation screen (see FIG. 5).

  When the supply is stopped, the input key 236, the cutoff key 237, the selection key 234, and the selection release key 235 are operated. For example, when the red line is cut off, the red line is selected with the selection key 234 and the cut-off key 237 is inputted. At this time, the processing unit 29 of the handy terminal 2 performs a process of selecting the red line and a process of blocking the red line, and the communication unit 25 transmits this to the remote power transmission control device 101 and the watt hour meter 100. The red line is blocked. The same applies when the black line is cut off. Then, the black line control state display 228 and the red line control state display 229 are “cut off”, and the black line secondary side voltage display 230 and the red line secondary side voltage display 231 are “none”, respectively. 232 becomes 0 [A].

  On the other hand, when canceling the supply stop state, on the contrary, the black line and the red line are respectively turned on. For example, when a red line is to be input, the red line is selected with the selection key 234 and input is input with the blocking key 237. At this time, the processing unit 29 of the handy terminal 2 performs a process of selecting a red line and a process of inputting a red line, and the communication unit 25 transmits this to the remote power transmission control device 101 and the watt hour meter 100. The red line is filled. The same applies when black lines are inserted. As a result, the black line control state display 228 and the red line control state display 229, the black line secondary side voltage display 230, and the red line secondary side voltage display 231 are “on”, and electricity is used on the load side. It becomes possible.

  When the device registration key 241 is clicked, the device information of the remote power transmission control device 101 is transmitted from the communication unit 25 to the office general OA server 33 of the computer system 3 through the network NW and the power company network. . At this time, the establishment general OA server 33 registers this information in the attached database 33b.

  Next, the result registration processing unit 28 registers the result of the supply stop task in the computer system 3. When the device registration key 241 is clicked on the operation screen (see FIG. 5), the processing unit 29 switches the screen to the construction input screen, and the result registration processing unit 28 is activated.

  On the construction input screen (see FIG. 6), “instrument disconnection” or “instrument connection” is selected with the power supply action switching key 254, “at-home construction” or “absent construction” is selected with the construction status switching key 255, and “distribution status switching key 256” “Door post”, “collection post”, or “hand-off” is selected by the uninterruptible terminal switching key 257 according to the state. At this time, the storage unit 26 of the handy terminal 2 stores this.

  In the remote terminal number column 258, the machine number of the remote power transmission control device 101 that is input on the registration screen and stored in the storage unit 26 is displayed.

  The terminal number 223, the contract number 224, and the meter NO225 stored in the storage unit 26 are entered in the contract number display 251, remote terminal number field 258, and meter NO display 260 on the registration screen. Check.

  Next, the instruction number input key 263 is clicked to open the instruction number input screen (see FIG. 7), and the instruction number of the watt-hour meter 100 of the customer at the time of the supply stop is input to the instruction number input field 264. The data is stored in the storage unit 26. Then, the result registration key 265 is clicked, and the result of the supply stop operation is transmitted from the communication unit 25 to the host computer 32 of the computer system 3 through the network NW and the power company network. Then, the host computer 32 registers the result of the supply stop task in the attached database 32b.

  Then, the result of the supply stop operation registered in the host computer 32 and the office general OA server 33 and the device information of the remote power transmission control device 101 are browsed from the screens of the sales online terminal 4 and the remote power transmission control device operation terminal 5, respectively. Is possible.

  As described above, in the power supply management support system and the power supply management support method of this embodiment, the computer system 3 installed and managed by the power company and the handy terminal 2 capable of transmitting and receiving data to and from the computer system 3 are provided. In the power supply management support system 1 provided, the remote operation unit 27 of the handy terminal 2 performs installation registration of the remote power transmission control device 101 to the customer's watt hour meter 100 with respect to the computer system 3 and the remote power transmission control device. 101 is remotely operated, and the result registration processing unit 28 registers the result of the power supply stoppage or stop-release operation for the customer in the computer system 3.

  In the past, registration of the result of the supply suspension was performed at the handy terminal, and information on the remote power transmission control device was registered at the mobile phone, which required two (two types) portable information terminals. In the embodiment, it is possible to register the result of the supply stop construction and the information registration of the remote power transmission control device with one (one type) handy terminal 2. Thereby, in the registration of the remote power transmission control device 101 and the report of the construction status, it is possible to prevent input errors and input leakage as much as possible. In addition, information that is duplicated in the input operations of the remote operation unit 27 and the result registration processing unit 28 need only be input once. It is possible to shorten the time. Further, since it is possible to prevent an input error or an input leakage, it is possible to suppress the occurrence of trouble when the supply stop is canceled by remote operation, and it is possible to restart the supply at an early stage.

  In this embodiment, the computer system 3 has a host computer 32 that manages the installation information of the remote power transmission control device input by the remote operation unit 27 of the handy terminal 2 in the attached database 32b, and the handy terminal 2 And a business establishment general OA server 33 (remote power transmission management system) for managing the supply stop or stop cancellation work result information input by the result registration processing unit 28 using the attached database 33b.

  Conventionally, two independent information management systems, that is, a computer system 3 of an electric power company and a remote operation management system (the office general OA server 33), are required. Are integrated into the computer system 3. As a result, the information management system can be simplified, the work and cost required for management can be reduced, and the database 32b attached to the host computer 32 and the office integrated OA server 33 (remote power transmission management system) can be reduced. It is possible to reduce the discrepancy of registration data with the database 33b as much as possible.

  In this embodiment, the remote operation unit 27 has a function of confirming input contents before transmitting the installation information of the remote power transmission control device 101 to the computer system 3, and the result registration processing unit 28 includes In addition, it has a function of confirming the input content before sending the supply stop or stop cancellation work result information to the computer system 3. As a result, input errors and input leakage can be prevented as much as possible.

  Although the embodiment of the present invention has been described above, the specific configuration is not limited to the above embodiment, and even if there is a design change or the like without departing from the gist of the present invention, Included in the invention.

DESCRIPTION OF SYMBOLS 1 Power supply management support system 2 Handy terminal 3 Computer system 4 Sales online terminal 5 Remote power transmission control equipment operation terminal 21 Exterior part 22 Display monitor 23 Operation key 24 Optical interface part 25 Communication part 26 Storage part 27 Remote operation part 28 Result registration process Unit 29 Processing Unit 31 Mobile Dedicated Server 32 Host Computer 33 Office General OA Server 32b, 33b Database 100 Energy Meter 101 Remote Power Transmission Control Equipment 221 Contractor Code Column 222 Password Column 223 Terminal Number Column 224 Contract Number Column 225 Instrument NO Field 226 Registration key 227 Operation screen switching key 228 Black line control state display 229 Red line control state display 230 Black line secondary side voltage display 231 Red line secondary side voltage display 232 Secondary side current display 233 Update key 234 Select key 35 Selection Release Key 236 Input Key 237 Shutdown Key 238 Status Inquiry Key 239 LED Lighting Key 240 TOP Screen Switch Key 241 Device Registration Key 250 Customer Address Display 251 Contract Number Display 252 Construction Cancel Key 253 Detailed Information Display Key 254 Power Supply Procedure Switch Key 255 Construction status switching key 256 Distribution status switching key 257 Uninterruptible terminal switching key 258 Remote terminal number field 259 Supply method display 260 Instrument NO display 261 Return key 262 Receipt issue key 263 Instruction number input key 264 Instruction number input field 265 Result Registration key NW network

Claims (4)

A computer system installed and managed by an electric power company;
A power supply management support system comprising a handy terminal capable of transmitting and receiving data with the computer system, and supporting power supply stoppage or stoppage cancellation work to a customer,
The handy terminal is
A remote operation unit for performing remote registration of the remote power transmission control device while performing installation registration of the remote power transmission control device to the customer watt-hour meter with respect to the computer system;
A result registration processing unit for registering the result of the power supply stoppage or stoppage cancellation work to the customer with respect to the computer system;
A power supply management support system comprising: The computer system includes:
A host computer that manages the installation information of the remote power transmission control device input in the remote control unit of the handy terminal, using an attached database;
Remote power transmission management system for managing supply stop or stop cancellation work result information input in the result registration processing unit of the handy terminal in an attached database;
The power supply management support system according to claim 1, comprising: The remote operation unit has a function of confirming input contents before transmitting installation information of a remote power transmission control device to the computer system,
3. The result registration processing unit has a function of confirming an input content before transmitting supply stop or stop cancellation work result information to the computer system. The power supply management support system according to Item 1. A computer system installed and managed by an electric power company;
In a power supply management support system comprising a handy terminal capable of transmitting and receiving data to and from the computer system, a power supply management support method for supporting a power supply stoppage or a stop release operation to a customer,
A remote operation step of performing remote registration of the remote power transmission control device from the handy terminal to the computer system for installation registration of a remote power transmission control device to a customer watt hour meter,
From the handy terminal, a result registration processing step of registering the result of the power supply stoppage or stop release business to the customer with respect to the computer system;
A power supply management support method comprising:

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