JP6417682B2 - Measure display method, measure display program, measure display device, and measure display system - Google Patents

Description

  The present invention relates to a measure display method, a measure display program, a measure display device, and a measure display system.

  There are various measures to reduce power consumption at bases such as offices, buildings, stores, and factories. An administrator working at the base can recognize a measure for suppressing power consumption using a terminal provided at the base. As a related technique, a technique for determining a building to be preferentially subjected to energy reduction measures has been proposed (see, for example, Patent Document 1).

JP 2011-043958 A

  There are many types of measures to reduce power consumption at the base. Of the various types of measures, the measures that should be implemented vary depending on the power consumption status of the site. For this reason, it is difficult for the administrator to specify which measure is a measure according to the power consumption status of the base when various types of measures are displayed on the screen of the terminal.

  In one aspect, an object is to display on a screen a measure of power consumption suppression according to a base.

In one aspect, the measure display method performed by the measure display device includes a plurality of points corresponding to each of the plurality of bases on a graph indicating a power consumption state of the plurality of bases by a creation unit provided in the measure display device . Whether or not the base specified by the designated symbol among the plurality of symbols is the own base equipped with the measure display device, and the base specified by the designated symbol The screen control unit provided in the measure display device changes the content of the measure of power consumption control extracted from the information on the plurality of measures stored in the storage unit based on the power consumption status of the measure to the screen. displaying said whether sites identified by the given symbol is a base itself comprises the measures display device, to identify the locations identified in the specified symbol identified And identification information for identifying the information and the policy display unit is determined by whether the match.

In another aspect, a measure display program for causing a computer to function as a measure display device is a graph that shows power consumption statuses of a plurality of locations by a creation unit provided in the measure display device. A plurality of symbols corresponding to each other is created, and the base specified by the specified symbol among the plurality of symbols is the own base provided with the measure display device , and the specified symbol A screen control unit provided in the measure display device indicates the content of the measure for power consumption suppression extracted from the information on the plurality of measures stored in the storage unit based on the power consumption status of the base specified in Show varied on the screen to execute the processing to the computer, the own bases identified in the specified symbol is provided with the measures display device Than whether points, Ru is determined by whether the identification information for identifying the locations identified in the specified symbol and identification information identifying the policy display device coincide.

In another aspect, the measure display device includes a creation unit that creates a plurality of symbols respectively corresponding to the plurality of bases to be displayed on a graph indicating power consumption statuses of the plurality of bases, Based on whether or not the base specified by the designated symbol is its own base equipped with the measure display device , and the power consumption status of the base specified by the designated symbol, A screen control unit that displays the contents of the power consumption control measures extracted from the stored information on the plurality of measures on the screen of the display unit, and the base identified by the designated symbol is Whether or not the site is equipped with the measure display device is the same as the identification information for identifying the site identified by the designated symbol and the identification information for identifying the measure display device. Ru is determined by whether.

In another aspect, the measure display system includes a creation unit that creates a plurality of symbols respectively corresponding to the plurality of bases to be displayed on a graph indicating power consumption statuses of the plurality of bases, and the creation Whether the site specified by the specified symbol received by the client and received from the client is its own site equipped with the client , and the power consumption status of the site specified by the specified symbol And a server including an extraction unit that extracts a measure for suppressing power consumption from information on a plurality of measures stored in the storage unit, and the base identified by the designated symbol is the client. Whether or not it is its own base is determined by identifying information identifying the base specified by the specified symbol and the client. Is determined by whether the constant identifying information matches, the client is provided with a screen control unit, which displays with different contents of the measures extracted by the extracting unit to the screen of the display unit.

  As one aspect, it is possible to display on the screen a measure for suppressing power consumption according to the location.

It is a figure which shows an example of a measure display system. It is a block diagram which shows an example of a base. It is a block diagram which shows an example of a measure display apparatus. It is a block diagram which shows an example of a server. It is a figure which shows an example of the data structure of base information. It is a figure which shows an example of the data structure of all the base electric power information. It is a figure which shows an example of the data structure of the electric power information according to base. It is a figure which shows an example of the data structure of administrator information. It is a figure which shows an example of the data structure of measure implementation information. It is a figure which shows an example of the data structure of measure difficulty information. It is a figure which shows an example of the criteria for judging difficulty. It is a figure which shows an example of the criteria used when extracting a measure. It is a flowchart (the 1) which shows an example of the flow of a process of embodiment. It is a flowchart (the 2) which shows an example of the flow of a process of embodiment. It is a flowchart (the 1) which shows an example of measure information extraction processing. It is a flowchart (the 2) which shows an example of a measure information extraction process. It is the example of a screen displayed by the plot (the 1). It is the example of a screen displayed by the plot (the 2). It is the example of a screen displayed by the plot (the 3). It is the example of a screen displayed by the plot (the 4). It is a figure explaining a 1st specific example. It is a figure explaining the 2nd specific example. It is a figure explaining the 3rd specific example. It is a figure explaining the 4th specific example. It is a figure explaining the 5th example. It is a figure explaining the 6th specific example. It is a figure which shows an example of the hardware constitutions of a measure display apparatus. It is a figure which shows an example of the hardware constitutions of a server.

<Example of overall configuration of measure display system>
Hereinafter, embodiments will be described with reference to the drawings. FIG. 1 shows an example of a measure display system. In the measure display system 1 shown as an example, communication devices and servers 3 provided in a plurality of bases 2 (store 2A, store 2B, building 2C, factory 2D, etc.) can communicate with each other via a network 4.

  As the base, for example, there is a building. The base may indicate the entire building. For example, when the base is “factory”, the base indicates the entire building of the factory. A base may indicate a part of a building. For example, when the base is “tenant”, the base may be a part of a floor of a building (building) or a part of one floor.

  Examples of the stores 2A and 2B include restaurants, bookstores, mass retailers, and convenience stores. An example of the building 2C is an office. These bases 2 include communication devices that communicate with the server 3. The base 2 transmits data to the network 4 and receives data from the network 4.

  In the example of FIG. 1, the network 4 is assumed to be a cloud network. However, the network 4 is not limited to a cloud network. The server 3 processes information transmitted from the network 4 and transmits the processed information to the network 4. The base 2 receives information from the server 3 via the network 4.

<Example of base configuration>
FIG. 2 shows an example of the base 2. The base 2 shown as an example includes a measure display device 10, a lighting fixture 11, an air conditioner 12, a distribution board 13, a power meter 14, a power monitoring device 15, a switching hub 16, and a gateway device 17.

  The measure display device 10 is a device that displays measures for suppressing power consumption. The measure display device 10 is an example of a client. Details will be described later. The lighting fixture 11 is, for example, a fluorescent lamp, an incandescent lamp, an LED lamp, or the like.

  The air conditioner 12 is, for example, an air conditioner. The distribution board 13 is a device that trunks, for example, indoor wiring at the base 2. The power meter 14 is a device that measures the power consumption of the device being used, for example.

  The power monitoring device 15 monitors power consumption from the lighting fixture 11, the air conditioner 12, the distribution board 13, the power meter 14, and the like. The power monitoring device 15 can monitor individual power consumption for each device (for example, the lighting fixture 11) that uses power.

  For example, in an office, there are a personal computer, an LCD (Liquid Crystal Display), a printer, and the like. The power monitoring device 15 can individually monitor these devices. The power monitoring device 15 outputs information on the monitored power consumption to the gateway device 17 via the switching hub 16. Hereinafter, the information monitored by the power monitoring device 15 is referred to as power consumption information.

  The gateway device 17 transmits power consumption information to the network 4. As shown in the example of FIG. 2, the measure display device 10 and the gateway device 17 are devices that can communicate with the network 4. The measure display device 10 and the gateway device 17 are examples of communication devices provided in the base 2.

<Example of configuration of measure display device>
FIG. 3 shows an example of the measure display device. The measure display device 10 shown as an example includes a terminal 21, a display unit 22, and an input unit 23. The terminal 21 is a computer, for example. The display unit 22 is a display, for example, and has a screen. The display unit 22 is connected to the terminal 21, and predetermined information is displayed on the screen under the control of the terminal 21.

  The input unit 23 is an input device such as a keyboard or a mouse. The input unit 23 is connected to the terminal 21. When an administrator is working at the site 2, the administrator can operate the terminal 21 using the input unit 23. The display unit 22 may be a touch panel display. In this case, the input unit 23 is not necessary.

  The terminal 21 includes an authentication unit 24, a terminal communication unit 25, a plot creation unit 26, a screen control unit 27, and an attribute recognition unit 28. The authentication unit 24 authenticates the administrator. If the authentication by the authentication unit 24 is successful, the administrator can log in to the terminal 21.

  The terminal communication unit 25 communicates with the network 4. The plot creation unit 26 creates a plot of the graph displayed on the display unit 22 based on the information received by the terminal communication unit 25. The plot creation unit 26 is an example of a creation unit. A plot is an example of a symbol. The screen control unit 27 controls the screen displayed on the display unit 22. The screen control unit 27 is an example of a control unit.

  The graph created by the screen control unit 27 is a graph showing the power consumption status of the plurality of bases 2. The plot created by the plot creation unit 26 is displayed in this graph. Each plot displayed in the graph specifies the base 2.

The attribute recognition unit 28 recognizes the specified attribute. For example, the administrator specifies the attribute. The attribute is the attribute of the base 2, and for example, the total floor area (for example, the unit is m ² ), the number of persons, the base type, the working hours, and the like are the attributes of the base 2.

  In the embodiment, the attribute is a base type, but the attribute is not limited to the base type. The administrator can use the input unit 23 to specify an attribute on the screen displayed on the display unit 22.

<Example of server configuration>
FIG. 4 shows an example of the server 3. The server 3 is a computer that integrally manages the power consumption statuses of the plurality of bases 2. For example, the server 3 is installed in a management center or the like, and an integrated manager manages the power consumption statuses of the plurality of bases 2 using the server 3.

  The server 3 shown as an example in FIG. 4 includes a server communication unit 31, an information processing unit 32, a site information storage unit 33, an all-site power information storage unit 34, a site-specific power information storage unit 35, an administrator information storage unit 36, and a measure. An implementation information storage unit 37, a measure difficulty level information storage unit 38, and a measure information extraction unit 39 are provided.

  The server communication unit 31 communicates with the terminal communication unit 25 at each site 2 via the network 4. The information processing unit 32 reads information from each storage unit illustrated in FIG. The information processing unit 32 processes the read information. Further, the information processing unit 32 writes information to each storage unit.

  The base information storage unit 33 stores information about the base. Hereinafter, information regarding the base is referred to as base information. FIG. 5 shows an example of the base information. The base information shown as an example in FIG. 5 includes items of base ID, base name, location, total floor area, contract power, base type, working time, rest time, presence / absence of printer, and personal computer / LCD.

  The base ID is an identifier assigned to each base 2. The base name is the name of the base 2. The location is the location of the base 2. The total floor area is the total floor area of the base 2. The contract power is the power contracted by the base 2.

  In the example of FIG. 5, the base type indicates the attribute of the building 2. As described above, not only the site type but also the total floor area, the number of people, working hours, and the like may be used as attributes. As shown in the example of FIG. 5, the base types include offices, convenience stores (hereinafter referred to as convenience stores), taverns, and the like. Other types of bases include, for example, factories.

  The working hours indicate working hours determined at the base 2. The rest time indicates a rest time determined at the base 2. The presence / absence of a printer indicates whether the base 2 is equipped with a printer. The personal computer / LCD indicates whether the base 2 is equipped with a personal computer or an LCD. Information on each item of the base information can be recognized in advance. Therefore, information is stored in the base information storage unit 33 in advance.

  The all-site power information storage unit 34 illustrated in FIG. 4 stores information regarding the power of all the sites 2 managed by the server 4. Hereinafter, the information stored in the all-site power information storage unit 34 is referred to as all-site power information. FIG. 6 shows an example of all-site power information.

  The total base power information shown as an example in FIG. 6 indicates the total power consumption of all the bases 2 managed by the server 4 for every hour and the power consumption of the lighting fixture 11. The total base power information indicates the total power consumption of the base 2 and the total power consumption of the lighting fixture 11 for 24 hours (one day). The all-site power information storage unit 34 stores power consumption information for each hour, but may store power consumption information for any time.

  The power consumption information of the all-site power information can be obtained from the power monitoring apparatus 15 shown as an example in FIG. The power monitoring device 15 monitors the power consumption of the base 2 and transmits power consumption information to the network 4 via the switching hub 16 and the gateway device 17. The server communication unit 31 receives the power consumption information.

  The power monitoring device 15 outputs information on the total power consumption of the base 2 and the power consumption of the lighting fixture 11 every hour to the gateway device 17. The gateway device 17 includes the power consumption information and the information on the power consumption of the entire lighting device 11 and transmits the power consumption information to the server 4 every hour. When the server communication unit 31 receives the power consumption information, the all-site power information storage unit 34 can accumulate and store all-site power information.

  The site-specific power information storage unit 35 illustrated in FIG. 4 stores power information for each of the plurality of sites 2 managed by the server 4. Hereinafter, the information stored in the site-specific power information storage unit 35 is referred to as site-specific power information. FIG. 7 shows an example of power information by base.

  The base-specific power information shown as an example in FIG. 7 is information indicating the total floor area for each base 2, the total power consumption per day, and the basic unit. The information processing unit 32 acquires information on the total floor area corresponding to the site ID based on the site information stored in the site information storage unit 33. In addition, the information processing unit 32 acquires information on the daily power consumption corresponding to the site ID based on the all site power information stored in the all site power information storage unit 34. Hereinafter, the information on the daily power consumption is referred to as the total power consumption.

  The information processing unit 32 stores the acquired total floor area information and total power consumption information in the site-specific power information storage unit 35 for each site ID. Further, the information processing unit 32 divides the total floor area by the total power consumption. In the embodiment, this divided value is the basic unit. The basic unit is sometimes referred to as the basic unit total floor area.

The basic unit indicates the daily power consumption per 1 m ² . The basic unit is correlated with the power consumption efficiency. When the value of the basic unit is low, it indicates that the power consumption efficiency is good. In this case, the energy saving effect is high. On the other hand, when the value of the basic unit is high, it indicates that the power consumption efficiency is low. In this case, the energy saving effect is low.

  In the example of FIG. 7, the basic unit of the base 2 with the base ID “T0001” is high. Therefore, the power consumption efficiency of the base 2 is not good. On the other hand, the basic unit of the base 2 with the base ID “T0004” is low. Therefore, the power consumption efficiency of the base 2 is good.

  The manager information storage unit 36 illustrated in FIG. 4 stores information on managers of all the bases 2 managed by the server 4. Hereinafter, the information stored in the administrator information storage unit 36 is referred to as administrator information. FIG. 8 shows an example of administrator information.

  The manager information is information having items of manager ID, manager, and base ID. The manager ID is an identifier that identifies the manager of the base 2. The manager is the name of the manager specified by the manager ID. The base ID is an identifier of the base 2 where the manager specified by the manager ID is working.

  In the example of FIG. 8, the manager ID and the site ID have a one-to-one correspondence, but the relationship between the manager ID and the site ID may not be one-to-one. For example, one manager specified by the manager ID may be a manager of a plurality of bases 2, or a plurality of managers may be working at one base 2 specified by the base ID. .

  The measure implementation information storage unit 37 illustrated in FIG. 4 is information indicating the implementation status of the measure for suppressing power consumption at each site 2 managed by the server 4. Hereinafter, the information stored in the measure implementation information storage unit 37 is referred to as measure implementation information. The measure is a measure for reducing power consumption and a measure for saving energy. Hereinafter, the measure is sometimes referred to as an energy saving measure.

  FIG. 9 shows an example of measure implementation information. The measure implementation information in FIG. 9 includes items of an energy saving ID, an energy saving measure, and each base ID. The energy saving ID is an identifier that identifies an energy saving measure. An energy saving ID is assigned for each energy saving measure.

  In FIG. 9, “Lunchtime lights are turned off all the time”, “Night printer power is turned off”, “PC / LCD is turned off when returning home”, “Nighttime lights are turned off”, “Night air conditioning is turned off at the scheduled departure day” "Is shown as an example of energy saving measures.

  The measure implementation information includes whether or not each base 2 is implementing a measure for each of these energy saving measures. In the example of FIG. 9, “◯” indicates that an energy saving measure specified by the energy saving ID is being implemented. "X" indicates that the energy saving measure specified by the energy saving ID has not been implemented.

  The information processing unit 32 determines whether or not the energy saving measure specified by the energy saving ID is being implemented at the site 2 specified by the site ID. For example, the energy-saving measure whose energy-saving ID is “S001” is “all lights off during lunch break”.

  The information processing unit 32 refers to the all-site power information stored in the all-site power information storage unit 34, and acquires information on the power consumption of the illumination in the time period “12:00 to 13:00”. In addition, the information processing unit 32 acquires information on the total floor area of the base information in the base information storage unit 33.

  The information processing section 32 can recognize that “all-day lighting is turned off” when the value of the power consumption with respect to the total floor area is equal to or less than a preset threshold value. On the other hand, when the value of the power consumption with respect to the total floor area exceeds the above threshold value, the information processing unit 32 can recognize that “simultaneous extinction of light during lunch break” has not been performed. The threshold value can be arbitrarily set.

For example, the power consumption of the illumination from “12:00 to 13:00” with the site ID “T0001” in the all-site power information in FIG. 6 is “5”. Further, the total floor area of the base ID “T0001” in the base information of FIG. 5 is “1000 m ² ”. In this case, the value of the power consumption with respect to the total floor area is “0.005 (= 5/1000)”.

On the other hand, the power consumption of the illumination from “12:00 to 13:00” with the base ID of “T0004” in all base power information in FIG. 6 is “70”. On the other hand, the total floor area of the base ID “T0004” in the base information of FIG. 5 is “3000 m ² ”. For example, the value of the power consumption with respect to the total floor area is “0.023”.

  For example, it is assumed that the above threshold is set to “0.01”. In this case, the information processing section 32 can recognize that the base 2 with the base ID “T0001” is implementing the measure of “all lights off during lunch break”. On the other hand, the information processing section 32 can recognize that the base 2 with the base ID “T0004” has not implemented the measure of “turning off all lights during lunch break”.

  The information processing unit 32 determines whether or not an energy saving measure for each energy saving ID is implemented at each site 2. The information processing unit 32 reflects the determined result in the measure execution information in the measure execution information storage unit 37. Other energy saving measures such as the energy saving ID “S002” and “S003” are processed in the same manner and reflected in the measure execution information.

  The measure difficulty level information storage unit 38 stores the measure difficulty level. Hereinafter, the information stored in the measure difficulty information storage unit 38 is referred to as measure difficulty information. FIG. 10 is an example of measure difficulty level information. The measure difficulty level information in FIG. 10 includes items of an energy saving ID, an energy saving measure, the number of implementation bases, an implementation rate, and a difficulty level.

  The measure difficulty level information storage unit 38 stores measure difficulty level information for each attribute of the base 2. The base information shown in the example of FIG. 5 includes an item of base type as an attribute. In the example of FIG. 5, the base types include “office”, “convenience store”, and “izakaya”.

  In this case, since the measure difficulty level information is stored in the measure difficulty level information storage unit 38 for each attribute, three measure difficulty level information is stored in the measure difficulty level information storage unit 38. Of course, if there are other attributes, measure difficulty level information corresponding to the number of attributes is stored in the measure difficulty level information storage unit 38.

  In the measure difficulty level information, the number of implementation bases indicates the number of bases 2 implementing the measure specified by the energy saving ID. The information processing unit 32 refers to the measure execution information in the measure execution information storage unit 37 and acquires information on the base 2 that is implementing the energy saving measure for each energy saving ID. In addition, the information processing unit 32 acquires attribute information included in the base information of the base information storage unit 33.

  The information processing unit 32 acquires the number of bases 2 that are implementing the measures specified by the energy saving ID for each attribute. This number is the “number of sites”. Further, the information processing unit 32 acquires the total number of the bases 2 having the same attribute based on the base information stored in the base information storage unit 33 regardless of whether or not the energy saving measure is implemented.

  Therefore, the information processing section 32 acquires “the number of implementation bases” for each attribute. The information processing unit 32 acquires the total number of bases 2 for each attribute. Therefore, the information processing unit 32 acquires “the number of locations of execution” and “the total number of sites 2” for each attribute.

  The number of implementation bases shown as an example in FIG. 10 indicates “the number of implementation bases / the total number of bases 2” of the energy saving measures specified by the energy saving ID for the same attribute. For example, the number of sites with the energy saving ID “S001” is “28”, and the total number of sites 2 having the same attribute is “35”.

  The implementation rate is a value obtained by dividing the number of implementation sites by the total number of sites 2. For example, the implementation rate of the energy saving ID “S001” is “80% (= 28/35)”. The information processing unit 32 calculates the execution rate and stores the calculated execution rate in the measure difficulty level information storage unit 38 for each energy saving ID.

  The difficulty level indicates the difficulty level for implementing the measure. The information processing unit 32 determines the difficulty level based on the implementation rate. A measure with a higher implementation rate has a lower difficulty level, and a measure with a lower implementation rate has a higher difficulty level. When the implementation rate is “100%”, the difficulty level is the lowest.

  In the example of FIG. 10, the difficulty levels are three levels of “high”, “medium”, and “low”. However, the difficulty level is not limited to three levels. The difficulty level may be two levels or four or more levels. Moreover, the difficulty level does not have to be classified by stage. In this case, the difficulty level can be a numerical value of the implementation rate.

  FIG. 11 illustrates an example of a determination criterion when the information processing unit 32 determines the difficulty level. For example, when the implementation rate is “80% or more”, many bases 2 having the same attribute are implementing energy saving measures. In this case, the information processing unit 32 determines that the difficulty level is “low”.

  Similarly, when the implementation rate is “less than 80% and 60% or more”, the information processing section 32 determines the difficulty level as “medium”. When the implementation rate is “less than 60%”, the information processing unit 32 determines the difficulty level to be “high” because there are many bases 2 that have not implemented the energy saving measure.

  For example, in the measure difficulty level information shown as an example in FIG. 10, the energy saving ID “S004”, that is, “nighttime lighting OFF” is an energy saving measure that is easy to tackle. Therefore, the implementation rate is high and the difficulty level is “low”. On the other hand, the energy saving ID “S005”, that is, “nighttime air-conditioning OFF on the scheduled leaving day” is an energy saving measure that is difficult to tackle. Therefore, the implementation rate is low and the difficulty level is “high”.

  The measure information extraction unit 39 extracts measures according to the power consumption status of the base 2 based on the measure execution information storage unit 37 and the measure difficulty level information storage unit 38. The measure information extraction unit 39 is an example of an extraction unit. FIG. 12 shows a criterion for determination when the measure information extraction unit 39 extracts a measure. Details will be described later.

  The above-described base information storage unit 33 to measure difficulty level information storage unit 38 may be a database that stores information in a table format. The above-described base information storage unit 33 to measure difficulty level information storage unit 38 are only examples, and each storage unit may store other information or omit some information.

<Example of measure display processing>
Next, an example of measure display processing will be described with reference to the flowcharts of FIGS. The base information shown as an example in FIG. 5 is stored in advance in the base information storage unit 33. Further, the administrator information shown as an example in FIG. 8 is stored in advance in the administrator information storage unit 36.

  The measure display processing will be described with reference to a flowchart shown as an example in FIG. As described above, the site 2 includes the power monitoring device 15. The power monitoring device 15 monitors the power consumption of each device and collects power consumption information (step S1). The power consumption information collected by the power monitoring device 15 is transmitted to the network 4 via the switching hub 16 and the gateway device 17 (step S2).

  The power consumption information is transmitted to the server 3 via the network 4, and the server communication unit 31 of the server 3 receives the power consumption information. The server 3 receives power consumption information from each base 2 to be managed. Thereby, the server 3 can collect the power consumption information of each base 2.

  The information processing unit 32 of the server 3 stores all the site power information in the all site power information storage unit 34 based on the power consumption information collected from each site 2 (step S3). The power monitoring device 15 at each base 2 outputs power consumption information including the total power consumption per hour of the base 2 and information on the power consumption of the lighting fixture 11 to the gateway device 17 via the switching hub 16. To do. The gateway device 17 transmits power consumption information to the network 4 every hour.

  The server communication unit 31 of the server 4 receives power consumption information from each site 2. Based on the power consumption information received from each site 2, the information processing unit 32 stores the entire hourly power consumption and lighting power consumption in the all site power information storage unit 34 for each site 2. When 24 hours (one day) elapses, the information processing unit 32 totals the daily power consumption for each site 2 and stores the total value in the all site power information storage unit 34.

  Note that the power consumption information transmitted by the gateway device 17 at each site 2 may include a site ID that identifies the site 2. As a result, the information processing unit 32 can store the entire hourly power consumption and lighting power consumption for each site 2 in the all site power information storage unit 34.

  The information processing unit 32 acquires the total power consumption (total power consumption) (total power consumption) for each site ID from the all site power information storage unit 34. Further, the information processing unit 32 acquires information on the total floor area from the site information storage unit 33 for each site ID.

  Then, the information processing unit 32 calculates the basic unit by dividing the total power consumption by the total floor area. The information processing unit 32 stores the calculated basic unit for each site ID in the site-specific power information storage unit 35 (step S4).

  As described above, the information processing unit 32 determines whether or not each site 2 is implementing an energy saving measure for each energy saving ID (step S5). And the information processing part 32 memorize | stores the policy implementation information shown as an example in FIG. 9 in the policy implementation information storage part 37 (step S6).

  As described above, the information processing unit 32 determines the degree of difficulty of the measure for the base 2 having the same attribute based on the implementation rate for each energy saving ID (step S7). And the information processing part 32 memorize | stores the measure difficulty information regarding the difficulty of the determined measure in the measure difficulty information storage part 38 (step S8).

  The gateway device 17 at each site 2 transmits power consumption information of the site 2 to the network 4 periodically (for example, every hour). Therefore, the server 3 periodically receives power consumption information. The contents stored in the base information storage unit 33 and the administrator information storage unit 36 of the server 3 do not change depending on the power consumption information.

  On the other hand, the information stored in the all-site power information storage unit 34, the site-specific power information storage unit 35, the measure implementation information storage unit 37, and the measure difficulty level information storage unit 38 may change depending on the power consumption information. . For example, the information stored in the all-site power information storage unit 34 is updated based on the power consumption information transmitted every hour.

  Next, an example of processing for displaying a measure on the screen of the display unit 22 of the measure display device 10 will be described with reference to FIG. The manager working at the base 2 uses the measure display device 10 to perform an operation for displaying the measure on the screen of the display unit 22. The base 2 may be any base 2 as long as the base 2 is managed by the server 3.

  As shown in an example of FIG. 3, an input unit 23 is connected to the terminal 21. The administrator operates the input unit 23 to log in to the terminal 21 (step S9). The authentication unit 24 performs authentication for login. If the login is successful, the authentication unit 24 recognizes the administrator ID of the administrator who has logged in.

  Then, the terminal communication unit 25 transmits an information acquisition request to the server 3. The information acquisition request includes information on the manager ID. The information acquisition request transmitted by the terminal communication unit 25 is received by the server communication unit 31 via the network 4.

  The information processing unit 32 refers to the administrator information storage unit 36 and identifies the base ID based on the administrator ID included in the information acquisition request. In addition, when the base ID is included in the information acquisition request transmitted by the terminal communication unit 25, the information processing unit 32 does not need to perform processing for specifying the base ID.

  Based on the information acquisition request, the information processing unit 32 acquires the power information for each site from the power information storage unit for each site 35. As shown in the example of FIG. 7, the power information by base includes items of base ID, total floor area, and basic unit. The information processing unit 32 extracts the total floor area and basic unit information of each base ID. The information processing unit 32 outputs the extracted information to the server communication unit 31, and the server communication unit 31 transmits the information to the network 4.

  The information (the extracted information) transmitted by the server communication unit 31 is information in response to the information acquisition request transmitted by the base 2. Hereinafter, information transmitted to the base 2 that transmitted the information acquisition request is referred to as response information. Therefore, the extracted information is included in the response information.

  The terminal communication unit 25 at the site 2 receives response information from the network 4. The response information includes the total floor area and basic unit information for each base 2. Based on this information, the plot creating unit 26 creates a plot of each site 2 in the graph when the total floor area is the horizontal axis and the basic unit is the vertical axis.

  The screen control unit 27 performs control to display a graph indicating the plot of each site 2 created by the plot creation unit 26 on the screen of the display unit 22. This graph shows the power consumption status of each site 2. In the embodiment, the screen control unit 27 displays the plot PL of each base 2 on the screen in a graph format with the horizontal axis as the total floor area and the vertical axis as the basic unit (step S10). FIG. 17 shows an example of a screen displayed as a plot. “PL” represents a plot.

  In the screen shown as an example in FIG. 17, plots PL of all the bases 2 managed by the server 3 are displayed. Accordingly, many plots PL are displayed on the screen of the display unit 22. The screen control unit 27 displays the menu M on the screen. Menu M is displayed on the screen to select an attribute.

  In the example of FIG. 17, the menu M can select an attribute by pull-down, but the attribute may be selectable by other than pull-down. In the example of FIG. 17, selectable attributes are total floor area, number of people, base type, and working hours. The selectable attributes are not limited to these four types.

  When the input unit 23 is a mouse, the administrator operates the mouse to move the mouse pointer P and select an attribute from the menu M. In the menu M, the attribute indicated by the mouse pointer P is selected. Thereby, an attribute is designated. In the embodiment, it is assumed that the base type is designated as the attribute.

  The attribute recognition unit 28 of the terminal 21 shown as an example in FIG. 3 recognizes the specified attribute. In the embodiment, the attribute recognition unit 28 recognizes the base type as an attribute. Then, the terminal communication unit 25 transmits an information acquisition request including information on the designated attribute and the base ID of its own base 2 to the network 4. The information acquisition request transmitted to the network 4 is received by the server communication unit 31 of the server 3.

  The information processing unit 32 recognizes the base ID of the base 2 and the specified attribute included in the information acquisition request. The information processing unit 32 refers to the site information stored in the site-specific power information storage unit 35 and recognizes the attribute corresponding to the site ID included in the information acquisition request.

  For example, when the base ID is “T0001”, the designated attribute is “base type”. The information processing unit 32 refers to the base information shown as an example in FIG. 5 and recognizes that the base type of the base ID “T0001” is “office”. The information processing unit 32 acquires a base ID whose base type is “office”. That is, the information processing unit 32 extracts the base ID of the base 2 having the same attribute as the base 2 that transmitted the information acquisition request.

  Therefore, the base 2 having an attribute different from that of the base 2 that transmitted the information acquisition request is not an extraction target. The information processing unit 32 refers to the site-specific power information storage unit 35 and acquires information on the total floor area and basic unit of the extracted site ID. That is, the information processing unit 32 acquires information on the total floor area and the basic unit for each base 2 having the same attribute as the base 2 that transmitted the information acquisition request.

  The server communication unit 31 transmits the response information including the total floor area and the basic unit information acquired by the information processing unit 32 to the base 2 that transmitted the information acquisition request via the network 4. The terminal communication unit 25 at the site 2 receives response information from the network 4.

  The information on the total floor area and the basic unit included in the response information is narrowed down to the information of the base 2 having the same attribute as the own base 2. The plot creation unit 26 creates plots PL for the number of bases 2 included in the response information. The screen control unit 27 displays the created plot PL on the screen (step S11).

  FIG. 18 shows an example of a plot display of the site 2 having the same attribute as the site 2 itself. The attribute in this example is an attribute whose base type is “office”. The example of the plot display in FIG. 18 is narrowed down to the bases 2 having the same attributes as the bases 2 of their own. That is, the base 2 is narrowed down to the office. Therefore, the number of plots PL is smaller than the plot display screen shown in the example of FIG.

  In the plot display screens shown as an example in FIGS. 17 and 18, the shaded plot PL indicates that it is the plot PL of its own base 2. A plurality of plots PL are displayed on the screen.

  Therefore, it is difficult to specify which plot PL of the plurality of plots PL is the plot PL of its own base 2. Therefore, by making the display PL of the own base 2 different from the plot PL of the other base 2, the own plot PL can be easily identified from the plurality of plots PL.

  The display mode of the plot PL of its own base 2 may not be shaded as shown in FIGS. For example, as the display mode, the color tone may be varied, and the shape, size, and the like may be varied.

  The administrator designates one of the plots PL from the plurality of plots PL. For example, the administrator uses the mouse pointer P to designate a desired plot PL from among the plots PL displayed on the screen. The administrator can also specify the plot PL of his / her base 2 and can also specify the plot PL of another base 2. The screen control unit 27 recognizes the designated plot PL (step S12).

  At this time, if a large number of plots PL are displayed on the screen as shown in FIG. 17, it becomes difficult for the administrator to select the plots PL. Therefore, as shown in FIG. 18, the number of plots PL is reduced by narrowing down to the bases 2 having the same attributes as the own base 2. This improves the visibility of the screen for the administrator.

  The plot PL is displayed on the screen for each site 2. Accordingly, the base 2 is designated by designating the plot PL. The terminal communication unit 25 transmits an information acquisition request including the base ID of the designated plot PL and the base ID of its own base 2 to the server 3 via the network 4 (step S13).

  The server communication unit 31 receives the information acquisition request. The measure information extraction unit 39 extracts measure information based on the base ID of the designated plot PL and the base ID of its own base 2 included in the information acquisition request (step S14). The measure information extracted by the measure information extraction unit 39 is measure information suitable for the base 2 that transmitted the information acquisition request. Details of the process for extracting measure information will be described later.

  The measure information extraction unit 39 extracts measure information. One or more pieces of measure information may be extracted by the measure information extraction unit 39. When the measure information extracting unit 39 extracts a plurality of measure information, the measure information extracting unit 39 makes it possible to identify the measure information with the highest priority by the base 2 that transmitted the information acquisition request among the measure information. For this purpose, for example, the measure information extraction unit 39 may prioritize a plurality of measure information.

  The server communication unit 31 transmits the measure information extracted by the measure information extraction unit 39 (step S15). In the embodiment, the server communication unit 31 includes the measure information in the response information and transmits the response information to the base 2 that transmitted the information acquisition request. The terminal communication unit 25 of the terminal 21 provided in the base 2 receives the response information.

  The screen control unit 27 performs processing so that the policy information that is most preferred by the base 2 is highlighted and displayed on the screen of the display unit 22 among the plurality of policy information included in the response information. The screen control unit 27 displays the measure information on which the enhancement processing has been performed on the screen of the display unit 22 (step S16).

  FIG. 19 shows an example in which measure information is displayed on the screen. In the embodiment, the measure information may be referred to as energy saving guidance. “G” in FIG. 19 is an example of energy saving guidance. In the example of FIG. 19, the measure “Please turn off the air conditioning at night on the scheduled leaving day” is highlighted.

  That is, this measure is a measure according to its own base 2. If the response information includes the measure information “Please turn off all the lights during lunch break”, the measure is also displayed. However, the measure is not highlighted.

  In the screen examples of FIGS. 17 to 19, the screen control unit 27 displays “average”. Accordingly, the plot PL below the average indicates that the base 2 has a low basic unit. That is, it shows that the base 2 has good power consumption efficiency. On the other hand, the plot PL above the average indicates that the base 2 has a high basic unit. That is, it is indicated that the site 2 has poor power consumption efficiency.

  The average of the basic unit may be calculated by the information processing unit 32 of the server 3. The information processing unit 32 can obtain the average value of the basic unit by adding up the basic units of the base-specific power information stored in the base-specific power information storage unit 35 and dividing the total value by the number of bases. By transmitting this average value information to the terminal 21 of the base 2 by the server communication unit 31, “average” can be displayed on the screen.

  In the screen example of FIG. 17, the plot PL of each site 2 managed by the server 3 is displayed regardless of the attribute of the site 2. In this case, the information processing unit 32 calculates the average value of the basic unit for all the sites 2 stored in the power information storage unit 35 for each site, and the server communication unit 31 sends the information on the average value to the terminal 21. Send.

  On the other hand, in the screen examples of FIGS. 18 and 19, the plot PL narrowed down to the base 2 having the same attribute as the own base 2 is displayed. In this case, the information processing unit 32 extracts the base 2 having the same attribute as that of the base 2 from the information on the base 2 stored in the power information storage unit 35 for each base, and calculates an average value. Then, the server communication unit 31 transmits the average value information to the terminal 21.

  The graphs of the screen examples in FIGS. 17 to 19 indicate the power consumption status of each base 2. In this respect, if the graph shows the power consumption status, the horizontal axis is not limited to the total floor area and the vertical axis is not limited to the basic unit. For example, the horizontal axis may be the number of people or time.

  The vertical axis may be power consumption efficiency, or may be power consumption as in the screen example of FIG. When the horizontal axis is the total floor area and the vertical axis is the power consumption amount as in the screen example of FIG. 20, the average straight line is not parallel to the horizontal axis but is an inclined straight line.

  Next, the measure information extraction process of step S14 in the flowchart of FIG. 14 will be described. The measure information extraction unit 39 of the server 4 determines whether or not the basic unit of the base 2 that transmitted the information acquisition request is below the average (step S20). The base 2 that transmitted the information acquisition request becomes its own base 2.

  The “average” serving as the determination criterion in step S20 is the average of the basic unit of the base 2 having the same attribute as the base 2 that transmitted the information acquisition request. The measure information extraction unit 39 determines whether or not the base included in the information acquisition request is its own base (step S21).

  As described above, the information acquisition request includes the base ID of the base 2 (own base) that transmitted the information acquisition request and the base ID of the designated plot PL. If the base ID of the designated plot PL matches the base 2 that transmitted the information acquisition request, the administrator has selected his / her base 2. In this case, the determination in step S21 is YES.

  When the determination in step S21 is YES, the measure information extraction unit 39 refers to the measure execution information storage unit 37 and the measure difficulty level information storage unit 38, and extracts a measure. At this time, the measure information extraction unit 39 extracts 1) a measure that has not been implemented in its own base, and 2) a measure having a “high” difficulty level (step S22).

  First, the measure information extraction unit 39 refers to the measure execution information stored in the measure execution information storage unit 37. The measure information extraction unit 39 recognizes its own base, that is, the base ID of the base 2 that transmitted the information acquisition request. The measure information extraction unit 39 refers to the measure execution information of FIG. 9 and extracts the energy saving ID of the measure that has not been executed among the items of the base ID.

  Next, the measure information extraction unit 39 refers to the measure difficulty level information stored in the measure difficulty level information storage unit 38. As illustrated in FIG. 10, the measure difficulty level information storage unit 38 stores a difficulty level for each energy saving ID. The measure information extraction unit 39 extracts the energy saving ID having the highest difficulty level from the unimplemented energy saving IDs extracted above.

  As described above, the measure information extraction unit 39 can extract 1) a measure that has not been implemented at its own base, and 2) a measure that has a “high” difficulty level. When the measure information extraction unit 39 extracts the energy saving ID from the measure difficulty level information, there may be a plurality of measures having the same difficulty level. For example, there may be a plurality of energy saving IDs having a difficulty level of “medium” as extraction targets.

  In this case, the measure information extraction unit 39 extracts an energy saving ID having a low implementation rate from the energy saving IDs having the same difficulty level. In the embodiment, the difficulty level is divided into three levels of “high”, “medium”, and “low”, but there is a difference in the difficulty level even at the same level of difficulty level. Since the difficulty level is determined based on the implementation rate, the measure information extraction unit 39 extracts measures according to the implementation rate.

  Next, the case where it is determined NO in step S21 will be described. When the base ID of the designated plot PL does not match the base 2 that transmitted the information acquisition request, the administrator has selected a base 2 other than his / her own base 2. In this case, the determination in step S21 is NO.

  If it determines with NO by step S21, the measure information extraction part 39 will determine whether the basic unit of the designated base is below an average (step S23). The specified base 2 is the base 2 of the base ID of the specified plot PL, and the measure information extraction unit 39 refers to the power information for each base in FIG. It is determined whether or not:

  When it determines with YES by step S23, ie, when the basic unit of the designated base 2 is below an average, the measure information extraction part 39 extracts the measure which satisfy | fills the following three conditions. The measure information extraction unit 39 extracts measures that are 1) not yet implemented at its own site, 2) implemented at another site, and 3) low in difficulty.

  1) Since the base of 1) is the base 2 that transmitted the information acquisition request, based on the base ID included in the information acquisition request and the measure implementation information of FIG. The energy saving ID of the measure not yet implemented by the own base 2 that has transmitted

  2) The other base is the base 2 of the designated plot PL. The base 2 of the designated plot PL is different from the base 2 that transmitted the information acquisition request. The measure information extraction unit 39 stores the energy saving ID of the measure that the base 2 of the designated plot PL is implementing based on the base ID of the designated plot PL included in the information acquisition request and the measure implementation information of FIG. To extract.

  And the measure information extraction part 39 extracts the measure with the lowest difficulty among the energy saving ID which satisfy | fills two conditions of 1) and 2) among the measure difficulty information of FIG. As described above, the measure information extraction unit 39 extracts measures satisfying the above three conditions (step S24).

  Next, when it is determined NO in step S23, that is, when the basic unit of the designated base 2 exceeds the average, the measure information extraction unit 39 extracts a measure that satisfies the following three conditions. The measure information extraction unit 39 extracts measures that are 1) not implemented at its own site, 2) implemented at another site, and 3) highly difficult.

  For 1) and 2), the measure information extraction unit 39 performs the same processing as in step S24. For 3), the measure information extraction unit 39 refers to the measure difficulty level information of FIG. 10 and extracts the measure having the highest difficulty among the energy saving IDs that satisfy the two conditions 1) and 2). As described above, the measure information extraction unit 39 extracts measures that satisfy the above three conditions (step S25).

  Next, with reference to FIG. 16, a process when it is determined NO in step S20 will be described. The determination of NO in step S20 is a case where the basic unit of its own base 2 that has transmitted the information acquisition request exceeds the average.

  The measure information extraction unit 39 determines whether or not the base 2 with the base ID of the designated plot PL included in the information acquisition request is its own base (step S26). This process is the same as step S21.

  When it determines with YES by step S26, the measure information extraction part 39 extracts a measure with 1) an own unimplemented measure, and 2) low difficulty (step S27). Among these, the process for extracting the condition 1) is the same as in step S22. And the measure information extraction part 39 extracts the measure with the lowest difficulty level with reference to the measure difficulty level information of FIG.

  When it determines with NO by step S26, the measure information extraction part 39 determines whether the basic unit of the designated base is below an average (step S28). This determination process is the same as the determination process in step S23.

  If it is determined YES in step S28, that is, if the basic unit of the base 2 of the designated plot PL is less than the average, 1) its own base is not implemented, and 2) other bases are performing And 3) Extract measures with a high degree of difficulty (step S29).

  The process of extracting the conditions 1) and 2) is the same as step S25. Moreover, the measure with the highest difficulty is extracted from the energy saving IDs that satisfy the two conditions 1) and 2). As described above, the measure information extraction unit 39 extracts measures that satisfy the above three conditions.

  When it is determined NO in step S28, that is, when the basic unit of the base 2 of the designated plot PL exceeds the average, 1) its own base is not implemented, and 2) other base is 3) A measure with a low difficulty level is extracted (step S30).

  The process of extracting the conditions 1) and 2) is the same as step S24. Moreover, the measure with the lowest difficulty is extracted from the energy saving IDs that satisfy the two conditions 1) and 2). As described above, the measure information extraction unit 39 extracts measures that satisfy the above three conditions.

  Therefore, as shown in the example of FIGS. 15 and 16, the measure information extraction unit 39 extracts measures according to conditions according to six patterns. As illustrated in the example of FIG. 14, the extracted measure is transmitted to the terminal 21 of the base 2 that transmitted the information acquisition request. Then, the extracted measure is displayed on the screen of the display unit 22 connected to the terminal 21.

  As described above, the graph indicating the power consumption status of each site 2 is displayed on the screen of the display unit 22. Further, the measures displayed on the screen are different based on whether or not the own base 2 is designated in the plot PL displayed on the screen and the power consumption status of the designated base 2. Thereby, an appropriate measure according to the power consumption status of the base 2 can be displayed.

  Further, when the plot PL designated by the manager working at the base 2 is the base 2, the measure that is not implemented by the base 2 is displayed on the screen. If the plot PL specified by the manager working at the base 2 is a plot PL of another base 2 other than his / her base 2, the measures implemented by the other base 2 are displayed on the screen. Is done.

  Thereby, the new measure which suppresses the new power consumption which own base 2 has not implemented can be shown to an administrator. In addition, when another base 2 is designated, the measures implemented by the other base 2 can be presented to the administrator. Thereby, an effective measure can be presented to the administrator.

  Further, when the designated plot PL is its own base 2 and the basic unit of its own base 2 is below the average, the measure with the highest difficulty level of the measure is displayed on the screen, and its own base 2 When the basic unit of exceeds the average, the measure having the lowest difficulty level is displayed on the screen.

  When the basic unit of its own base 2 is less than the average, the power consumption efficiency is good. Therefore, it is possible to further reduce power consumption by presenting a measure with a high degree of difficulty to the administrator. Moreover, when the basic unit of own base 2 exceeds the average, the power consumption efficiency is not good. For this reason, it is possible to enforce energy saving measures that are easy to tackle by presenting measures with low difficulty to the administrator. Accordingly, it is possible to display an appropriate measure according to the power consumption status of the base 2 of its own.

  In the above, the example in which the measure based on the implementation status and the difficulty level of the base 2 having the same attribute as the base 2 that transmitted the information acquisition request is displayed on the screen of the display unit 22 has been described. The base 2 is not limited.

  However, it is preferable to display on the screen a measure based on the implementation status and difficulty level of the measure of the base 2 having the same attribute. Different attributes have different power saving measures. For example, when the attribute is a base type, the power consumption control measures are different depending on whether the base type is “office” or “factory”. For this reason, the base 2 which becomes the object of the measure to extract can display a more appropriate measure on the screen by narrowing down to the base 2 having the same attribute.

  Moreover, although the example in which the measure difficulty level information storage unit 38 stores the measure difficulty level information for each attribute has been described, the measure difficulty level information storage unit 38 does not store the measure difficulty level information for each attribute. Also good. In this case, the “number of sites to be implemented” of the measure difficulty level information in FIG. 10 is “the number of sites 2 implementing the energy-saving ID policy among all sites 2 managed by the server 3 / all managed by the server 3”. Total number of bases 2 ”.

  Among these, “the number of bases 2 that are implementing measures for energy saving ID among all the bases 2 managed by the server 3” refers to the measure execution information stored in the measure execution information storage unit 37. The information processing unit 32 can recognize. Further, the “total number of all bases 2 managed by the server 3” can be recognized by the information processing unit 32 by referring to the base information storage unit 33.

  Then, the information processing unit 32 recognizes “the number of the bases 2 implementing the energy saving ID measure among all the bases 2 managed by the server 3” having the same attribute as the base 2 that transmitted the information acquisition request. . Further, the information processing unit 32 recognizes “the total number of all the bases 2 managed by the server 3” having the same attribute as that of the base 2 that transmitted the information acquisition request.

  As a result, the “number of implementation bases” shown in the example of FIG. 10 can be obtained. This “number of implementation bases” is the “number of implementation bases” having the same attribute as the base 2 that transmitted the information acquisition request. In this case, the measure difficulty level information storage unit 38 stores one measure difficulty level information whose attributes are not narrowed down.

  Further, as described above, the horizontal axis of the graph displayed on the screen is not limited to the total floor area, and may be, for example, the number of people or time. Therefore, the type of the horizontal axis may be selectable. For example, any of “total floor area”, “number of people”, and “time” may be selectable. Also, regarding the type of the vertical axis, any one of “basic unit”, “power consumption efficiency”, and “power consumption” may be selectable. As a mode of selection, for example, a pull-down menu may be applied.

  The screen control unit 27 changes the display mode of the graph displayed on the screen according to the type of the selected horizontal axis and vertical axis. For example, in the example of FIG. 18, a graph when “basic unit” is selected on the vertical axis is displayed on the screen. In the example of FIG. 20, a graph when “power consumption” is selected on the vertical axis is displayed on the screen.

  Further, when “total floor area” is selected on the horizontal axis, the graph displayed on the screen may be enlarged. As described above, the plot PL of the site 2 having the same attribute as that of the site 2 is displayed on the screen. When the total floor area of the base 2 having the same attribute is not so different, visibility is improved by enlarging the graph.

<First specific example>
Next, specific examples of each of the six patterns described above will be described. The 1st specific example has shown the example which displays the measure extracted by step S22 of FIG. In the example of FIG. 12, this corresponds to “E1”.

  In the first specific example, 1) a measure that is not implemented at its own base, and 2) a measure that is “high” in difficulty are displayed on the screen of the display unit 22. As described above, regarding 1) of the above two conditions, a new measure for suppressing power consumption cannot be presented even if the measure already implemented by the base 2 is displayed. For this reason, the measure is excluded from the display target.

  The conditions of 1) are the same in steps S22, S24 and S25 in FIG. 15 and steps S27, S29 and S30 in FIG. In the example of FIG. 12, the conditions are common to all of “E1” to “E6”. Therefore, the measure information extraction unit 39 does not extract a measure that is implemented by its own base 2 that has transmitted the information acquisition request.

  The first specific example is an example of displaying the measure extracted in step S22 of FIG. Therefore, the determination in step S20 is YES, and the determination in step S21 is also YES. The determination of step S20 being YES means that the basic unit of its own base 2 is below the average.

  That is, the own base 2 shows that power consumption efficiency is favorable. When the plot PL of his / her base 2 is designated by the operation of the manager who works at the base 2, measures that can be further tackled at the own base 2 with good power consumption efficiency are extracted.

  Therefore, measures with high difficulty are extracted. The table shown in the example of FIG. 21 is a table in which the difficulty level of the measure difficulty level information of FIG. 10 is added to the measure implementation information of FIG. In the first specific example of FIG. 21, it is assumed that the base ID of its own base 2 is “T0004”. Then, as shown in FIG. 21, the mouse pointer P designates the plot PL whose base ID is “T0004”. That is, the mouse pointer P designates its own base 2.

  In the table of the example of FIG. 21, among the items whose base ID is “T0004”, the energy saving IDs of the measures that have not been implemented are “S001” and “S005”. The difficulty level of “S001” is “low”, and the difficulty level of “S005” is “medium”. Since a measure with a high degree of difficulty is extracted according to the condition 2) described above, the measure information extraction unit 39 extracts an energy saving ID “S005” having a difficulty level of “medium”.

  At this time, the measure information extraction unit 39 may extract not only the energy saving ID “S005” but also the energy saving ID “S001” having a difficulty level of “low”. Since the site 2 does not implement the measure of the energy saving ID “S001”, the measure information extracting unit 39 may also extract the measure of the energy saving ID “S001”.

  Therefore, the server communication unit 31 of the server 3 transmits the response information including the measure information of the energy saving IDs “S001” and “S005” to the base 2 that transmitted the information acquisition request. However, the server 3 does not need to transmit the measure information of the energy saving ID “S001”.

  The terminal communication unit 25 of the terminal 21 provided in the base 2 that has transmitted the information acquisition request receives the response information. The screen control unit 27 highlights the measure of the energy saving ID “S005” having a higher difficulty level on the screen of the display unit 22. In the example of FIG. 21, the measure “Turn off the air conditioning at night on the scheduled leaving day” is highlighted.

  The own base 2 is a base whose basic unit is below the average (that is, a base with good power consumption efficiency). Therefore, in order to enforce the measure “turn off the air conditioning at night on the scheduled leaving day” which is more difficult, the measure is highlighted on the screen.

  Further, the energy saving ID “S001” is displayed on the screen in a format that is not highlighted so as to let the administrator know that it has not been implemented. In the example of FIG. 21, the measure “Please turn off all the lights during lunch break” indicated by the energy saving ID “S001” is displayed in a form that is not highlighted.

  Therefore, for a base whose basic unit is below the average, an unimplemented measure with a higher degree of difficulty is displayed on the screen, so that a measure for suppressing power consumption corresponding to its own base 2 is displayed on the screen of the display unit 22. Can be displayed. By implementing this measure, it is possible to reduce power consumption.

<Second specific example>
Next, a second specific example will be described. The second specific example shows an example in which the measure extracted in step S24 in FIG. 15 is displayed. In the example of FIG. 12, this corresponds to “E2”. In the second specific example, the measures are displayed on the screen of the display unit 22 in which 1) the site is not implemented, 2) is implemented by another site, and 3) the difficulty level is low. The

  As described above, the condition 1) is excluded from the display target. The second specific example is an example in which the measure extracted in step S24 of FIG. 15 is displayed. Therefore, the determination in step S20 is YES, the determination in step S21 is NO, and the determination in step S23 is YES.

  That is, the base 2 of its own indicates that the basic unit is less than the average and the power consumption efficiency is good. Further, the plot PL of another base 2 other than its own base 2 is designated by the operation of the manager working at the base 2.

  Further, the determination in step S23 is YES. Therefore, the basic unit is not more than the average for the base 2 of the designated plot PL as well as its own base 2. Therefore, both bases 2 show that power consumption efficiency is favorable.

  When another base 2 with good power consumption efficiency is designated, the measure information extraction unit 39 has not yet implemented its own base 2, and among the measures implemented by the other designated base 2, Extract measures with low difficulty. In the example of FIG. 22, the base ID of its own base 2 is “T0004”, and the base ID of the designated base 2 is “T0001”.

  In this case, the own site 2 is not implemented, and the energy saving IDs of the measures implemented by the designated site 2 are “S001” and “S005”. The measure information extraction unit 39 extracts a measure having a low difficulty level from the two energy saving IDs. Therefore, the measure information extraction unit 39 extracts a measure whose energy saving ID is “S001”.

  The measure information extraction unit 39 may also extract a measure having an energy saving ID “S005”. However, the priority is higher for the measure with the energy saving ID “S001”. Response information including these measure information is transmitted to the terminal 21 of the base 2. The screen control unit 27 of the terminal 21 emphasizes the measure with the energy saving ID “S001” and displays it on the screen of the display unit 22.

  In the example of FIG. 22, a measure that “energy is turned off at lunch break” with the energy saving ID “S001” is highlighted on the screen. It should be noted that a measure “energy-saving ID of“ S005 ”“ turning off the air conditioning at night on the scheduled leaving day ”is displayed in a format that is not highlighted on the screen.

  In the second specific example, not only the basic unit of the own base 2 but also the basic unit of the other base 2 is below the average, so when the bases 2 having high power consumption efficiency are compared with each other, the effort is easy. Highlight the measure on the screen. Therefore, it is possible to display on the screen a measure for suppressing power consumption according to its own base 2.

<Third specific example>
Next, a third specific example will be described. The third specific example shows an example of displaying the measure extracted in step S25 of FIG. In the example of FIG. 12, this corresponds to “E3”. In the third specific example, the measures are displayed on the screen of the display unit 22 in which 1) the site is not implemented, 2) another site is implemented, and 3) the degree of difficulty is high. The

  As described above, the condition 1) is excluded from the display target. The third specific example is an example of displaying the measure extracted in step S25 of FIG. Therefore, the determination in step S20 is YES, the determination in step S21 is NO, and the determination in step S23 is NO.

  That is, the base 2 of its own indicates that the basic unit is less than the average and the power consumption efficiency is good. Further, the plot PL of the base 2 other than its own base 2 is specified by the operation of the manager working at the base 2. Further, the determination in step S23 is YES. Therefore, the basic unit of the designated base 2 exceeds the average. That is, the designated base 2 indicates that power consumption is not good.

  When another base 2 that does not have good power consumption efficiency is designated, the measure information extraction unit 39 has not yet implemented its own base 2, and among the measures that the other designated base 2 has implemented, Extract measures with high difficulty. In the example of FIG. 23, the base ID of its own base 2 is “T0004”, and the base ID of the designated base 2 is “T0002”.

  In this case, the site 2 is not implemented, and the energy saving ID of the measure implemented by the designated site 2 is “S001”. Therefore, the measure information extraction unit 39 extracts a measure whose energy saving ID is “S001”. If there are two or more energy saving IDs to be extracted, measures with a high degree of difficulty are extracted. Response information including these measure information is transmitted to the terminal 21 of the base 2. The screen control unit 27 of the terminal 21 emphasizes the measure with the energy saving ID “S001” and displays it on the screen of the display unit 22.

  In the example of FIG. 23, the measure “Energy extinguishing all the lights during the lunch break” with the energy saving ID “S001” is highlighted on the screen. If there are other extracted measures, the measures are displayed on the screen in an unemphasized format.

  In the third specific example, the power consumption efficiency of its own base 2 is good, but the power consumption efficiency of other designated bases 2 is not good. In this case, it is easy to implement the measures implemented by the other bases 2 with poor power consumption efficiency even at their own bases 2 with good power consumption efficiency.

  Therefore, it is possible to display a measure suitable for one's own base 2 by displaying a measure with a high degree of difficulty among the measures implemented by the other bases 2 on the own base 2 having a high awareness of energy saving measures. it can.

<Fourth specific example>
Next, a fourth specific example will be described. The fourth specific example shows an example of displaying the measure extracted in step S27 of FIG. In the example of FIG. 12, this corresponds to “E4”. In the fourth specific example, 1) the own base is not implemented, and 2) the measure with low difficulty is displayed on the screen of the display unit 22.

  As described above, the condition 1) is excluded from the display target. In the fourth specific example, the determination in step S20 in FIG. 15 is NO, and the determination in step S26 in FIG. 16 is YES. That is, since the basic unit of its own base 2 exceeds the average, the power consumption efficiency of its own base 2 is not good.

  Further, the determination in step S26 is YES. Therefore, the manager who works at the base 2 has specified the plot PL of his / her base 2. In this case, the measure information extraction unit 39 extracts a measure with a low difficulty level from measures not yet implemented by the base 2.

  In the example of FIG. 24, the base ID of its own base 2 is “T0002”. In this case, the measures that have not been implemented by the site 2 are the three energy saving IDs “S002”, “S003”, and “S005”. The measure information extraction unit 39 extracts a measure having the lowest difficulty among these three measures.

  In the example of FIG. 24, the energy saving ID “S002” has the lowest difficulty level. Therefore, the measure information extraction unit 39 extracts the energy saving ID “S002”. At this time, the measure information extraction unit 39 may also extract measures with the energy saving IDs “S003” and “S005”. However, the measure with the highest priority is the measure with the energy saving ID “S002”.

  Response information including the above measure information is transmitted from the server 3 to the terminal 21 of the base 2. The terminal communication unit 25 of the terminal 21 receives the response information. Then, the screen control unit 27 highlights the measure with the energy saving ID “S002” on the screen of the display unit 22. As shown in the example of FIG. 24, the measure “Please turn off printer power at night” with the energy saving ID “S002” is highlighted and displayed on the screen of the display unit 22.

  Please note that the energy saving ID is “S005”, “Please turn off the air conditioning at night on the day you leave the office” and the energy saving ID is “S003”, “Please turn off the PC / LCD when you go home” Displayed on the screen in a non-emphasized format.

  In the fourth specific example, the basic unit of its own base 2 exceeds the average, and the power consumption efficiency is not good. Therefore, the screen control unit 27 can display a measure for suppressing power consumption according to its own base 2 by highlighting on the screen a measure that is easy to tackle, that is, a measure with low difficulty.

<Fifth example>
Next, a fifth specific example will be described. The fifth specific example shows an example in which the measure extracted in step S29 in FIG. 16 is displayed. In the example of FIG. 12, this corresponds to “E5”. In the fifth specific example, the measures are displayed on the screen of the display unit 22 in which 1) the site is not implemented, 2) is implemented by another site, and 3) the degree of difficulty is high. The

  As described above, the condition 1) is excluded from the display target. The fifth specific example is an example in which the measure extracted in step S29 in FIG. 16 is displayed. Therefore, the determination in step S20 is NO, the determination in step S26 is NO, and the determination in step S28 is YES.

  That is, the own base 2 shows that the power consumption efficiency is not good. Further, the plot PL of the base 2 other than its own base 2 is specified by the operation of the manager working at the base 2.

  Further, the determination in step S28 is YES. Therefore, the basic unit of the designated base 2 is below the average. That is, the designated base 2 indicates that power consumption efficiency is good.

  When another base 2 with good power consumption efficiency is designated, the measure information extraction unit 39 has not yet implemented its own base 2, and among the measures implemented by the other designated base 2, Extract measures with high difficulty. In the example of FIG. 25, the base ID of its own base 2 is “T0002” and the base ID of the designated base 2 is “T0004”.

  In this case, the site 2 is not implemented yet, and the energy saving IDs of the measures implemented by the designated site 2 are “S002” and “S003”. Then, the measure information extraction unit 39 extracts the measure having the energy saving ID “S003” having the highest difficulty level.

  The measure information extraction unit 39 may extract a measure having an energy saving ID “S002”. However, the priority is higher for the measure with the energy saving ID “S003”. Response information including these measure information is transmitted to the terminal 21 of the base 2. The screen control unit 27 of the terminal 21 emphasizes the measure with the energy saving ID “S003” and displays it on the screen of the display unit 22.

  In the example of FIG. 25, the measure “PC is turned off when returning home” with the energy saving ID “S003” is highlighted on the screen. It should be noted that the measure “Energy is turned off at night” with the energy saving ID “S002” is displayed on the screen in a format that is not emphasized.

  In the fifth specific example, the power consumption efficiency of its own base 2 is not good, but the power consumption efficiency of other designated bases 2 is good. In this case, a measure with a high degree of difficulty is dared to be displayed on the screen, thereby encouraging awareness of high power consumption suppression to the own base 2 where the power consumption efficiency is not good. Thereby, the measure suitable for own base 2 can be displayed.

<Sixth specific example>
Next, a sixth specific example will be described. The sixth specific example shows an example in which the measure extracted in step S30 in FIG. 16 is displayed. In the example of FIG. 12, this corresponds to “E6”. In the sixth specific example, the measures are displayed on the screen of the display unit 22 in which 1) the site is not implemented, 2) is implemented by another site, and 3) the difficulty level is low. The

  As described above, the condition 1) is excluded from the display target. The sixth specific example is an example in which the measure extracted in step S30 in FIG. 16 is displayed. Therefore, the determination in step S20 is NO, the determination in step S26 is NO, and the determination in step S28 is NO.

  That is, the own base 2 shows that the power consumption efficiency is not good. Further, the plot PL of the base 2 other than its own base 2 is specified by the operation of the manager working at the base 2.

  Moreover, determination of step S28 is NO. Therefore, the basic unit of the designated base 2 exceeds the average. That is, the designated base 2 indicates that the power consumption efficiency is not good.

  When another base 2 that does not have good power consumption efficiency is designated, the measure information extraction unit 39 has not yet implemented its own base 2, and among the measures that the other designated base 2 has implemented, Extract measures with the least difficulty. In the example of FIG. 26, the base ID of its own base 2 is “T0002”, and the base ID of the designated base 2 is “T0006”.

  In this case, the site 2 is not implemented yet, and the energy saving IDs of the measures implemented by the designated site 2 are “S002” and “S005”. Then, the measure information extraction unit 39 extracts the measure of the energy saving ID “S002” having a low difficulty level.

  The measure information extraction unit 39 may extract a measure having an energy saving ID “S005”. However, the priority is higher for the measure with the energy saving ID “S002”. Response information including these measure information is transmitted to the terminal 21 of the base 2. The screen control unit 27 of the terminal 21 emphasizes the measure with the energy saving ID “S002” and displays it on the screen of the display unit 22.

  In the example of FIG. 26, the measure “Energy printer ID is turned off at night” with the energy saving ID “S002” is highlighted on the screen. It should be noted that the measure of “energy-saving ID“ S005 ”“ turning off the air conditioning at night on the scheduled leaving day ”is displayed on the screen in an unemphasized format.

  In the sixth specific example, the power consumption efficiency of its own base 2 is not good, and the power consumption efficiency of other designated bases 2 is also not good. In this case, measures with low difficulty that are easy to implement are highlighted. Thereby, the measure suitable for own base 2 can be displayed.

<Example of hardware configuration of measure display device>
Next, an example of the hardware configuration of the measure display device 10 will be described. As shown in an example of FIG. 27, the measure display device 10 has a processor 51, a RAM (Random Access Memory) 52, a ROM (Read Only Memory) 53, an auxiliary storage device 54, and a peripheral device connection unit 55 with respect to the bus 50. The communication interface 56 and the portable storage device connection unit 57 are connected.

  The processor 51 is an arbitrary processing circuit such as a CPU (Central Processing Unit). The processor 51 executes the program expanded in the RAM 52. As a program to be executed, a measure display program for realizing the processing of the embodiment can be applied. The ROM 53 is a non-volatile storage device that stores programs developed in the RAM 52.

  The auxiliary storage device 54 is a storage device that stores various information. For example, a hard disk drive, a semiconductor memory, or the like can be applied to the auxiliary storage device 54. The peripheral device connection unit 55 connects the display 58 and the input device 59.

  The communication interface 56 is an interface for performing communication with the outside. The portable storage device connection unit 57 is provided so as to be connectable to the portable storage device 57A. As the portable storage device 57A, a portable memory or an optical disk (for example, a CD (Compact Disk) or a DVD (Digital Video Disk)) can be applied. The measure display program for performing the processing of the embodiment may be recorded on a computer-readable recording medium. In this case, the portable storage device 57A can be applied to the recording medium.

  The RAM 52, the ROM 53, and the auxiliary storage device 54 are all examples of a tangible storage medium that can be read by a computer. These tangible storage media are not temporary media such as signal carriers.

  In the measure display device 10 shown as an example in FIG. 3, the terminal communication unit 25 may be realized by the communication interface 56. The input unit 23 may be realized by the input device 59. The display unit 22 may be realized by the display 58. The authentication unit 24, the plot creation unit 26, the screen control unit 27, and the attribute recognition unit 28 may be realized by a program executed by the processor 51, for example.

<Example of server hardware configuration>
Next, an example of the hardware configuration of the server 3 will be described. As shown in the example of FIG. 28, the server 3 communicates with the processor 60, a RAM (Random Access Memory) 62, a ROM (Read Only Memory) 63, an auxiliary storage device 64, and a peripheral device connection unit 65 with respect to the bus 60. An interface 66 and a portable storage device connection unit 67 are connected.

  The processor 61 is an arbitrary processing circuit such as a CPU (Central Processing Unit). The processor 61 executes a program expanded in the RAM 62. As a program to be executed, a program that realizes the processing of the embodiment can be applied. The ROM 63 is a non-volatile storage device that stores programs developed in the RAM 62.

  The auxiliary storage device 64 is a storage device that stores various information. For example, a hard disk drive, a semiconductor memory, or the like can be applied to the auxiliary storage device 64. The peripheral device connection unit 65 connects the display 68 and the input device 69.

  The communication interface 66 is an interface for performing communication with the outside. The portable storage device connection unit 67 is provided so as to be connectable to the portable storage device 67A. As the portable storage device 67A, a portable memory or an optical disk (for example, a CD (Compact Disk) or a DVD (Digital Video Disk)) can be applied. The program for performing the processing of the embodiment may be recorded on a computer-readable recording medium. In this case, the portable storage device 67A can be applied to the recording medium.

  The RAM 62, the ROM 63, and the auxiliary storage device 64 are all examples of a tangible storage medium that can be read by a computer. These tangible storage media are not temporary media such as signal carriers.

  In the server 3 shown as an example in FIG. 3, the server communication unit 31 may be realized by the communication interface 66. The site information storage unit 33, the all site power information storage unit 34, the site-specific power information storage unit 35, the administrator information storage unit 36, the measure implementation information storage unit 37, and the measure difficulty level information storage unit 38 are included in the auxiliary storage device 64. It may be stored. The information processing unit 32 and the measure information extraction unit 39 may be realized by a program executed by the processor 61, for example.

  Although the disclosed embodiments and their advantages have been described in detail, those skilled in the art can make various modifications, additions and omissions without departing from the scope of the present invention as explicitly set forth in the claims. Let's go.

Regarding the above embodiment, the following additional notes are disclosed.
(Appendix 1)
A plurality of symbols that respectively identify the plurality of bases are displayed on the screen in a graph showing the power consumption status of the plurality of bases,
Displayed on the screen based on whether or not the base specified by the designated symbol among the plurality of symbols is its own base and the power consumption status of the base specified by the designated symbol Different content of measures to reduce power consumption,
Measure display method.
(Appendix 2)
When the base identified by the designated symbol is the own base, the measure not implemented by the base is displayed on the screen, and the designated plot is a base other than the base. When it is, the measure that the other base is implementing is displayed on the screen.
The measure display method according to attachment 1.
(Appendix 3)
When the base specified by the designated symbol is the base of the base, if the basic unit of the base is less than the average, the measure with the highest difficulty is displayed on the screen, and the base If the base unit of the base exceeds the average, the measure with the lowest difficulty is displayed on the screen.
The measure display method according to attachment 2.
(Appendix 4)
When the base specified by the designated symbol is the other base, the basic unit of the other base is below average, and the basic unit of the own base is below average, or When the basic unit of another base exceeds the average and the basic unit of the own base exceeds the average, the own base is not implemented and the other base Display the measure with the lowest difficulty among the measures
When the base specified by the designated symbol is the other base, the basic unit of the other base is below the average, and the basic unit of the own base exceeds the average, Or, when the basic unit of the other base exceeds the average and the basic unit of the own base is below the average, the own base is not implemented and the other base is implementing Of the measures, the measure with the highest difficulty is displayed on the screen.
The measure display method according to attachment 2.
(Appendix 5)
The symbol displayed on the screen is a symbol of a base having the same attribute as the own base,
The measure display method according to attachment 1.
(Appendix 6)
Among the symbols displayed on the screen, the symbol of the own base is displayed in a mode different from the symbols of bases other than the base.
The measure display method according to attachment 1.
(Appendix 7)
The difficulty level is divided into a plurality of levels,
The measure display method according to attachment 1.
(Appendix 8)
The attribute can be selected from a plurality of attributes.
The measure display method according to attachment 1.
(Appendix 9)
The horizontal axis and vertical axis of the graph can be selected from a plurality of types.
The measure display method according to attachment 1.
(Appendix 10)
When the total floor area is designated on the horizontal axis, the graph is enlarged and displayed.
The measure display method according to appendix 9.
(Appendix 11)
A plurality of symbols that respectively identify the plurality of bases are displayed on the screen in a graph showing the power consumption status of the plurality of bases,
Displayed on the screen based on whether or not the base specified by the designated symbol among the plurality of symbols is its own base and the power consumption status of the base specified by the designated symbol Different content of measures to reduce power consumption,
A measure display program that causes a computer to execute processing.
(Appendix 12)
A creation unit for creating a plurality of symbols for identifying the plurality of bases to be displayed in a graph indicating power consumption statuses of the plurality of bases;
Based on whether or not the base specified by the designated symbol among the plurality of symbols is its own base, and the power consumption status of the base specified by the designated symbol, A control unit that performs control to vary the content of the measures for suppressing power consumption to be displayed;
A measure display device comprising:
(Appendix 13)
A client comprising: a creation unit that creates a plurality of symbols respectively specifying the plurality of bases to be displayed in a graph indicating power consumption statuses of the plurality of bases;
Based on the information of the base specified by the specified symbol received from the client, whether or not the base specified by the specified symbol is its own base, and specified by the specified symbol A server comprising an extraction unit that extracts measures for suppressing power consumption based on the power consumption status of the base;
With
The client
A control unit for displaying the measure extracted by the extraction unit on a screen of a display unit;
Measure display system with

DESCRIPTION OF SYMBOLS 1 Policy display stem 2 Base 3 Server 4 Network 10 Policy display apparatus 15 Power monitoring apparatus 21 Terminal 22 Display part 25 Terminal communication part 26 Plot creation part 27 Screen control part 28 Attribute recognition part 31 Server communication part 32 Information processing part 33 Base information Storage unit 34 All-site power information storage unit 35 Each-site power information storage unit 36 Administrator information storage unit 37 Measure implementation information storage unit 38 Measure difficulty level information storage unit 39 Measure information extraction unit 51 Processor 52 RAM
53 ROM

Claims (9)

A measure display method performed by the measure display device,
The creation unit provided in the measure display device creates a plurality of symbols respectively corresponding to the plurality of bases on a graph indicating power consumption status of the plurality of bases,
Of the plurality of symbols, whether or not the base specified by the designated symbol is its own base equipped with the measure display device , and the power consumption status of the base specified by the designated symbol based on the contents of measures the power consumption suppression extracted from the information on a plurality of measures is stored in the storage unit, the screen control unit which is provided in the policy display device can be displayed with different screen,
Whether or not the base specified by the designated symbol is its own base equipped with the measure display device is determined by using identification information for specifying the base specified by the designated symbol and the measure display device. It is determined by whether or not the identification information to be identified matches.
Measure display method. When the base specified by the designated symbol is the own base, the screen control unit displays an unimplemented measure on the screen, and the designated symbol is the own base. When the location is other than the location, the measure implemented by the location is displayed on the screen.
The measure display method according to claim 1. When the base specified by the designated symbol is the base of the screen, the screen control unit displays the measure with the highest difficulty level when the basic unit of the base is below the average. When the basic unit of the base is exceeding the average, the measure with the lowest difficulty is displayed on the screen.
The measure display method according to claim 2. When the base specified by the designated symbol is the other base, the screen control unit has a base unit of the other base that is less than average, and a base unit of the own base is less than average. Or when the basic unit of the other base exceeds the average and the basic unit of the own base exceeds the average, the own base is not implemented and the other base The measures with the lowest difficulty are displayed on the screen,
When the base specified by the designated symbol is the other base, the basic unit of the other base is equal to or less than the average, and the basic unit of the own base is an average. When the basic unit of the other base exceeds the average, and when the basic unit of the own base is below the average, the own base is not implemented and the other base Of the measures implemented by the site, display the measure with the highest difficulty on the screen.
The measure display method according to claim 2. The symbol displayed on the screen by the screen control unit is a symbol of a base having the same attribute as the own base.
The measure display method according to any one of claims 1 to 4. The screen control unit displays the symbol of the own base among the symbols displayed on the screen in a mode different from the symbols of bases other than the base.
The measure display method according to any one of claims 1 to 5. A measure display program for causing a computer to function as a measure display device,
The creation unit provided in the measure display device creates a plurality of symbols respectively corresponding to the plurality of bases on a graph indicating power consumption status of the plurality of bases,
Of the plurality of symbols, whether or not the base specified by the designated symbol is its own base equipped with the measure display device , and the power consumption status of the base specified by the designated symbol Based on the content of the measure for power consumption suppression extracted from information on a plurality of measures stored in the storage unit, the screen control unit provided in the measure display device displays the content differently on the screen,
Causing the computer to perform processing ;
Whether or not the base specified by the designated symbol is its own base equipped with the measure display device is determined by using identification information for specifying the base specified by the designated symbol and the measure display device. It is determined by whether or not the identification information to be identified matches.
Measure display program. A measure display device,
A creation unit that creates a plurality of symbols respectively corresponding to the plurality of bases to be displayed on a graph indicating power consumption status of the plurality of bases;
Of the plurality of symbols, whether or not the base specified by the designated symbol is its own base equipped with the measure display device , and the power consumption status of the base specified by the designated symbol Based on the screen control unit that displays the content of the measure of power consumption suppression extracted from the information on the plurality of measures stored in the storage unit on the screen of the display unit,
Equipped with a,
Whether or not the base specified by the designated symbol is its own base equipped with the measure display device is determined by using identification information for specifying the base specified by the designated symbol and the measure display device. It is determined by whether or not the identification information to be identified matches.
Measure display device. A client including a creation unit that creates a plurality of symbols respectively corresponding to the plurality of bases to be displayed on a graph indicating power consumption statuses of the plurality of bases,
Whether the site specified by the designated symbol generated by the creation unit and received from the client is its own site equipped with the client , and consumption of the site specified by the designated symbol A server comprising an extraction unit that extracts a measure of power consumption suppression from information on a plurality of measures stored in the storage unit based on the power status;
With
Whether the base specified by the specified symbol is the own base provided with the client is determined by identifying information specifying the base specified by the specified symbol and identifying information specifying the client. Is determined by whether or not
The client
A screen control unit for displaying the contents of the measures extracted by the extraction unit on a screen of a display unit;
Measure display system with

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