JP4578565B1 - Energy saving action sheet, energy saving action sheet creation device, energy saving action sheet creation method - Google Patents

Abstract

PROBLEM TO BE SOLVED: In conventional technology, it is difficult to grasp at a glance how much electric power or electric energy charge can be saved by each energy saving action, and to grasp which energy saving action should be preferentially performed. It was difficult.
A first location axis that represents a place name in a building and an amount of power per unit time that can be saved in the location by the length in the axial direction, and a first location axis that represents a time that is scaled. It consists of a first time axis and a first energy saving action placement area to indicate the energy saving action to be taken in the first place axis and a fixed area specified by the first time axis, and the first energy saving action placement area has a certain area By providing the first energy-saving action identification area having the above, an energy-saving action sheet or the like that indicates the approximate amount of power that can be saved by taking the energy-saving action shown in the corresponding first energy-saving action identification area is proposed.
[Selection] Figure 1

Description

  The present invention relates to an energy saving action sheet, an energy saving action sheet creating apparatus, and an energy saving action sheet creating method for supporting an energy saving action.

  Conventionally, in order to enforce energy saving actions, a list of energy saving actions to be taken and a bulleted list are used. Users of the table check each item described and perform energy saving actions to reduce power consumption and electricity charges.

  In addition, a technique for displaying a plurality of countermeasures for reducing expenditure such as electricity charges in an easy-to-understand manner is known. For example, Patent Literature 1 discloses an improvement proposal table that can grasp the current situation and the situation after improvement.

JP2001-30709A

  However, in the prior art, it was difficult to grasp at a glance how much energy or electricity charge can be saved by each energy saving action, and it was difficult to grasp which energy saving action should be given priority. .

  In order to solve the above problems, the first place axis that represents the name of the place in the building and the amount of power per unit time that can be saved in that place by the length in the axial direction, and the time scale A first energy saving action arrangement, and a first energy saving action arrangement area for indicating energy saving actions to be taken in a certain area specified by the first place axis and the first time axis. By providing a first energy-saving action identification area having a certain area in the area, an energy-saving action sheet showing the approximate amount of power that can be saved by taking the energy-saving action indicated in the corresponding first energy-saving action identification area Propose etc.

  In addition, the first place amount that holds the location name in the building that is input via the operation input device and the power amount per unit time that can be saved at the location that is input via the operation input device in association with each other. The name of the place in the building that is input via the holding unit, the operation input device, and the energy saving action that is or will be executed at a specific time zone at the location that is input via the operation input device Saved by the energy saving action indicated by the energy saving action ID input via the operation input device and the energy saving action ID input via the operation input device, the first place action holding unit that holds the energy saving action ID in association with each other. Based on the information held in the first action quantity holding unit and the first place quantity holding unit that holds the approximate amount of electric power that can be associated with the place name in the building and the length in the axial direction at that place Unit time that can be saved The first energy saving action placement area, which is an area that can be identified by the first place axis that shows the amount of power and the first time axis that represents the time when the time is scaled, at each place in the building A first energy-saving action created by a process that determines the length in the axial direction of each axial region (block) at each location by a program that associates the value of the energy that can be saved per unit time with the axial length. Based on the information stored in the placement area creation unit, the information held in the first place action holding unit, and the information held in the first action amount holding unit, the first energy saving action placement area saves the energy saving action. Displays the first energy-saving action identification area associated with the energy-saving action ID, where the amount of power per unit time is the length in the first location axis direction and the duration of the energy-saving action is the length in the axial direction of the first time axis First energy saving action identification area display , And the approximate amount of power that can be saved in the area of the first energy saving action identification area displayed in the first energy saving action placement area and the position with respect to each axis (the amount of power per unit time that can be saved by energy saving action and Proposal of an energy saving action sheet creation device that shows the amount of power that can be grasped by the area that is the integrated value of the energy saving action duration) and the location and time at which the energy saving action was or will be executed To do.

In addition, the name of the place in the building that is input via the operation input device and the power amount per unit time that can be saved at the location that is input via the operation input device are associated and recorded on the recording medium. One place quantity recording step, the name of the place in the building that is input via the operation input device, and the energy saving that is or will be executed at a specific time zone at the location that is input via the operation input device A first place action recording step that associates an energy saving action ID indicating an action and records it on a recording medium, an energy saving action ID that is input via the operation input device, and an energy saving action ID that is input via the operation input device Based on the information recorded in the first action amount recording step and the first place amount recording step, which is recorded on the recording medium in association with the approximate power amount that can be saved by the energy saving action indicated by Identifiable by the first location axis that shows the location name and the amount of power per unit time that can be saved at that location by the length in the axial direction, and the first time axis that shows the time with the time scaled The area of the axis area (block) of each place is a program that associates the length of the first energy-saving action placement area, which is a simple area, with the amount of power per unit time that can be saved at each place in the building and the length in the axial direction. The first energy saving action placement area creation step created by performing the process of determining the length in the axial direction, the information recorded in the first place action recording step, and the information recorded in the first action amount recording step Based on the above, within the first energy saving action placement area, the amount of power per unit time that can be saved by the energy saving action is the length in the first location axis direction, and the duration of the energy saving action is in the axial direction of the first time axis. Energy saving action ID and length A first energy saving action identification area display step for displaying the first energy saving action identification area, and the area of the first energy saving action identification area displayed in the first energy saving action arrangement area and the position with respect to each axis Approximate amount of power that can be saved (the amount of power that can be grasped by the area that is the integrated value of the amount of power per unit time that can be saved by the energy saving action and the duration of the energy saving action) and the energy saving action is or will be executed We propose an energy-saving action sheet creation method that features the location and time.

  With the present invention configured as described above, it is possible to grasp at a glance the time and place where energy-saving actions should be taken, and grasp the approximate amount of electricity and the electricity charge that can be saved by taking each energy-saving action. It becomes possible to do.

The figure which shows an example of the energy-saving action sheet | seat of Example 1. The figure which shows an example of the functional block of the energy saving action sheet preparation apparatus of Example 1. The figure which shows an example of the hardware constitutions of the energy-saving action sheet | seat preparation apparatus of Example 1. The figure which shows an example of the flow of a process of the energy-saving action sheet preparation method of Example 1. The figure which shows an example of the energy-saving action sheet | seat of Example 2. The figure which shows an example of the functional block of the energy saving action sheet preparation apparatus of Example 2. The figure which shows an example of the flow of a process of the energy saving action sheet preparation method of Example 2. The figure which shows an example of the energy-saving action sheet | seat of Example 3. The figure which shows an example of the functional block of the energy-saving action sheet | seat preparation apparatus of Example 3. The figure which shows an example of the flow of a process of the energy-saving action sheet creation method of Example 3. The figure which shows an example of the energy-saving action sheet | seat of Example 4. The figure which shows an example of the functional block of the energy-saving action sheet | seat preparation apparatus of Example 4. The figure which shows an example of the flow of a process of the energy-saving action sheet preparation method of Example 4. The figure which shows an example of the energy-saving action sheet | seat of Example 5.

  Examples of the present invention will be described below. The relationship between the embodiments and the claims is as follows. Example 1 mainly relates to claims 1, 6, 11, etc., Example 2 mainly relates to claims 2, 7, 12, etc., and Example 3 mainly relates to claims 3, 8, 13, etc. Example 4 mainly relates to claims 4, 9, 14 and the like, and Example 5 mainly relates to claims 5, 10, 15 and the like. In addition, this invention is not limited to these Examples at all, and can be implemented in various modes without departing from the gist thereof.

<Energy saving action sheet>
As shown in FIG. 1, the “energy saving action sheet” 0100 of the present embodiment represents a place name in a building and the amount of power per unit time that can be saved in that place by the length in the axial direction. “First location axis” 0101, “First time axis” 0102 representing the time when the time was entered, and energy saving action to be taken in a certain area specified by the first location axis and the first time axis The “first energy saving action arrangement area” 0103 and the “first energy saving action identification area” 0104 having a certain area in the first energy saving action arrangement area are provided in the corresponding first energy saving action identification area. It shows the approximate amount of power that can be saved by taking energy saving action. With this configuration, it is possible to clearly grasp the time and place where the energy saving action should be taken, and to grasp the approximate amount of power that can be saved by taking the energy saving action at a glance.

  As described above, the “first place axis” represents the place name in the building and the amount of electric power per unit time that can be saved at the place by the length in the axial direction. Here, the place names in the building can be classified into various categories. For example, it is possible to classify the building as “1F”, “2F”,..., “9F”, and “0101 Room”, “0102 Room”,. Such as “President's Office”, “Reception Room”, “Conference Room”, “Human Resources Department”, “Sales Department”, “General Affairs Department”, etc., “Accounting Department”, etc. It is also possible to classify them as “tenant A”,..., “Tenant X”, “shared part A”,.

  The first location axis can also be displayed in a hierarchical structure. For example, the location axis is divided into large categories such as “1F”, “2F”, “3F”, and “Reception”, “Reception room”, “Sales department” in the next column.・ It is possible to categorize in small categories.

  Expressing the amount of power per unit time that can be saved at the location in the axial length is related to the location according to the amount of power per unit time that can be saved at the location. This refers to changing the axial length of the axial region. Here, it is conceivable that the amount of power per unit time that can be saved and the length in the axial direction are related by a constant proportional function, but there is no particular limitation as long as the correspondence between the sizes can be understood. As shown in FIG. 1, it is conceivable that the correspondence relationship between the magnitudes is that an arrow indicates the amount of power corresponding to the length of the arrow, and a scale mark for the amount of power is attached. It is also possible to display a relational expression between the amount of electric power per unit time and the length in the axial direction, a relation diagram, or the like in the margin of the energy saving action sheet.

  In addition, it becomes possible to grasp how much the power demand can be reduced according to the length of each first energy saving action identification area in the first place axis direction at the time when it is easy to take the maximum power demand in one day. It is also possible to reduce the maximum power demand.

  The “first time axis” represents the time when the time is entered on the scale as described above. The scale can be finely divided like “9 o'clock”, “10 o'clock”,..., “9 o'clock to 12 o'clock”, “12 o'clock to 15 o'clock”, “15 o'clock” It is possible to make coarse increments such as “18:00 to 18:00” and “18:00 to 21:00”. These scales vary depending on the use of the energy saving action sheet, and various modes are conceivable. Various time ranges can be selected depending on the application.

  In addition, on the first time axis, it is also possible to display a mark or a character indicating a time zone in which the power usage is likely to increase. By making the time zone easily comprehensible, the motivation to take energy-saving action in this time zone is particularly high, and the power consumption can be reduced.

  In addition, on the first time axis, it is also possible to display work schedules, sales schedules, and other information about events that occur at each time. For example, “Go to work” at the 8 o'clock scale, “Start” at the 8:30 scale, “Lunch break” at the 12:00 scale, “End of work” at the 18:00 scale, etc. A mode in which items are displayed is conceivable. By doing so, matters to be noted in each time zone become clearer. For example, it is useful for determining whether or not the power of the personal computer is turned off during a lunch break, and for determining whether or not the power of the ventilation fan is turned off in the time zone after the end of work.

  As described above, the “first energy saving action arrangement area” is for indicating the energy saving action to be taken in a certain area specified by the first place axis and the first time axis. Energy-saving actions to be taken include "Air-conditioner power off", "Air-conditioner mode change", "Ventilation fan power off", "Lighting power off", "Unplug unused electrical appliances", etc. Various things are possible. The fixed area specified by the first location axis and the first time axis is an area having a predetermined size specified by the coordinates of the first location axis and the first time axis.

  In this way, by showing energy saving actions to be taken in a certain area specified by the first place axis and the first time axis, to grasp at a glance what kind of energy saving actions should be taken at that place and time Is possible.

  The “first energy-saving action identification area” has a certain area in the first energy-saving action identification area and indicates the approximate amount of power that can be saved by taking the energy-saving action indicated in the corresponding first energy-saving action identification area. It is characterized by that. In other words, the amount of electric power per unit time is known from the axial length in the first location axis direction, and the duration is known from the axial length in the first time axis direction. The approximate amount of power that can be saved can be grasped by the area of the identification region. In the example of FIG. 1, in the sales department room, by turning off the power supply of the air conditioner and the ventilation fan between 8 o'clock and 10 o'clock, the electric energy of about 2 kWh per unit time (the electric energy of about 4 kWh in 2 hours) is obtained. You can see at a glance that you can save money.

  The length of the first energy-saving action identification area in the first location axis direction is the amount of power consumed per unit time in various modes of the electrical equipment subject to energy-saving action, and the outlet is connected with the power off. It is possible to determine based on the amount of power consumed per unit time or the like. For example, when moving in the air blowing mode instead of moving the air conditioner in the normal cooling mode, the length in the first place axis direction of the first energy saving action identification area is changed according to the difference in the electric energy of these modes I will let you. Further, the axial length of the first energy saving action identification area in the first time axis direction can be determined by the length of time for which the energy saving action should be continued.

  In addition, the first energy saving action identification area may be configured to change a color, a pattern, a touch, and the like according to the priority of the associated energy saving action. For example, “red” or “shaded” may be used for those with high priority for energy saving actions, and “blue” or “no pattern” for those with low priority.

  Moreover, the structure which attaches a check box to a 1st energy saving action identification area | region is also possible. By adopting this configuration, it is possible to easily check whether or not each energy-saving action was taken when performing an energy-saving action with an energy-saving action sheet, and it is possible to reduce leakage and duplication of energy-saving actions Become.

  In addition to the above configuration, a mode is also possible in which a general space for summarizing matters to be particularly noted in energy saving behavior is provided for each place in the building. For the 1st floor location, write “Reduction to the extent that there is no hindrance to work and safety.” Or for the location of the guest room, “Guest room is 10am to 5pm in accordance with checkout.” Can be considered.

<Energy saving action sheet creation device>
FIG. 2 is a diagram illustrating an example of functional blocks of the energy saving action sheet creation apparatus according to the present embodiment. As shown in this figure, the “energy saving action sheet creation device” 0200 of this embodiment includes a “first place amount holding unit” 0201, a “first place action holding unit” 0202, and a “first action amount holding unit”. "0203", "first energy saving action arrangement area creation part" 0204, and "first energy saving action identification area display part" 0205.

  Note that the functional blocks of the apparatus described below can be realized as hardware, software, or both hardware and software. The present invention can be realized not only as an apparatus but also as a method. A part of the invention can be configured as software. Furthermore, a software product used for causing a computer to execute such software and a recording medium in which the product is fixed to a recording medium are naturally included in the technical scope of the present invention (the same applies throughout the present specification). Is).

  The “first place quantity holding unit” has a function of holding a place name in a building and a power amount per unit time that can be saved at the place in association with each other. As means for holding data, it is conceivable to use a general recording medium such as an HDD or a flash memory. The first place quantity holding unit can be configured to function by the same hardware as the first place action holding unit and the first action quantity holding unit described below, or may be configured as separate hardware. Is also possible. In addition, the data for performing these associations can be various, such as a configuration acquired from an external storage medium, a configuration that receives input via an operation input device, and a configuration acquired from another device on the network via a communication device. (The same applies to the following description).

  In the example of FIG. 1, the location name “sales department room” in the building and the electric energy “2.5 kWh” per unit time that can be saved at the location are stored in association with each other, For example, the power consumption per unit time that can be saved at the place is held in association with “3.5 kWh”.

  The “first place action holding unit” has a function of associating and holding a place name in a building and an energy saving action ID executed or scheduled to be executed at a specific time zone at the place. In the example of FIG. 1, the place name “canteen” and the energy saving action ID “air conditioner OFF from 8 o'clock to 11:30” are held in association with each other, or the place name “work room” and the energy saving action ID “work” are stored. In the room, it is relevant to hold the ventilation fan OFF from 8 o'clock to 23 o'clock.

  The “first action amount holding unit” has a function of associating and holding an energy saving action ID and an approximate power amount that can be saved by the energy saving action indicated by the energy saving action ID. In the example of FIG. 1, the energy saving action ID “air blower mode from 10 o'clock to 19:30 in the sales department room” and the approximate electric energy that can be saved by the energy saving action “the electric energy of 0.75 kWh per unit time × 9 hours” ”Or an energy saving action ID“ Printer OFF from 19:00 to 23:00 in the sales department room ”and the approximate amount of power that can be saved by the energy saving action“ 0.5 kWh of energy per unit time × 4 hours And the like are held in association with each other.

  Based on the information held in the first place quantity holding unit, the “first energy saving action placement area creation unit” is based on the location name in the building and the length in the axial direction per unit time that can be saved at that place. And a first time axis representing the time when the time is entered, and a function of creating a first energy saving action arrangement area that is an identifiable area.

  The “first energy saving action identification area display unit” is based on the information held in the first place action holding part and the information held in the first action amount holding part. And a first energy saving action identification area associated with the energy saving action ID in correspondence with the first time axis and the first place axis. In addition, the area of the first energy saving action identification area displayed in the first energy saving action arrangement area and the approximate amount of electric power that can be saved with respect to the position with respect to each axis, and the place and time at which the energy saving action is executed or scheduled to be executed are displayed. It is characterized by showing.

  The data of the energy saving action sheet output by the above energy saving action sheet creation device can be output to the printer device and taken out in a printed state, or the data can be output to the display device and displayed on the screen. It can also be displayed above. It is also possible to record on a recording medium or transmit data to other devices on the network using a communication device.

<Specific configuration>
FIG. 3 is a schematic diagram illustrating an example of a configuration when each functional component of the energy saving action sheet creation device is realized as hardware. The operation of the hardware configuration unit will be described using this figure.

  As shown in this figure, the energy saving action sheet creation device includes “CPU” 0301, “main memory” 0302, “auxiliary storage device” 0303, “display device” 0304, and “communication device” 0305. , “Printer Device” 0306 and “Operation Input Device” 0307. These components are connected to each other by a data communication path of “system bus” 0308, and perform transmission / reception and processing of information.

  The CPU records the location name in the building and the amount of power per unit time that can be saved at the location in association with the address A of the auxiliary storage device. Further, the CPU records the location name in the building and the energy saving action ID executed or scheduled to be executed at a specific time zone at the location in the address B of the auxiliary storage device. Further, the CPU records the energy saving action ID and the approximate power amount that can be saved by the energy saving action indicated by the energy saving action ID in association with the address C of the auxiliary storage device.

  The CPU reads the information held at the address A of the auxiliary storage device into the main memory, and obtains the name of the place in the building and the amount of power per unit time that can be saved at that place by the length in the axial direction. A first energy saving action arrangement area, which is an area that can be specified by the indicated first place axis and the first time axis representing the time when the time is entered, is created, and the processing result is stored in the main memory. Specifically, the length of the axial area (block) of each location in the axial direction is determined by a program that associates the value of the amount of power per unit time that can be saved at each location in the building with the axial length. Perform the decision process.

  Based on the information held at the address B of the auxiliary storage device and the information held at the address C, the CPU makes the first time axis and the first place axis correspond to each other in the first energy saving action arrangement area. The first energy saving action identification area associated with the energy saving action ID is displayed, and the processing result is stored in the main memory. Here, the approximate amount of power that can be saved in the area of the first energy saving action identification area displayed in the first energy saving action arrangement area and the position with respect to each axis, the place and time at which the energy saving action is executed or scheduled to be executed, and Use a program that adjusts as shown.

<Energy saving action sheet creation method>
FIG. 4 is a diagram illustrating an example of a processing flow of the energy saving action sheet creation method of the present embodiment. The flow of processing in the figure consists of the following steps. First, in step S0401, the name of a place in the building and the amount of power per unit time that can be saved at the place are associated and recorded on the recording medium (first place quantity recording step). Next, in step S0402, the place name in the building and the energy saving action ID executed or scheduled to be executed at the place at the specific time zone are recorded in association with each other on the recording medium (first place action recording step). . Next, in step S0403, the energy saving action ID and the approximate amount of power that can be saved by the energy saving action indicated by the energy saving action ID are associated and recorded on the recording medium (first action amount recording step). Next, in step S0404, based on the information recorded in the first location amount recording step, the location name in the building and the amount of power per unit time that can be saved at that location by the length in the axial direction are shown. The first energy saving action arrangement area which is an area that can be specified by the first place axis and the first time axis representing the time when the time is entered is created (first energy saving action arrangement area creating step). Next, in step S0405, based on the information recorded in the first place action recording step and the information recorded in the first action amount recording step, the first time axis is set in the first energy saving action arrangement area. The first energy saving action identification area associated with the energy saving action ID is displayed in correspondence with the first place axis (first energy saving action identification area display step). It should be noted that the area of the first energy-saving action identification area displayed in the first energy-saving action placement area and the approximate amount of power that can be saved with respect to the position with respect to each axis, and the location and time at which the energy-saving action is executed or scheduled to be executed. It is characterized by showing.

<Effect>
With the present invention configured as described above, it becomes possible to grasp at a glance the time and place where energy-saving actions should be taken, and it is possible to grasp the approximate amount of power that can be saved by taking each energy-saving action. It becomes possible.

<Energy saving action sheet>
As shown in FIG. 5, the “energy saving action sheet” 0500 of the present embodiment represents the name of the place in the building and the amount of power per unit time that can be saved at that place by the length in the axial direction. “Second location axis” 0501, “Second time axis” 0502 representing the time when the time has been ticked, and energy saving action to be taken are shown in a certain area specified by the second location axis and the second time axis The “second energy saving action arrangement area” 0503 is provided, and by providing a “second energy saving action identification area” 0504 having a certain area in the second energy saving action arrangement area, We propose an energy saving action sheet that shows the approximate amount of electricity that can be saved by taking the indicated energy saving action. By adopting such a configuration, it is possible to clearly grasp the time and place where the energy saving action should be taken, and to grasp at a glance the approximate electric energy charge that can be saved by taking the energy saving action.

  As described above, the “second place axis” represents a place name in the building and a power charge per unit time that can be saved in the place by the length in the axial direction. The difference from the first location axis is that, instead of the conservable power amount per unit time, a conservable power amount charge per unit time is assigned to the axial length. The electric energy charge per unit time that can be saved can be estimated as a value obtained by multiplying the electric energy per unit time that can be saved by the electric energy charge unit price. It is conceivable to use the amount announced by the electric power company for the unit price of the electric energy charge.

  As described above, the “second time axis” represents the time when the time is entered on the scale. Basically, it is the same as the configuration of the first time axis described in the first embodiment. In addition, it is possible to adopt a configuration in which information is provided to clarify the time zone when the electricity charge changes. For example, a mark indicating that the electric energy charge changes in the vicinity of the scale of 11:00 and 14:00 when the price of the electric energy charge is higher in the “11:00 to 14:00” time zone than in other time zones. A mode in which letters and letters are attached is conceivable. Moreover, the structure which displays the electric energy charge of each time slot | zone linked | related with the scale of time is also possible.

  As described above, the “second energy saving action arrangement area” is for indicating the energy saving action to be taken in a certain area specified by the second place axis and the second time axis. Basically, it is the same as the configuration of the first energy saving action placement area described in the first embodiment. In addition, in the margin in the second energy saving action arrangement area, it is possible to display a power charge unit price (unit price in daytime, nighttime, heavy load time, etc.) and a basic charge unit price.

  As described above, the “second energy-saving action identification area” has a certain area in the second energy-saving action identification area and can be saved by taking the energy-saving action indicated in the corresponding second energy-saving action identification area. It is characterized by showing a quantity fee. In other words, the amount of electricity per unit time can be determined from the axial length in the second location axis direction, and the duration can be determined from the axial length in the second time axis direction. Based on the area of the action identification area, it is possible to grasp the approximate power charge that can be saved.

<Energy saving action sheet creation device>
FIG. 6 is a diagram illustrating an example of functional blocks of the energy saving action sheet creation apparatus according to the present embodiment. As shown in this figure, the “energy saving action sheet creation device” 0600 of this embodiment includes a “second place amount holding unit” 0601, a “second place action holding unit” 0602, and a “second action amount holding unit”. ”0603,“ second energy saving action arrangement area creation part ”0604, and“ second energy saving action identification area display part ”0605.

  The “second place quantity holding unit” has a function of holding a place name in a building in association with a power charge per unit time that can be saved at the place. In the example of FIG. 5, the place name “front” in the building is stored in association with the energy charge “25 yen / hour” per unit time that can be saved at the place, or the place name “guest room floor” in the building. And “30 yen / hour” of electric power per unit time that can be saved at the location.

  The “second place action holding unit” has a function of associating and holding a place name in a building and an energy saving action ID executed or scheduled to be executed at a specific time zone at the place. In the example of FIG. 5, the place name “front” and the energy saving action ID “lighting off from 11:30 to 15:00 at the front” are held in association with each other, or the place name “outside” and the energy saving action ID “on the outside”. Corresponding to hold “Northern veranda lighting OFF” from 10:00 to 20:00.

  The “second behavior amount holding unit” has a function of associating and holding an energy saving behavior ID and an approximate power amount charge that can be saved by the energy saving behavior indicated by the energy saving behavior ID. In the example of FIG. 5, the energy saving action ID “lighting off from 11:30 to 14:00 on the guest room floor” and the approximate electricity charge that can be saved by the energy saving action “electricity charge of 30 yen per unit time × 2 and a half hours” Energy saving action ID "Rooftop signboard lighting OFF from 8am to 6pm on the outer periphery" and the approximate energy charge that can be saved by the energy saving action "Electricity charge of 10 yen per unit time x 10 hours And the like are held in association with each other.

  Based on the information stored in the second place quantity holding unit, the “second energy saving action arrangement area creation unit” is based on the location name in the building and the length in the axial direction per unit time that can be saved at that place. A second energy saving action arrangement area that is an area that can be specified by a second location axis that indicates the amount of electric power charges and a second time axis that represents the time when the time is entered.

  The “second energy saving action identification area display part” is based on the information held in the second place action holding part and the information held in the second action amount holding part. And a second energy saving action identification area associated with the energy saving action ID in correspondence with the second time axis and the second place axis. It should be noted that the approximate energy charge that can save the area of the second energy saving action identification area displayed in the second energy saving action placement area and the position with respect to each axis, the place and time at which the energy saving action is executed or scheduled to be executed, and It is characterized by showing.

  The data of the energy saving action sheet output by the above energy saving action sheet creation device can be output to the printer device and taken out in a printed state, or the data can be output to the display device and displayed on the screen. It can also be displayed above. It is also possible to record on a recording medium or transmit data to other devices on the network using a communication device.

<Specific configuration>
The hardware configuration of the energy saving action sheet creating apparatus of the present embodiment is the same as the hardware configuration of the energy saving action sheet creating apparatus of the first embodiment described with reference to FIG.

<Energy saving action sheet creation method>
FIG. 7 is a diagram illustrating an example of a processing flow of the energy saving action sheet creation method of the present embodiment. The flow of processing in the figure consists of the following steps. First, in step S0701, the name of the place in the building and the electricity charge per unit time that can be saved in the place are associated and recorded on the recording medium (second place quantity recording step). Next, in step S0702, the name of the place in the building and the energy-saving action ID executed or scheduled to be executed at that place in a specific time zone are associated and recorded on the recording medium (second place action recording step). . Next, in step S0703, the energy saving action ID and the approximate electric energy charge that can be saved by the energy saving action indicated by the energy saving action ID are associated and recorded on the recording medium (second action amount recording step). Next, in step S0704, based on the information recorded in the second location amount recording step, the location name in the building and the energy charge per unit time that can be saved at that location by the length in the axial direction are obtained. A second energy saving action arrangement area that is an area that can be specified by the indicated second place axis and a second time axis that represents the time when the time is entered is created (second energy saving action arrangement area creation step). Next, in step S0705, based on the information recorded in the second place action recording step and the information recorded in the second action amount recording step, the second time axis is set in the second energy saving action arrangement area. The second energy saving action identification area associated with the energy saving action ID is displayed in correspondence with the second place axis (second energy saving action identification area display step). It should be noted that the approximate energy charge that can save the area of the second energy saving action identification area displayed in the second energy saving action placement area and the position with respect to each axis, the place and time at which the energy saving action is executed or scheduled to be executed, and It is characterized by showing.

<Effect>
With the present invention configured as described above, it is possible to grasp at a glance the time and place where energy-saving actions should be taken, and to grasp the approximate electricity charge that can be saved by taking each energy-saving action. Is possible.

<Energy saving action sheet>
As shown in FIG. 8, the “energy saving action sheet” 0800 of the present embodiment is a “third” that represents the name of a place in the building and the power consumption per unit time at that place in the axial length. “Location Axis” 0801, “Third Time Axis” 0802 representing the time when the time is ticked, and “First Axis” to indicate energy saving action to be taken in a certain area specified by the third location axis and the third time axis Energy saving action shown in the corresponding third energy saving action identification area by providing “third energy saving action identification area” 0804 having a certain area in the third energy saving action arrangement area “0803”. It shows the approximate amount of power that can be saved by taking action.

  As described above, the third place axis represents the name of the place in the building and the power consumption per unit time at that place by the length in the axial direction. That is, the length of the third place axis is increased in accordance with the amount of power consumption per unit time in the building. With this configuration, it is possible to grasp at a glance how much power is being consumed at each place in the building. Furthermore, it is possible to grasp how much of the power consumption can be saved by the size of the third energy saving action identification area.

  The third time axis, the third energy saving action arrangement area, and the third energy saving action arrangement area are the same as the first time axis, the first energy saving action arrangement area, and the first energy saving action identification area described in the first embodiment. .

<Energy saving action sheet creation device>
FIG. 9 is a diagram illustrating an example of functional blocks of the energy saving action sheet creation apparatus according to the present embodiment. As shown in this figure, the “energy saving action sheet creation device” 0900 of this embodiment includes a “third place quantity holding unit” 0901, a “third place action holding part” 0902, and a “third action quantity holding unit”. ”0903,“ third energy saving action arrangement area creation unit ”0904, and“ third energy saving action identification area display part ”0905.

  The “third place quantity holding unit” has a function of holding the place name in the building and the power consumption per unit time at the place in association with each other. In the example of FIG. 8, the location name “sales department room” in the building and the power consumption per unit time “5 kWh” at that location are stored in association with each other, or the location name “work room” in the building and the location Or the power consumption per unit time of “4 kWh”.

  The “third place action holding unit” has a function of holding a place name in a building in association with an energy saving action ID executed or scheduled to be executed at a specific time zone at the place. The said structure is the same as that of the 1st place action holding | maintenance part demonstrated in Example 1. FIG.

  The “third action amount holding unit” has a function of holding an energy saving action ID and an approximate power amount that can be saved by the energy saving action indicated by the energy saving action ID in association with each other. The said structure is the same as that of the 1st action amount holding | maintenance part demonstrated in Example 1. FIG.

  Based on the information stored in the third place quantity holding unit, the “third energy saving action placement area creation unit” uses the place name in the building and the length in the axial direction to consume power per unit time at that place. It has a function of creating a third energy saving action placement area, which is an area that can be specified by a third place axis indicating the quantity and a third time axis indicating the time when the time is entered.

  The “third energy saving action identification area display part” is based on the information held in the third place action holding part and the information held in the third action amount holding part. And a third energy saving action identification area associated with the energy saving action ID in correspondence with the third time axis and the third place axis. It should be noted that the area of the third energy saving action identification area displayed in the third energy saving action arrangement area and the approximate amount of power that can be saved with respect to the position with respect to each axis, and the place and time at which the energy saving action is executed or scheduled to be executed It is characterized by showing.

  The data of the energy saving action sheet output by the above energy saving action sheet creation device can be output to the printer device and taken out in a printed state, or the data can be output to the display device and displayed on the screen. It can also be displayed above. It is also possible to record on a recording medium or transmit data to other devices on the network using a communication device.

<Specific configuration>
The hardware configuration of the energy saving action sheet creating apparatus of the present embodiment is the same as the hardware configuration of the energy saving action sheet creating apparatus of the first embodiment described with reference to FIG.

<Energy saving action sheet creation method>
FIG. 10 is a diagram illustrating an example of a processing flow of the energy saving action sheet creation method of the present embodiment. The flow of processing in the figure consists of the following steps. First, in step S1001, the name of the place in the building and the power consumption per unit time at that place are associated and recorded on the recording medium (third place quantity recording step). Next, in step S1002, the name of the place in the building and the energy saving action ID executed or scheduled to be executed at the place in the specific time zone are recorded in association with each other (third place action recording step). . Next, in step S1003, the energy saving action ID and the approximate amount of power that can be saved by the energy saving action indicated by the energy saving action ID are associated and recorded on the recording medium (third action amount recording step). Next, in step S1004, based on the information recorded in the third place quantity recording step, the place name in the building and the power consumption per unit time at the place in the axial length are shown. A third energy saving action placement area, which is an area that can be identified by the three place axes and the third time axis representing the time when the time is entered, is created (third energy saving action placement area creation step). Next, in step S1005, based on the information recorded in the third place action recording step and the information recorded in the third action amount recording step, the third time axis is set in the third energy saving action arrangement area. The third energy saving action identification area associated with the energy saving action ID is displayed in correspondence with the third place axis (third energy saving action identification area display step). It should be noted that the area of the third energy saving action identification area displayed in the third energy saving action arrangement area and the approximate amount of power that can be saved with respect to the position with respect to each axis, and the place and time at which the energy saving action is executed or scheduled to be executed It is characterized by showing.

<Effect>
The energy-saving action sheet of this example allows you to clearly grasp the time and place where energy-saving action should be taken, and at a glance, understand the power consumption at that place and the approximate amount of power that can be saved by taking energy-saving action. It becomes possible to do.

<Energy saving action sheet>
As shown in FIG. 11, the “energy saving action sheet” 1100 of the present embodiment represents a “fourth name” that represents the name of a place in the building and the amount of power per unit time at that place in the axial direction. “Location axis” 1101, “Fourth time axis” 1102 representing the time when the time has been graduated, and “Fourth time axis” for indicating the energy saving action to be taken in a fixed area specified by the fourth location axis and the fourth time axis Energy saving action shown in the corresponding fourth energy saving action identification area by providing a “fourth energy saving action identification area” 1104 having a certain area in the fourth energy saving action arrangement area ”1103. It is characterized by showing the approximate electricity charge that can be saved by taking action.

As described above, the fourth place axis represents the name of the place in the building and the electric energy charge per unit time at the place by the length in the axial direction. That is, the length of the axis of the third place axis is increased according to the magnitude of the electric energy charge per unit time in the building.

  The fourth time axis, the fourth energy saving action arrangement area, and the fourth energy saving action arrangement area are the same as the second time axis, the second energy saving action arrangement area, and the second energy saving action identification area described in the second embodiment. .

<Energy saving action sheet creation device>
FIG. 12 is a diagram illustrating an example of functional blocks of the energy saving action sheet creating apparatus according to the present embodiment. As shown in this figure, the “energy saving action sheet creation device” 1200 according to the present embodiment includes a “fourth place amount holding unit” 1201, a “fourth place action holding unit” 1202, and a “fourth action amount holding unit”. ”1203,“ Fourth energy saving action arrangement area creation unit ”1204, and“ Fourth energy saving action identification area display part ”1205.

  The “fourth place quantity holding unit” has a function of holding the place name in the building and the electric energy charge per unit time at the place in association with each other. In the example of FIG. 11, the location name “front (1F)” in the building is associated with the electric energy charge “50 yen / hour” per unit time, or the location name “outer” in the building. And the electric energy charge per unit time “35 yen / hour” at that location.

  The “fourth place action holding unit” has a function of holding a place name in a building in association with an energy saving action ID executed or scheduled to be executed at a specific time zone at the place. The said structure is the same as that of the 1st place action holding | maintenance part demonstrated in Example 1. FIG.

  The “fourth action amount holding unit” has a function of associating and holding an energy saving action ID and an approximate power amount charge that can be saved by the energy saving action indicated by the energy saving action ID. The said structure is the same as that of the 1st action amount holding | maintenance part demonstrated in Example 1. FIG.

  Based on the information stored in the fourth location quantity storage unit, the “fourth energy conservation action placement area creation unit” uses the location name in the building and the length in the axial direction for the amount of power per unit time at that location. It has a function of creating a fourth energy saving action arrangement area, which is an area that can be specified by a fourth place axis indicating a charge, and a fourth time axis indicating a time when the time is entered.

  The “fourth energy saving action identification area display part” is based on the information held in the fourth place action holding part and the information held in the fourth action amount holding part. And a fourth energy saving action identification area associated with the energy saving action ID in correspondence with the fourth time axis and the fourth place axis. It should be noted that the area of the fourth energy saving action identification area displayed in the fourth energy saving action arrangement area and the approximate electric energy charge that can save the position with respect to each axis, the place and time at which the energy saving action was executed or scheduled to be executed, It is characterized by showing.

  The data of the energy saving action sheet output by the above energy saving action sheet creation device can be output to the printer device and taken out in a printed state, or the data can be output to the display device and displayed on the screen. It can also be displayed above. It is also possible to record on a recording medium or transmit data to other devices on the network using a communication device.

<Specific configuration>
The hardware configuration of the energy saving action sheet creating apparatus of the present embodiment is the same as the hardware configuration of the energy saving action sheet creating apparatus of the first embodiment described with reference to FIG.

<Energy saving action sheet creation method>
FIG. 13 is a diagram illustrating an example of a processing flow of the energy saving action sheet creation method of the present embodiment. The flow of processing in the figure consists of the following steps. First, in step S1301, the name of the place in the building and the electric energy charge per unit time at the place are associated and recorded on the recording medium (fourth place quantity recording step). Next, in step S1302, the name of the place in the building and the energy-saving action ID executed or scheduled to be executed at a specific time zone at that place are associated and recorded on the recording medium (fourth place action recording step). . Next, in step S1303, the energy saving action ID and the approximate electric energy charge that can be saved by the energy saving action indicated by the energy saving action ID are associated and recorded on the recording medium (fourth action amount recording step). Next, in step S1304, based on the information recorded in the fourth location quantity recording step, the location name in the building and the amount of power per unit time at that location in the axial direction are shown. A fourth energy saving action placement area, which is an area that can be specified by the four place axes and a fourth time axis representing the time when the time is entered, is created (fourth energy saving action placement area creation step). Next, in step S1305, based on the information recorded in the fourth place action recording step and the information recorded in the fourth action amount recording step, the fourth time axis is set in the fourth energy saving action arrangement area. The fourth energy saving action identification area associated with the energy saving action ID is displayed in correspondence with the fourth place axis (fourth energy saving action identification area display step). It should be noted that the area of the fourth energy saving action identification area displayed in the fourth energy saving action arrangement area and the approximate electric energy charge that can save the position with respect to each axis, the place and time at which the energy saving action was executed or scheduled to be executed, It is characterized by showing.

<Effect>
With the energy saving action sheet of this example, you can clearly grasp the time and place where energy saving action should be taken, and at a glance the power charge at that place and the approximate power charge that can be saved by taking energy saving action It becomes possible to grasp.

<Energy saving action sheet, energy saving action sheet creation device, energy saving action sheet creation method>
The energy saving action sheet of the present embodiment is basically the same as the energy saving action sheet described in any one of Examples 1 to 4, but as shown in FIG. 14, the first place axis or the second place axis or The third place axis or the fourth place axis is an axis whose scale is changed according to the place name. In the example of this figure, the scale “arrow A indicating 1 kWh” is used for the place name “management room”, and the scale “arrow B (same size as arrow A) indicating 2 kWh” is used for the place name “manufacturing room A”. ing. The energy saving action sheet creation device and the energy saving action sheet creation method of the present embodiment are basically the same as the energy saving action sheet creation device and the energy saving action sheet creation method described in any one of the first to fourth embodiments. However, the first place axis, the second place axis, the third place axis, or the fourth place axis is an axis whose scale is changed according to the place name.

  By changing the scale for each place by using the first place axis, the second place axis, the third place axis, or the fourth place axis as the axis that changes the scale according to the place name, the size according to each place It is possible to provide an energy saving action identification area. For example, there are cases where a plurality of energy saving actions can be considered in a certain place, and the plurality of energy saving actions are desired to be expressed compactly in an energy saving action sheet. In addition, the amount of power that can be saved by each energy saving action and the amount of power consumed at that location may be larger than at other locations. In these cases, with the above configuration, each energy saving action identification area indicating each energy saving action can be displayed without difficulty in space, and the visibility of the table is further improved.

<Effect>
According to the present invention having the above-described configuration, by adopting the configuration, in addition to the effect of any one of the first to fourth embodiments, a plurality of energy-saving actions can be displayed without difficulty in a space. Visibility is improved.

DESCRIPTION OF SYMBOLS 0100 ... Energy saving action sheet, 0101 ... First place axis, 0102 ... First time axis, 0103 ... First energy saving action arrangement area, 0104 ... First energy saving action identification area, 0200 ... Energy saving action sheet creation device, 0201 ... First Place amount holding unit, 0202... First place action holding unit, 0203... First action amount holding unit, 0204... First energy saving action arrangement area creating unit, 0205. ... Main memory, 0303 ... Auxiliary storage device, 0304 ... Display device, 0305 ... Communication device, 0306 ... Printer device, 0307 ... Operation input device, 0308 ... System bus

Claims (10)

A first place quantity holding unit that holds the name of a place in a building that is input via the operation input device and the electric energy per unit time that can be saved at the place that is input via the operation input device in association with each other. When,
The location name in the building input via the operation input device, and the energy saving action ID indicating the energy saving action executed or scheduled to be executed at a specific time zone at the location input via the operation input device A first place action holding unit that holds and associates,
A first action amount holding unit that holds an energy saving action ID that is input via the operation input device and an approximate power amount that can be saved by the energy saving action indicated by the energy saving action ID that is input via the operation input device; ,
A first location axis indicating the location name in the building and the amount of power per unit time that can be saved at that location by the length in the axial direction based on the information held in the first location quantity holding unit; The first time axis that represents the time when the time is ticked, and the value and axis of the amount of electric power per unit time that can be saved at each place in the building in the first energy-saving action placement area that is an area that can be specified by A first energy-saving action placement area creation unit created by performing a process of determining the length of the location axis direction of the axis area (block) of each location by a program relating the length of the direction;
Based on the information held in the first place action holding unit and the information held in the first action amount holding unit, within the first energy saving action placement area, per unit time that can be saved by the energy saving action First energy-saving action identification that displays the first energy-saving action identification area associated with the energy-saving action ID, where the amount of electric power is the length in the first location axis direction and the duration of the energy-saving action is the length in the axial direction of the first time axis An area display,
Have
Approximate amount of power that can be saved in the area of the first energy saving action identification area and the position of each axis displayed in the first energy saving action placement area (the amount of power per unit time that can be saved by the energy saving action and the duration of the energy saving action) The energy saving action sheet creating apparatus characterized by indicating the amount of electric power that can be grasped by the area that is an integrated value) and the place and time at which the energy saving action is or will be executed. Second place quantity holding that associates and holds the name of the place in the building that is input via the operation input device and the electricity charge per unit time that can be saved at the location that is input via the operation input device And
The location name in the building input via the operation input device, and the energy saving action ID indicating the energy saving action executed or scheduled to be executed at a specific time zone at the location input via the operation input device A second place action holding unit that holds and associates,
The second action amount holding unit that holds the energy saving action ID input via the operation input device and the approximate power charge that can be saved by the energy saving action indicated by the energy saving action ID input via the operation input device in association with each other. When,
Based on the information held in the second place quantity holding part, the second place axis showing the name of the place in the building and the energy charge per unit time that can be saved at that place by the length in the axial direction And the second time axis representing the time when the time is ticked, and the value of the energy charge per unit time that can be saved at each location in the building, which is the area that can be specified by the second energy saving action placement area A second energy-saving action placement area creation unit created by performing a process of determining the axial length of the axial area (block) of each location by a program that associates the length in the axial direction with each other,
Based on the information held in the second place action holding unit and the information held in the second action amount holding unit, in the second energy saving action placement area, per unit time that can be saved by the energy saving action Second energy-saving action that displays a second energy-saving action identification area associated with an energy-saving action ID, where the electric energy charge is the length in the second location axis direction and the duration of the energy-saving action is the length in the axial direction of the second time axis An identification area display;
Have
Approximate power charge that can save the area of the second energy saving action identification area displayed in the second energy saving action placement area and the position of each axis (the power charge per unit time that can be saved by the energy saving action and the energy saving action An energy saving action sheet creating apparatus characterized by showing an electric energy charge that can be grasped by an area that is an integrated value with a continuous time) and a place and time at which the energy saving action is or will be executed. A third location quantity holding unit that holds the location name in the building input via the operation input device and the amount of power consumed per unit time at the location input via the operation input device in association with each other; ,
The location name in the building input via the operation input device, and the energy saving action ID indicating the energy saving action executed or scheduled to be executed at a specific time zone at the location input via the operation input device A third place action holding unit that holds and associates,
A third action amount holding unit that holds an energy saving action ID that is input via the operation input device and an approximate power amount that can be saved by the energy saving action indicated by the energy saving action ID that is input via the operation input device; ,
Based on the information held in the third place quantity holding unit, the third place axis indicating the place name in the building and the amount of power consumed per unit time at that place by the length in the axial direction; The third time axis that represents the time when the time is entered into the scale, and the third energy saving action placement area that is an area that can be specified by the value of the amount of power consumed per unit time and the axial direction of each area in the building A third energy-saving action placement area creation unit created by performing a process of determining the length in the place axis direction of the axis area (block) of each place by a program associated with the length;
Based on the information held in the third place action holding unit and the information held in the third action amount holding unit, within the third energy saving action placement area, per unit time that can be saved by the energy saving action Third energy saving action identification that displays the third energy saving action identification area associated with the energy saving action ID, where the electric energy is the length in the third place axis direction and the duration of the energy saving action is the length in the axial direction of the third time axis An area display,
Have
Approximate amount of power that can be saved in the area of the third energy saving action identification area displayed in the third energy saving action placement area and the position on each axis (the amount of power that can be saved by the energy saving action and the duration of the energy saving action) The energy saving action sheet creating apparatus characterized by indicating the amount of electric power that can be grasped by the area that is an integrated value) and the place and time at which the energy saving action is or will be executed. A fourth location quantity holding unit that holds the location name in the building that is input via the operation input device and the electric energy charge per unit time at the location that is input via the operation input device in association with each other;
The location name in the building input via the operation input device, and the energy saving action ID indicating the energy saving action executed or scheduled to be executed at a specific time zone at the location input via the operation input device A fourth place action holding unit that holds and associates,
A fourth action amount holding unit that holds an energy saving action ID that is input via the operation input device and an approximate power charge that can be saved by the energy saving action indicated by the energy saving action ID that is input via the operation input device. When,
Based on the information held in the 4th place quantity holding unit, the 4th place axis indicating the place name in the building and the amount of power at that place by the length in the axial direction, and the time are entered on the scale A program that associates the value of the energy charge per unit time with the length in the axial direction at each location in the building in the fourth energy saving action placement area, which is an area that can be specified by the fourth time axis that represents the measured time. A fourth energy-saving action placement area creation unit created by performing processing to determine the length of the axis area (block) of each place in the place axis direction,
Based on the information held in the fourth place action holding unit and the information held in the fourth action amount holding unit, within the fourth energy saving action placement area, per unit time that can be saved by the energy saving action The fourth energy-saving action that displays the fourth energy-saving action identification area associated with the energy-saving action ID, where the electric energy charge is the length in the fourth location axis direction and the duration of the energy-saving action is the length in the axis direction of the fourth time axis An identification area display;
Have
Approximate power charge that can save the area of the fourth energy saving action identification area displayed in the fourth energy saving action placement area and the position of each axis (the power charge per unit time that can be saved by the energy saving action and the energy saving action An energy saving action sheet creating apparatus characterized by showing an electric energy charge that can be grasped by an area that is an integrated value with a continuous time) and a place and time at which the energy saving action is or will be executed.   The first place axis, the second place axis, the third place axis, or the fourth place axis is an axis in which the scale is changed for each place name in the building. 5. Energy saving action sheet creation according to any one of claims 1 to 4 apparatus. The first place where the place name in the building input via the operation input device and the electric energy per unit time that can be saved at the location input via the operation input device are associated and recorded on the recording medium A quantity recording step;
The location name in the building input via the operation input device, and the energy saving action ID indicating the energy saving action executed or scheduled to be executed at a specific time zone at the location input via the operation input device A first place action recording step for recording on a recording medium in association with each other;
The first action amount recorded in the recording medium in association with the energy saving action ID input through the operation input device and the approximate power amount that can be saved by the energy saving action indicated by the energy saving action ID input through the operation input device Recording step;
Based on the information recorded in the first location amount recording step, a first location axis indicating the location name in the building and the amount of power per unit time that can be saved at that location by the length in the axial direction; The first time axis that represents the time when the time is ticked, and the value and axis of the amount of electric power per unit time that can be saved at each place in the building in the first energy-saving action placement area that is an area that can be specified by A first energy-saving action placement area creation step created by performing a process of determining the length of the place axis direction of the axis area (block) of each place by a program relating the length of the direction;
Based on the information recorded in the first place action recording step and the information recorded in the first action amount recording step, the per unit time that can be saved by the energy saving action in the first energy saving action placement area. First energy-saving action identification that displays the first energy-saving action identification area associated with the energy-saving action ID, where the amount of electric power is the length in the first location axis direction and the duration of the energy-saving action is the length in the axial direction of the first time axis An area display step;
Have
Approximate amount of power that can be saved in the area of the first energy saving action identification area and the position of each axis displayed in the first energy saving action placement area (the amount of power per unit time that can be saved by the energy saving action and the duration of the energy saving action) The energy amount that can be grasped by the area that is the integrated value) and the location and time at which the energy saving action is or will be executed. Secondly, the name of the place in the building input via the operation input device and the energy charge per unit time that can be saved at the location input via the operation input device are associated and recorded on the recording medium. A place quantity recording step;
The location name in the building input via the operation input device, and the energy saving action ID indicating the energy saving action executed or scheduled to be executed at a specific time zone at the location input via the operation input device A second place action recording step for recording the information on the recording medium in association with each other;
A second action that records an energy saving action ID that is input via the operation input device and a rough energy charge that can be saved by the energy saving action indicated by the energy saving action ID that is input via the operation input device, in the recording medium. A quantity recording step;
Based on the information recorded in the second location amount recording step, the second location axis indicating the location name in the building and the energy charge per unit time that can be saved at that location by the length in the axial direction And the second time axis representing the time when the time is ticked, and the value of the energy charge per unit time that can be saved at each location in the building, which is the area that can be specified by the second energy saving action placement area A second energy-saving action placement area creation step that is created by performing a process of determining the length in the location axis direction of the axial area (block) of each location by a program that associates the length in the axial direction with
Based on the information recorded in the second place action recording step and the information recorded in the second action amount recording step, within the second energy saving action placement area, per unit time that can be saved by the energy saving action. Second energy-saving action that displays a second energy-saving action identification area associated with an energy-saving action ID, where the electric energy charge is the length in the second location axis direction and the duration of the energy-saving action is the length in the axial direction of the second time axis An identification area display step;
Have
Approximate power charge that can save the area of the second energy saving action identification area displayed in the second energy saving action placement area and the position of each axis (the power charge per unit time that can be saved by the energy saving action and the energy saving action A method for creating an energy saving action sheet, characterized by indicating an electric energy charge that can be grasped by an area that is an integrated value with a duration time) and a place and time at which the energy saving action is or will be executed. A third place quantity that is recorded on the recording medium in association with the name of the place in the building that is input via the operation input device and the amount of power consumed per unit time at the place that is input via the operation input device Recording step;
The location name in the building input via the operation input device, and the energy saving action ID indicating the energy saving action executed or scheduled to be executed at a specific time zone at the location input via the operation input device A third place action recording step for recording the information on the recording medium in association with each other;
The third action amount recorded on the recording medium in association with the energy saving action ID input via the operation input device and the approximate power amount saved by the energy saving action indicated by the energy saving action ID input via the operation input device Recording step;
Based on the information recorded in the third location amount recording step, a third location axis indicating the location name in the building and the amount of power consumed per unit time at that location by the axial length; The third time axis that represents the time when the time is entered into the scale, and the third energy saving action placement area that is an area that can be specified by the value of the amount of power consumed per unit time and the axial direction of each area in the building A third energy saving action placement area creation step created by performing a process of determining the length in the place axis direction of the axis area (block) of each place by a program relating the length;
Based on the information recorded in the third place action recording step and the information recorded in the third action amount recording step, within the third energy saving action placement area, per unit time that can be saved by the energy saving action. Third energy saving action identification that displays the third energy saving action identification area associated with the energy saving action ID, where the electric energy is the length in the third place axis direction and the duration of the energy saving action is the length in the axial direction of the third time axis An area display step;
Have
Approximate amount of power that can be saved in the area of the third energy saving action identification area displayed in the third energy saving action placement area and the position on each axis (the amount of power that can be saved by the energy saving action and the duration of the energy saving action) The energy amount that can be grasped by the area that is the integrated value) and the location and time at which the energy saving action is or will be executed. A fourth place quantity record that records on the recording medium the name of the place in the building that is input via the operation input device and the power charge per unit time at that location that is input via the operation input device. Steps,
The location name in the building input via the operation input device, and the energy saving action ID indicating the energy saving action executed or scheduled to be executed at a specific time zone at the location input via the operation input device 4th place action recording step which records on a recording medium in association with,
A fourth action for recording on the recording medium in association with the energy saving action ID input via the operation input device and the approximate energy charge that can be saved by the energy saving action indicated by the energy saving action ID input via the operation input device A quantity recording step;
Based on the information recorded in the fourth location amount recording step, the fourth location axis indicating the name of the location in the building and the amount of power per unit time at that location in the axial direction, and the time The fourth time axis representing the time when the scale is entered, and the fourth energy-saving action placement area, which is an area that can be specified by the value of the electric energy charge per unit time at each location in the building and the axial length A fourth energy-saving action placement area creation step created by performing a process of determining the length in the location axis direction of the axis area (block) of each location by the program associated with
Based on the information recorded in the fourth place action recording step and the information recorded in the fourth action amount recording step, within the fourth energy saving action placement area, per unit time that can be saved by the energy saving action. The fourth energy-saving action that displays the fourth energy-saving action identification area associated with the energy-saving action ID, where the electric energy charge is the length in the fourth location axis direction and the duration of the energy-saving action is the length in the axis direction of the fourth time axis An identification area display step;
Have
Approximate power charge that can save the area of the fourth energy saving action identification area displayed in the fourth energy saving action placement area and the position of each axis (the power charge per unit time that can be saved by the energy saving action and the energy saving action A method for creating an energy saving action sheet, characterized by indicating an electric energy charge that can be grasped by an area that is an integrated value with a duration time) and a place and time at which the energy saving action is or will be executed. The energy saving action sheet creation according to any one of claims 6 to 9, wherein the first place axis, the second place axis, the third place axis, or the fourth place axis is an axis in which the scale is changed for each place name in the building. Method.

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