Air-conditioning management device, air-conditioning management method, and program
A standard schedule creator creates a standard schedule that makes it possible to achieve a target presented by target data. A seasonal schedule updater, monthly schedule updater, weekly schedule updater, and current day schedule updater update the created standard schedule using the corresponding weather forecast data to create an operation schedule of an air conditioner in which the weather forecast is properly reflected.
1. An air-conditioning management device, comprising:
a central processing unit, including
a setter setting a target for energy used by an air conditioner for a schedule-creation period;
a creator creating a standard operation schedule of the air conditioner that achieves the target set by the setter;
an acquirer acquiring multiple weather forecast data for different forecast periods; and
an updater updating the standard operation schedule using the acquired multiple weather forecast data in an order of forecast period from a longest forecast period.
2. The air-conditioning management device according to claim 1 , wherein
in updating the standard schedule using a piece of weather forecast data selected from the multiple weather forecast data for the longest forecast period, the updater updates the standard operation schedule in consideration of the difference between an actual usage of energy to a present time and the target.
3. The air-conditioning management device according to claim 1 , wherein
the updater updates the standard operation schedule at times when the acquirer acquires the weather forecast data.
4. The air-conditioning management device according to claim 1 , comprising a controller controlling the air conditioner based on the standard operation schedule updated by the updater.
5. The air-conditioning management device according to claim 1 , wherein
the creator creates, as the standard operation schedule, daily schedule data that indicates energy usage for each day of the schedule-creation period based on average temperatures of a same period of an average year as the schedule-creation period, the average temperatures including a subset of average temperatures for each day of the forecast periods corresponding to the respective weather forecast data, and
the updater corrects the subset of average temperatures based on a piece of weather forecast data selected from the multiple weather forecast data, and determines energy usage for each day of the forecast periods based on the corrected subset of average temperatures to update the daily schedule data.
6. The air-conditioning management device according to claim 5 , wherein
the updater corrects the subset of average temperatures with reference to a table in which a forecast value of the piece of weather forecast data is associated with a correction value.
7. The air-conditioning management device according to claim 6 , wherein
the forecast value of the piece of weather forecast data indicates a possibility of whether the subset of average temperatures is lower than, equal to or higher than the average temperatures of the same period of the average year, and
the correction value is calculated based on: a first index determined based on a difference between a possibility that a temperature indicated by the forecast value is higher and a possibility that the temperature indicated by the forecast value is lower; and a second index that indicates an error of the first index, the error of the first index being determined based on a possibility that the temperature indicated by the forecast value is equal to the average temperatures of the same period of the average year.
8. The air-conditioning management device according to claim 1 , wherein the acquirer acquires the weather forecast data for forecast periods of three months, one month, one week, and a current day.
9. The air-conditioning management device according to claim 1 , wherein the setter sets, as the target, a value obtained by subtracting a predetermined ratio from a value input by a user.
10. The air-conditioning management device according to claim 1 , further comprising
a communication interface configured to work with the acquirer to acquire the multiple weather forecast data from an external network.
11. The air-conditioning management device according to claim 1 , further comprising
a computer memory configured to store the standard operation schedule.
12. An air-conditioning management method, comprising:
a setting step of setting a target for energy used by an air conditioner for a schedule-creation period;
a creation step of creating a standard operation schedule of the air conditioner that achieves the target set in the target setting step;
an acquisition step of acquiring multiple weather forecast data for different forecast periods; and
an update step of updating the standard operation schedule using the acquired multiple weather forecast data in an order of forecast period from a longest forecast period.
13. A non-transitory computer-readable recording medium storing a program allowing a computer to function as:
a setter setting a target for energy used by an air conditioner for a schedule-creation period;
a creator creating a standard operation schedule of the air conditioner that achieves the target set by the setter;
an acquirer acquiring multiple weather forecast data for different forecast periods; and
an updater updating the standard operation schedule using the acquired multiple weather forecast data in an order of forecast period from a longest forecast period.