CN116029480A - Proxy purchase electricity measuring method and system thereof - Google Patents
Proxy purchase electricity measuring method and system thereof Download PDFInfo
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- CN116029480A CN116029480A CN202310310399.2A CN202310310399A CN116029480A CN 116029480 A CN116029480 A CN 116029480A CN 202310310399 A CN202310310399 A CN 202310310399A CN 116029480 A CN116029480 A CN 116029480A
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
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Abstract
The invention relates to the field of computers, and provides a proxy electricity purchasing method and a system thereof, wherein the method comprises the following steps: acquiring the total value of the electricity load of any target cell in the to-be-proxied electricity purchasing area, and acquiring the total number of current users of the target cell; if the total value of the power consumption load is larger than the power consumption load threshold value, determining the current power consumption information of the target cell at the current time; and acquiring historical electricity consumption data of the target cell, and calculating the agent electricity purchase total number of the target cell based on the historical electricity consumption data, the current total number of users and the current electricity consumption information. According to the invention, the proxy electricity purchasing total number of the target cell is calculated according to the historical electricity consumption data, the current user total number and the current electricity consumption information of the target cell, so that the proxy electricity purchasing total number of the target cell can be accurately calculated no matter what change occurs to the data of the target cell, and electricity purchasing and electricity dividing can be accurately performed for each target cell, thereby improving the utilization rationality of electricity resources and saving the electricity resources.
Description
Technical Field
The invention relates to the field of computers, in particular to a proxy electricity purchasing measurement method and a system thereof.
Background
The current agent electricity purchasing method is mainly a manual agent electricity purchasing method, namely, a user inputs an electricity purchasing plan in an electricity purchasing system, and the electricity purchasing system purchases electricity according to the electricity purchasing plan of the user. Because the accuracy of electricity purchasing data cannot be determined by manual electricity purchasing, electricity purchasing cannot be accurately and reasonably performed for a user, and unreasonable utilization of electricity utilization resources and waste of the electricity utilization resources are caused.
Disclosure of Invention
The invention provides a proxy electricity purchasing method and a proxy electricity purchasing system, which aim to improve the utilization rationality of electricity resources and save the electricity resources.
In a first aspect, the present invention provides a proxy purchase electricity measurement method, including:
acquiring the total value of the power load of any target cell in a to-be-proxied power purchase area, and acquiring the total number of current users of the target cell;
if the total power consumption load value is larger than the power consumption load threshold value, determining current power consumption information of the target cell at the current time;
and acquiring historical electricity utilization data of the target cell, and measuring the agent electricity purchasing total number of the target cell based on the historical electricity utilization data, the current user total number and the current electricity consumption information.
In one embodiment, calculating the proxy electricity purchase total of the target cell based on the historical electricity usage data, the current user total and the current electricity usage information includes:
Acquiring first household historical electricity consumption information, second household historical electricity consumption information and third household historical electricity consumption information of the current time from the historical electricity consumption data; the first household historical electricity consumption information is household electricity consumption information of a first time adjacent to the current time, the second household historical electricity consumption information is household electricity consumption information of a second time adjacent to the first time, and the third household historical electricity consumption information is household electricity consumption information of a third time adjacent to the second time;
acquiring first, second and third historical electricity consumption information of the current time from the historical electricity consumption data; the first historical electricity consumption information of the first ground bank is the electricity consumption information of the ground bank at the first time, the second historical electricity consumption information of the second ground bank is the electricity consumption information of the ground bank at the second time, and the third historical electricity consumption information of the ground bank is the electricity consumption information of the ground bank at the third time;
acquiring first historical electricity consumption information, second historical electricity consumption information and third historical electricity consumption information of the current time from the historical electricity consumption data; the first historical electricity consumption information of the elevator is the first time electricity consumption information of the elevator, the second historical electricity consumption information of the elevator is the second time electricity consumption information of the elevator, and the third historical electricity consumption information of the elevator is the third time electricity consumption information of the elevator;
Acquiring the first user total number, the second user total number and the third user total number of the current time from the historical electricity utilization data; the first user total number is the user total number of the first time, the second user total number is the user total number of the second time, and the third user total number is the user total number of the third time;
and calculating the agent electricity purchasing total number of the target cell based on the first household historical electricity consumption information, the second household historical electricity consumption information, the third household historical electricity consumption information, the first ground bank historical electricity consumption information, the second ground bank historical electricity consumption information, the third ground bank historical electricity consumption information, the first elevator historical electricity consumption information, the second elevator historical electricity consumption information, the third elevator historical electricity consumption information, the first user total number, the second user total number, the third user total number, the current user total number and the current electricity consumption information.
The calculating the proxy electricity purchase total number of the target cell based on the first home history electricity consumption information, the second home history electricity consumption information, the third home history electricity consumption information, the first bank history electricity consumption information, the second bank history electricity consumption information, the third bank history electricity consumption information, the first elevator history electricity consumption information, the second elevator history electricity consumption information, the third elevator history electricity consumption information, the first user total number, the second user total number, the third user total number, the current user total number, and the current electricity consumption information includes:
Determining current household electricity consumption information, current ground library electricity consumption information and current elevator electricity consumption information in the current electricity consumption information;
calculating a first household electricity floating rate based on the first household historical electricity consumption information and the second household historical electricity consumption information, calculating a second household electricity floating rate based on the second household historical electricity consumption information and the third household historical electricity consumption information, and calculating a third household electricity floating rate based on the third household historical electricity consumption information and the current household electricity consumption information;
calculating a first electricity consumption floating rate of the first ground bank based on the first electricity consumption information of the first ground bank and the second electricity consumption information of the second ground bank, calculating a second electricity consumption floating rate of the second ground bank based on the second electricity consumption information of the second ground bank and the third electricity consumption information of the third ground bank, and calculating a third electricity consumption floating rate of the third ground bank based on the third electricity consumption information of the third ground bank and the current electricity consumption information of the current ground bank;
calculating a first elevator electricity consumption floating rate based on the first elevator historical electricity consumption information and the second elevator historical electricity consumption information, calculating a second elevator electricity consumption floating rate based on the second elevator historical electricity consumption information and the third elevator historical electricity consumption information, and calculating a third elevator electricity consumption floating rate based on the third elevator historical electricity consumption information and the current elevator electricity consumption information;
Calculating a first user floating rate based on the first user total number and the second user total number, calculating a second user floating rate based on the second user total number and the third user total number, and calculating a third user floating rate based on the third user total number and the current user total number;
and calculating the agent electricity purchasing total number based on the first household electricity floating rate, the second household electricity floating rate, the third household electricity floating rate, the first ground bank electricity floating rate, the second ground bank electricity floating rate, the third ground bank electricity floating rate, the first elevator electricity floating rate, the second elevator electricity floating rate, the third elevator electricity floating rate, the first user floating rate, the second user floating rate, the third user floating rate and the current electricity consumption information.
The calculating the proxy electricity purchasing total number based on the first home electricity consumption rate, the second home electricity consumption rate, the third bank electricity consumption rate, the second bank electricity consumption rate, the third bank electricity consumption rate, the first elevator electricity consumption rate, the second elevator electricity consumption rate, the third elevator electricity consumption rate, the first user electricity consumption rate, the second user electricity consumption rate, the third user electricity consumption rate, and the current electricity consumption amount information includes:
Calculating a target household electricity floating rate based on the first household electricity floating rate, the second household electricity floating rate and the third household electricity floating rate;
calculating a target ground pool electricity floating rate based on the first ground pool electricity floating rate, the second ground pool electricity floating rate and the third ground pool electricity floating rate;
calculating a target elevator electricity consumption floating rate based on the first elevator electricity consumption floating rate, the second elevator electricity consumption floating rate and the third elevator electricity consumption floating rate;
calculating a target user flotation rate based on the first user flotation rate, the second user flotation rate, and the third user flotation rate;
and measuring the agent electricity purchasing total number based on the target household electricity consumption floating rate, the target ground warehouse electricity consumption floating rate, the target elevator electricity consumption floating rate, the target user floating rate and the current electricity consumption information.
The calculating the agent electricity purchasing total number based on the target household electricity consumption floating rate, the target ground warehouse electricity consumption floating rate, the target elevator electricity consumption floating rate, the target user floating rate and the current electricity consumption information comprises the following steps:
Calculating estimated household electricity consumption data based on the target household electricity consumption floating rate and the current household electricity consumption information, and calculating household electricity agent electricity purchasing data based on the estimated household electricity consumption data and the target user floating rate;
calculating electricity utilization estimated data of the ground library based on the electricity utilization floating rate of the target ground library and the electricity utilization information of the current ground library, and calculating electricity purchase data of an electricity utilization agent of the ground library based on the electricity utilization estimated data of the ground library and the floating rate of the target user;
calculating elevator electricity utilization estimated data based on the target elevator electricity utilization floating rate and the current elevator electricity utilization information, and calculating elevator electricity utilization agent electricity purchasing data based on the elevator electricity utilization estimated data and the target user floating rate;
and calculating the agent electricity purchase total number based on the household electricity agent electricity purchase data, the ground library electricity agent electricity purchase data and the elevator electricity agent electricity purchase data.
The calculating the target household electricity floating rate based on the first household electricity floating rate, the second household electricity floating rate and the third household electricity floating rate includes:
calculating a household electricity floating rate average value based on the first household electricity floating rate, the second household electricity floating rate and the third household electricity floating rate;
Calculating the target household electricity floating rate based on the household electricity floating rate average value; the calculation formula of the target household electricity floating rate is as follows:
u is the targetThe household electric floating rate, n is the number of household electric floating rates,
for each household electricity floating rate, < >>
And (5) the household electricity floating rate average value is obtained.
The calculation formula of the household electricity agency electricity purchasing data is as follows:
In a second aspect, the present invention provides a proxy electricity purchasing system comprising:
the acquisition module is used for acquiring the total value of the power load of any target cell in the to-be-proxied power purchase area and the total number of current users of the target cell;
the determining module is used for determining current power consumption information of the target cell at the current time if the total power consumption load value is determined to be larger than a power consumption load threshold value;
the agent electricity purchasing module is used for acquiring historical electricity consumption data of the target cell and measuring and calculating the agent electricity purchasing total number of the target cell based on the historical electricity consumption data, the current user total number and the current electricity consumption information.
In a third aspect, the present invention also provides an electronic device comprising a memory, a processor and a computer program stored on the memory and executable on the processor, the processor implementing the proxy electricity purchasing method of the first aspect when executing the program.
In a fourth aspect, the present invention also provides a non-transitory computer-readable storage medium comprising a computer program which, when executed by the processor, implements the proxy purchase electrical measurement method of the first aspect.
In a fifth aspect, the present invention also provides a computer program product comprising a computer program which, when executed by the processor, implements the proxy electricity acquisition method of the first aspect.
The agent electricity purchasing method and the agent electricity purchasing system provided by the invention acquire the total electricity load value of any target cell in the to-be-agent electricity purchasing area and acquire the total number of current users of the target cell; if the total value of the power consumption load is larger than the power consumption load threshold value, determining the current power consumption information of the target cell at the current time; and acquiring historical electricity consumption data of the target cell, and calculating the agent electricity purchase total number of the target cell based on the historical electricity consumption data, the current total number of users and the current electricity consumption information. In the process of proxy electricity purchase measurement and calculation, the proxy electricity purchase total number of the target cell is measured according to the historical electricity consumption data, the current user total number and the current electricity consumption information of the target cell, so that the proxy electricity purchase total number of the target cell can be accurately calculated no matter what change happens to the data of the target cell, electricity purchase and electricity distribution are accurately carried out for each target cell, and the utilization rationality of electricity consumption resources is improved and the electricity consumption resources are saved.
Drawings
In order to more clearly illustrate the technical solutions of the present invention, the following description will be given with a brief introduction to the drawings used in the embodiments or the description of the prior art, it being obvious that the drawings in the following description are some embodiments of the present invention, and that other drawings can be obtained from these drawings without the inventive effort of a person skilled in the art.
FIG. 1 is a schematic flow chart of the agent purchase electricity testing method provided by the invention;
FIG. 2 is a schematic diagram of the structure of the proxy purchase electricity measurement system provided by the invention;
fig. 3 is a schematic structural diagram of an electronic device provided by the present invention.
Detailed Description
For the purpose of making the objects, technical solutions and advantages of the present invention more apparent, the technical solutions of the present invention will be clearly and completely described below with reference to the accompanying drawings, and it is apparent that the described embodiments are some embodiments of the present invention, not all embodiments. All other embodiments, which can be made by those skilled in the art based on the embodiments of the invention without making any inventive effort, are intended to be within the scope of the invention.
The embodiments of the present invention provide embodiments of proxy purchase electrical testing methods, it being noted that although a logic sequence is shown in the flow chart, under certain data, steps shown or described may be accomplished in a different order than that shown or described herein.
Referring to fig. 1, fig. 1 is a schematic flow chart of a proxy purchase electricity measurement method provided by the invention. The agent purchase electricity measuring method provided by the embodiment of the invention comprises the following steps:
102, if the total power consumption load value is larger than a power consumption load threshold value, determining current power consumption information of the target cell at the current time;
The embodiment of the invention takes an electric purchasing measurement system as an execution main body as an example.
It should be noted that, one electricity purchasing system may manage one area, or may manage a plurality of areas, where the area may be understood as an area to be purchased by a proxy, and the area to be purchased by a proxy has a plurality of target cells. Further, the electricity purchasing system can acquire the total electricity consumption load value of any target cell in the to-be-proxied electricity purchasing area at fixed time, the fixed time can be one month, two months, one quarter, half year and the like, and the embodiment of the invention is exemplified by one month.
Therefore, the electricity purchasing measurement system obtains the total electricity load value of any target cell in the electricity purchasing area to be proxied at a fixed time of the last day of each month, such as 8 pm. It should be noted that, each target cell corresponds to a power consumption meter, so that the power consumption load total value of the target cell can be obtained by reading the data of the power consumption meter of the target cell.
Further, the purchase electricity measurement system needs to acquire the total number of current users in the target cell, and since the total number of users of each target cell at different times may be different, the purchase electricity data of the target cell may be affected.
It should be noted that, each target cell has an electric load threshold, that is, the electric load threshold is the electric purchase data calculated by the electric purchase measurement system for each target cell, for example, the electric purchase data of the target cell a in month 1 of 2022 is 10000 degrees according to the historical electric purchase data, so that the electric load threshold of the target cell a in month 1 of 2022 is 10000 degrees.
It can be understood that the purchase electric measurement system obtains any target cell in the purchase electric area to be proxied, the total value of the electric load at the current time, and the total number of the current users at the current time.
Further, the electricity purchasing measurement system compares the total electricity consumption load value with the electricity consumption load threshold value to obtain a comparison result. If the comparison result is that the total value of the electricity load is smaller than or equal to the electricity load threshold value, the electricity purchasing system determines that the electricity consumption of the target cell at the current time meets the electricity consumption requirement, and then electricity purchasing is continued for the target cell according to the electricity load threshold value. In an embodiment, the electricity load threshold of the target cell a at 1 month of 2022 is 10000 degrees, the total electricity load value of the target cell a at 1 month of 2023 is 9999 degrees, and the electricity purchase data of the target cell a at 1 month of 2024 is 10000 degrees.
Further, if the comparison result is that the total value of the electricity load is larger than the electricity load threshold value, the electricity purchasing system determines that the electricity consumption of the target cell at the current time does not meet the electricity consumption requirement, and the agent electricity purchasing total number of the target cell needs to be calculated again.
Therefore, the electricity purchasing measurement system determines the current electricity consumption information of the target cell at the current time, wherein the current household electricity consumption information, the current ground library electricity consumption information and the current elevator electricity consumption information in the current electricity consumption information.
Further, the electricity purchasing measurement system acquires historical electricity consumption data of the target cell, wherein the historical electricity consumption data comprises household historical electricity consumption information, ground bank historical electricity consumption information and elevator historical electricity consumption information.
Therefore, the electricity purchasing system calculates the agent electricity purchasing total number of the target cell according to the historical electricity consumption data including household historical electricity consumption information, ground library historical electricity consumption information and elevator historical electricity consumption information and combining the current user total number and the current electricity consumption information.
The agent electricity purchasing method provided by the embodiment of the invention obtains the total electricity load value of any target cell in the to-be-agent electricity purchasing area and obtains the total number of current users of the target cell; if the total value of the power consumption load is larger than the power consumption load threshold value, determining the current power consumption information of the target cell at the current time; and acquiring historical electricity consumption data of the target cell, and calculating the agent electricity purchase total number of the target cell based on the historical electricity consumption data, the current total number of users and the current electricity consumption information. In the process of proxy electricity purchase measurement and calculation, the proxy electricity purchase total number of the target cell is measured according to the historical electricity consumption data, the current user total number and the current electricity consumption information of the target cell, so that the proxy electricity purchase total number of the target cell can be accurately calculated no matter what change happens to the data of the target cell, electricity purchase and electricity distribution are accurately carried out for each target cell, and the utilization rationality of electricity consumption resources is improved and the electricity consumption resources are saved.
Further, based on the historical electricity consumption data, the current total number of users and the current electricity consumption information recorded in step 103, the method for calculating the total number of agent electricity purchases of the target cell includes:
acquiring first household historical electricity consumption information, second household historical electricity consumption information and third household historical electricity consumption information of the current time from the historical electricity consumption data;
acquiring first, second and third historical electricity consumption information of the current time from the historical electricity consumption data;
acquiring first historical electricity consumption information, second historical electricity consumption information and third historical electricity consumption information of the current time from the historical electricity consumption data;
acquiring the first user total number, the second user total number and the third user total number of the current time from the historical electricity utilization data;
and calculating the agent electricity purchasing total number of the target cell based on the first household historical electricity consumption information, the second household historical electricity consumption information, the third household historical electricity consumption information, the first ground bank historical electricity consumption information, the second ground bank historical electricity consumption information, the third ground bank historical electricity consumption information, the first elevator historical electricity consumption information, the second elevator historical electricity consumption information, the third elevator historical electricity consumption information, the first user total number, the second user total number, the third user total number, the current user total number and the current electricity consumption information.
Specifically, the electricity purchasing measurement system acquires first household historical electricity consumption information, second household historical electricity consumption information and third household historical electricity consumption information of the current time in the historical electricity consumption data, wherein the first household historical electricity consumption information is household electricity consumption information of a first time adjacent to the current time, the second household historical electricity consumption information is household electricity consumption information of a second time adjacent to the first time, and the third household historical electricity consumption information is household electricity consumption information of a third time adjacent to the second time. In an embodiment, the current time is 2023 month, the first time is 2022 month 3, the second time is 2021 month 3, and the third time is 2020 month 3, so the first household historical electricity consumption information of 2022 month 3, the second household historical electricity consumption information of 2021 month 3, and the third household historical electricity consumption information of 2020 month 3 are obtained from the historical electricity consumption data.
Further, the electricity purchasing measurement system acquires first, second and third historic electricity consumption information of the current time in the historic electricity consumption data, wherein the first historic electricity consumption information is first-time electricity consumption information of the first time, the second historic electricity consumption information is second-time electricity consumption information of the third time.
Further, the electricity purchasing measurement system acquires first elevator historical electricity consumption information, second elevator historical electricity consumption information and third elevator historical electricity consumption information of the current time in the historical electricity consumption data, wherein the first elevator historical electricity consumption information is elevator electricity consumption information of the first time, the second elevator historical electricity consumption information is elevator electricity consumption information of the second time, and the third elevator historical electricity consumption information is elevator electricity consumption information of the third time.
Further, the electricity purchasing measurement system acquires a first user total number, a second user total number and a third user total number of the current time from the historical electricity consumption data, wherein the first user total number is the user total number of the first time, the second user total number is the user total number of the second time, and the third user total number is the user total number of the third time.
Further, the electricity purchasing system calculates the agent electricity purchasing total number of the target cell according to the first family historical electricity consumption information, the second family historical electricity consumption information, the third family historical electricity consumption information, the first ground bank historical electricity consumption information, the second ground bank historical electricity consumption information, the third ground bank historical electricity consumption information, the first elevator historical electricity consumption information, the second elevator historical electricity consumption information, the third elevator historical electricity consumption information, the first user total number, the second user total number, the third user total number, the current user total number and the current electricity consumption information.
In the process of proxy electricity purchasing measurement and calculation, the proxy electricity purchasing total number of the target cell is measured according to the first household historical electricity consumption information, the second household historical electricity consumption information, the third household historical electricity consumption information, the first ground bank historical electricity consumption information, the second ground bank historical electricity consumption information, the third ground bank historical electricity consumption information, the first elevator historical electricity consumption information, the second elevator historical electricity consumption information, the third elevator historical electricity consumption information, the first user total number, the second user total number, the third user total number, the current user total number and the current electricity consumption information, so that the proxy electricity purchasing total number of the target cell can be accurately calculated no matter how the data of the target cell change, electricity purchasing and electricity dividing can be accurately carried out for each target cell, and the electricity utilization rationality and electricity consumption resource can be improved.
Further, calculating a proxy electricity purchase total of the target cell based on the first home history electricity consumption information, the second home history electricity consumption information, the third home history electricity consumption information, the first bank history electricity consumption information, the second bank history electricity consumption information, the third bank history electricity consumption information, the first elevator history electricity consumption information, the second elevator history electricity consumption information, the third elevator history electricity consumption information, the first user total number, the second user total number, the third user total number, the current user total number, and the current electricity consumption information, includes:
Determining current household electricity consumption information, current ground library electricity consumption information and current elevator electricity consumption information in the current electricity consumption information;
calculating a first household electricity floating rate based on the first household historical electricity consumption information and the second household historical electricity consumption information, calculating a second household electricity floating rate based on the second household historical electricity consumption information and the third household historical electricity consumption information, and calculating a third household electricity floating rate based on the third household historical electricity consumption information and the current household electricity consumption information;
calculating a first electricity consumption floating rate of the first ground bank based on the first electricity consumption information of the first ground bank and the second electricity consumption information of the second ground bank, calculating a second electricity consumption floating rate of the second ground bank based on the second electricity consumption information of the second ground bank and the third electricity consumption information of the third ground bank, and calculating a third electricity consumption floating rate of the third ground bank based on the third electricity consumption information of the third ground bank and the current electricity consumption information of the current ground bank;
calculating a first elevator electricity consumption floating rate based on the first elevator historical electricity consumption information and the second elevator historical electricity consumption information, calculating a second elevator electricity consumption floating rate based on the second elevator historical electricity consumption information and the third elevator historical electricity consumption information, and calculating a third elevator electricity consumption floating rate based on the third elevator historical electricity consumption information and the current elevator electricity consumption information;
Calculating a first user floating rate based on the first user total number and the second user total number, calculating a second user floating rate based on the second user total number and the third user total number, and calculating a third user floating rate based on the third user total number and the current user total number;
and calculating the agent electricity purchasing total number based on the first household electricity floating rate, the second household electricity floating rate, the third household electricity floating rate, the first ground bank electricity floating rate, the second ground bank electricity floating rate, the third ground bank electricity floating rate, the first elevator electricity floating rate, the second elevator electricity floating rate, the third elevator electricity floating rate, the first user floating rate, the second user floating rate, the third user floating rate and the current electricity consumption information.
Specifically, the electricity purchasing measurement system determines current household electricity consumption information, current ground bank electricity consumption information and current elevator electricity consumption information in the current electricity consumption information.
Further, the electricity purchasing measurement system calculates a first household electricity consumption floating rate according to the first household historical electricity consumption information and the second household historical electricity consumption information, and the calculation method of the first household electricity consumption floating rate is as follows: first household electricity consumption floating rate= (second household historical electricity consumption information-first household historical electricity consumption information)/first household historical electricity consumption information. In an embodiment, the first household historical power consumption information is 10000 degrees, the second household historical power consumption information is 12000 degrees, and the calculated first household power consumption floating rate is 20%. And similarly, the electricity purchasing measurement system calculates the second household electricity consumption floating rate according to the second household historical electricity consumption information and the third household historical electricity consumption information, and calculates the third household electricity consumption floating rate according to the third household historical electricity consumption information and the current household electricity consumption information.
Further, the electricity purchasing measurement system calculates the electricity consumption floating rate of the first ground warehouse according to the historical electricity consumption information of the first ground warehouse and the historical electricity consumption information of the second ground warehouse, and the calculation method of the electricity consumption floating rate of the first ground warehouse is as follows: first electricity consumption floating rate= (second electricity consumption information of second bank-first electricity consumption information of first bank)/first electricity consumption information of first bank. And similarly, the electricity purchasing measurement system calculates the electricity floating rate of the second ground warehouse according to the historical electricity consumption information of the second ground warehouse and the historical electricity consumption information of the third ground warehouse, and calculates the electricity floating rate of the third ground warehouse according to the historical electricity consumption information of the third ground warehouse and the current electricity consumption information of the current ground warehouse.
Further, the electricity purchasing measurement system calculates the electricity consumption floating rate of the first elevator according to the historical electricity consumption information of the first elevator and the historical electricity consumption information of the second elevator, and the calculation method of the electricity consumption floating rate of the first elevator is as follows: first elevator electricity consumption rate= (second elevator historical electricity consumption amount information-first elevator historical electricity consumption amount information)/first elevator historical electricity consumption amount information. And similarly, the electricity purchasing measurement system calculates the electricity consumption floating rate of the second elevator according to the historical electricity consumption information of the second elevator and the historical electricity consumption information of the third elevator, and calculates the electricity consumption floating rate of the third elevator according to the historical electricity consumption information of the third elevator and the current electricity consumption information of the elevator.
Further, the electricity purchasing measurement system calculates a first user floating rate according to the total number of the first users and the total number of the second users, and the calculation method of the first user floating rate is as follows: first user floating rate= (second user total-first user total)/first user total. And similarly, the electricity purchasing measurement system calculates the second user floating rate according to the total number of the second users and the total number of the third users, and calculates the third user floating rate according to the total number of the third users and the total number of the current users.
Further, the electricity purchasing system calculates the agent electricity purchasing total number according to the first household electricity floating rate, the second household electricity floating rate, the third household electricity floating rate, the first ground bank electricity floating rate, the second ground bank electricity floating rate, the third ground bank electricity floating rate, the first elevator electricity floating rate, the second elevator electricity floating rate, the third elevator electricity floating rate, the first user floating rate, the second user floating rate, the third user floating rate and the current electricity consumption information.
In the process of proxy electricity purchasing measurement and calculation, the proxy electricity purchasing total number is calculated according to the first household electricity consumption floating rate, the second household electricity consumption floating rate, the third household electricity consumption floating rate, the first ground bank electricity consumption floating rate, the second ground bank electricity consumption floating rate, the third ground bank electricity consumption floating rate, the first elevator electricity consumption floating rate, the second elevator electricity consumption floating rate, the third elevator electricity consumption floating rate, the first user floating rate, the second user floating rate, the third user floating rate and the current electricity consumption information, so that the proxy electricity purchasing total number of the target cells can be accurately calculated no matter what the data of the target cells change, electricity purchasing and electricity dividing can be accurately carried out for each target cell, the electricity utilization rationality is improved, and the electricity consumption resources are saved.
Further, calculating the proxy electricity purchasing total based on the first home electricity consumption rate, the second home electricity consumption rate, the third home electricity consumption rate, the first bank electricity consumption rate, the second bank electricity consumption rate, the third bank electricity consumption rate, the first elevator electricity consumption rate, the second elevator electricity consumption rate, the third elevator electricity consumption rate, the first user electricity consumption rate, the second user electricity consumption rate, the third user electricity consumption rate, and the current electricity consumption amount information includes:
calculating a target household electricity floating rate based on the first household electricity floating rate, the second household electricity floating rate and the third household electricity floating rate;
calculating a target ground pool electricity floating rate based on the first ground pool electricity floating rate, the second ground pool electricity floating rate and the third ground pool electricity floating rate;
calculating a target elevator electricity consumption floating rate based on the first elevator electricity consumption floating rate, the second elevator electricity consumption floating rate and the third elevator electricity consumption floating rate;
calculating a target user flotation rate based on the first user flotation rate, the second user flotation rate, and the third user flotation rate;
And measuring the agent electricity purchasing total number based on the target household electricity consumption floating rate, the target ground warehouse electricity consumption floating rate, the target elevator electricity consumption floating rate, the target user floating rate and the current electricity consumption information.
Specifically, the electricity purchasing measurement system calculates a target household electricity consumption floating rate according to the first household electricity consumption floating rate, the second household electricity consumption floating rate and the third household electricity consumption floating rate, and the calculation step of the target household electricity consumption floating rate specifically includes:
calculating a household electricity floating rate average value based on the first household electricity floating rate, the second household electricity floating rate and the third household electricity floating rate;
and calculating the target household electricity floating rate based on the household electricity floating rate average value.
The calculation formula of the target household electricity floating rate is as follows:
u is the target household electricity floating rate, n is the number of household electricity floating rates,
for each household electricity floating rate, < >>
And (5) the household electricity floating rate average value is obtained.
Specifically, the electricity purchasing measurement system adds the first household electricity floating rate, the second household electricity floating rate and the third household electricity floating rate and obtains an average value, and calculates the average value of the household electricity floating rates. Further, the electricity purchasing measurement system calculates variance according to the first household electricity floating rate, the second household electricity floating rate, the third household electricity floating rate and the average value of the household electricity floating rates, and the result obtained by the variance calculation is the target household electricity floating rate.
The calculation formula of the target household electricity floating rate is as follows:
u is the target household electricity floating rate, n is the number of household electricity floating rates,
for each household electricity floating rate, < >>
The floating rate average value is the household electricity.
Further, the electricity purchasing measurement system calculates the electricity consumption floating rate of the target ground base according to the electricity consumption floating rate of the first ground base, the electricity consumption floating rate of the second ground base and the electricity consumption floating rate of the third ground base, and the specific calculation method of the electricity consumption floating rate of the target ground base refers to the calculation method of the electricity consumption floating rate of the target household and is not repeated herein.
Further, the electricity purchasing measurement system calculates the electricity consumption floating rate of the target elevator according to the electricity consumption floating rate of the first elevator, the electricity consumption floating rate of the second elevator and the electricity consumption floating rate of the third elevator, and the specific calculation method of the electricity consumption floating rate of the target elevator refers to the calculation method of the electricity consumption floating rate of the target household and is not described in detail herein.
Further, the electric purchasing measurement system calculates the target user floating rate according to the first user floating rate, the second user floating rate and the third user floating rate, and the specific calculation method of the target user floating rate refers to the calculation method of the target household electric floating rate and is not described herein.
Further, the electricity purchasing system calculates the agent electricity purchasing total number according to the target household electricity consumption floating rate, the target ground warehouse electricity consumption floating rate, the target elevator electricity consumption floating rate, the target user floating rate and the current electricity consumption information.
In the process of proxy electricity purchasing, the proxy electricity purchasing total number is calculated according to the target household electricity consumption floating rate, the target ground base electricity consumption floating rate, the target elevator electricity consumption floating rate, the target user floating rate and the current electricity consumption information, so that the proxy electricity purchasing total number of the target cells can be accurately calculated no matter what change happens to the data of the target cells, electricity purchasing and electricity dividing are accurately carried out for each target cell, and the electricity utilization rationality is improved and the electricity consumption resources are saved.
Further, based on the target household electricity consumption floating rate, the target ground library electricity consumption floating rate, the target elevator electricity consumption floating rate, the target user floating rate and the current electricity consumption information, measuring and calculating the agent electricity purchasing total number, including:
calculating estimated household electricity consumption data based on the target household electricity consumption floating rate and the current household electricity consumption information, and calculating household electricity agent electricity purchasing data based on the estimated household electricity consumption data and the target user floating rate;
Calculating electricity utilization estimated data of the ground library based on the electricity utilization floating rate of the target ground library and the electricity utilization information of the current ground library, and calculating electricity purchase data of an electricity utilization agent of the ground library based on the electricity utilization estimated data of the ground library and the floating rate of the target user;
calculating elevator electricity utilization estimated data based on the target elevator electricity utilization floating rate and the current elevator electricity utilization information, and calculating elevator electricity utilization agent electricity purchasing data based on the elevator electricity utilization estimated data and the target user floating rate;
and calculating the agent electricity purchase total number based on the household electricity agent electricity purchase data, the ground library electricity agent electricity purchase data and the elevator electricity agent electricity purchase data.
Specifically, the electricity purchasing system calculates estimated household electricity consumption data according to the target household electricity consumption floating rate and the current household electricity consumption information, and calculates household electricity purchasing data of the household electricity using agent according to the estimated household electricity consumption data and the floating rate of the target user, wherein the specific calculation method of the household electricity purchasing data of the household electricity using agent is as follows: multiplying the current household electricity consumption information with the target household electricity consumption floating rate to calculate floating household electricity consumption estimated data, and multiplying the household electricity consumption estimated data with the target user floating rate to obtain final household electricity consumption agent electricity purchasing data, so that a calculation formula of the household electricity consumption agent electricity purchasing data can be:
Further, the electricity purchasing system calculates electricity consumption pre-estimated data of the ground base according to the electricity consumption floating rate of the target ground base and the current electricity consumption information of the ground base, calculates electricity purchasing data of the ground base electricity agency according to the electricity consumption pre-estimated data of the ground base and the floating rate of the target user, and the specific calculation method of the electricity purchasing data of the ground base electricity agency can refer to the calculation method of the electricity purchasing data of the household electricity agency, which is not repeated herein.
Further, the electricity purchasing system calculates electricity consumption estimated data of the elevator according to the electricity consumption floating rate of the target elevator and the current electricity consumption information of the elevator, calculates electricity purchasing data of the electricity purchasing agent of the elevator according to the electricity consumption estimated data of the elevator and the floating rate of the target user, and the specific calculation method of the electricity purchasing data of the electricity purchasing agent of the elevator can refer to the calculation method of the electricity purchasing data of the household electricity purchasing agent, and is not repeated here.
Further, the electricity purchasing system sums the household electricity purchasing data of the electricity purchasing agent of the electricity consuming agent of the ground library and the electricity purchasing data of the electricity purchasing agent of the elevator, and calculates the total number of the electricity purchasing agents.
In the process of proxy electricity purchasing measurement and calculation, the proxy electricity purchasing total number is calculated according to the household electricity purchasing data of the proxy electricity purchasing data of the ground library and the elevator electricity purchasing data of the proxy electricity purchasing data of the elevator, so that the proxy electricity purchasing total number of the target cell can be accurately calculated no matter how the data of the target cell change, electricity purchasing and electricity dividing are accurately carried out for each target cell, and the utilization rationality of electricity consumption resources is improved and the electricity consumption resources are saved.
Further, the agent purchase electricity measuring system provided by the invention and the agent purchase electricity measuring method provided by the invention are mutually correspondingly referred.
FIG. 2 is a schematic diagram of a proxy purchase electrical measurement system according to the present invention, the proxy purchase electrical measurement system comprising:
the acquiring module 201 is configured to acquire a total power load value of any target cell in a to-be-proxied power purchase area, and acquire a current total number of users of the target cell;
a determining module 202, configured to determine current power consumption information of the target cell at a current time if it is determined that the total power consumption load value is greater than a power consumption load threshold;
the agent purchase electricity measurement module 203 is configured to obtain historical electricity consumption data of the target cell, and measure and calculate an agent purchase electricity total of the target cell based on the historical electricity consumption data, the current user total number and the current electricity consumption information.
Further, the agent purchase electrical measurement module 203 is further configured to:
acquiring first household historical electricity consumption information, second household historical electricity consumption information and third household historical electricity consumption information of the current time from the historical electricity consumption data; the first household historical electricity consumption information is household electricity consumption information of a first time adjacent to the current time, the second household historical electricity consumption information is household electricity consumption information of a second time adjacent to the first time, and the third household historical electricity consumption information is household electricity consumption information of a third time adjacent to the second time;
acquiring first, second and third historical electricity consumption information of the current time from the historical electricity consumption data; the first historical electricity consumption information of the first ground bank is the electricity consumption information of the ground bank at the first time, the second historical electricity consumption information of the second ground bank is the electricity consumption information of the ground bank at the second time, and the third historical electricity consumption information of the ground bank is the electricity consumption information of the ground bank at the third time;
acquiring first historical electricity consumption information, second historical electricity consumption information and third historical electricity consumption information of the current time from the historical electricity consumption data; the first historical electricity consumption information of the elevator is the first time electricity consumption information of the elevator, the second historical electricity consumption information of the elevator is the second time electricity consumption information of the elevator, and the third historical electricity consumption information of the elevator is the third time electricity consumption information of the elevator;
Acquiring the first user total number, the second user total number and the third user total number of the current time from the historical electricity utilization data; the first user total number is the user total number of the first time, the second user total number is the user total number of the second time, and the third user total number is the user total number of the third time;
and calculating the agent electricity purchasing total number of the target cell based on the first household historical electricity consumption information, the second household historical electricity consumption information, the third household historical electricity consumption information, the first ground bank historical electricity consumption information, the second ground bank historical electricity consumption information, the third ground bank historical electricity consumption information, the first elevator historical electricity consumption information, the second elevator historical electricity consumption information, the third elevator historical electricity consumption information, the first user total number, the second user total number, the third user total number, the current user total number and the current electricity consumption information.
Further, the agent purchase electrical measurement module 203 is further configured to:
determining current household electricity consumption information, current ground library electricity consumption information and current elevator electricity consumption information in the current electricity consumption information;
Calculating a first household electricity floating rate based on the first household historical electricity consumption information and the second household historical electricity consumption information, calculating a second household electricity floating rate based on the second household historical electricity consumption information and the third household historical electricity consumption information, and calculating a third household electricity floating rate based on the third household historical electricity consumption information and the current household electricity consumption information;
calculating a first electricity consumption floating rate of the first ground bank based on the first electricity consumption information of the first ground bank and the second electricity consumption information of the second ground bank, calculating a second electricity consumption floating rate of the second ground bank based on the second electricity consumption information of the second ground bank and the third electricity consumption information of the third ground bank, and calculating a third electricity consumption floating rate of the third ground bank based on the third electricity consumption information of the third ground bank and the current electricity consumption information of the current ground bank;
calculating a first elevator electricity consumption floating rate based on the first elevator historical electricity consumption information and the second elevator historical electricity consumption information, calculating a second elevator electricity consumption floating rate based on the second elevator historical electricity consumption information and the third elevator historical electricity consumption information, and calculating a third elevator electricity consumption floating rate based on the third elevator historical electricity consumption information and the current elevator electricity consumption information;
Calculating a first user floating rate based on the first user total number and the second user total number, calculating a second user floating rate based on the second user total number and the third user total number, and calculating a third user floating rate based on the third user total number and the current user total number;
and calculating the agent electricity purchasing total number based on the first household electricity floating rate, the second household electricity floating rate, the third household electricity floating rate, the first ground bank electricity floating rate, the second ground bank electricity floating rate, the third ground bank electricity floating rate, the first elevator electricity floating rate, the second elevator electricity floating rate, the third elevator electricity floating rate, the first user floating rate, the second user floating rate, the third user floating rate and the current electricity consumption information.
Further, the agent purchase electrical measurement module 203 is further configured to:
calculating a target household electricity floating rate based on the first household electricity floating rate, the second household electricity floating rate and the third household electricity floating rate;
calculating a target ground pool electricity floating rate based on the first ground pool electricity floating rate, the second ground pool electricity floating rate and the third ground pool electricity floating rate;
Calculating a target elevator electricity consumption floating rate based on the first elevator electricity consumption floating rate, the second elevator electricity consumption floating rate and the third elevator electricity consumption floating rate;
calculating a target user flotation rate based on the first user flotation rate, the second user flotation rate, and the third user flotation rate;
and measuring the agent electricity purchasing total number based on the target household electricity consumption floating rate, the target ground warehouse electricity consumption floating rate, the target elevator electricity consumption floating rate, the target user floating rate and the current electricity consumption information.
Further, the agent purchase electrical measurement module 203 is further configured to:
calculating estimated household electricity consumption data based on the target household electricity consumption floating rate and the current household electricity consumption information, and calculating household electricity agent electricity purchasing data based on the estimated household electricity consumption data and the target user floating rate;
calculating electricity utilization estimated data of the ground library based on the electricity utilization floating rate of the target ground library and the electricity utilization information of the current ground library, and calculating electricity purchase data of an electricity utilization agent of the ground library based on the electricity utilization estimated data of the ground library and the floating rate of the target user;
calculating elevator electricity utilization estimated data based on the target elevator electricity utilization floating rate and the current elevator electricity utilization information, and calculating elevator electricity utilization agent electricity purchasing data based on the elevator electricity utilization estimated data and the target user floating rate;
And calculating the agent electricity purchase total number based on the household electricity agent electricity purchase data, the ground library electricity agent electricity purchase data and the elevator electricity agent electricity purchase data.
Further, the agent purchase electrical measurement module 203 is further configured to:
calculating a household electricity floating rate average value based on the first household electricity floating rate, the second household electricity floating rate and the third household electricity floating rate;
calculating the target household electricity floating rate based on the household electricity floating rate average value; the calculation formula of the target household electricity floating rate is as follows:
u is the target household electricity floating rate, n is the number of household electricity floating rates,
for each household electricity floating rate, < >>
And (5) the household electricity floating rate average value is obtained.
The specific embodiment of the agent purchase electrical measurement system provided by the invention is basically the same as that of the agent purchase electrical measurement method, and is not described in detail herein.
Fig. 3 illustrates a physical schematic diagram of an electronic device, as shown in fig. 3, the electronic device may include: processor 310, communication interface (Communications Interface) 320, memory 330 and communication bus 340, wherein processor 310, communication interface 320, memory 330 accomplish communication with each other through communication bus 340. The processor 310 may invoke logic instructions in the memory 330 to perform a proxy purchase electrical testing method comprising:
Acquiring the total value of the power load of any target cell in a to-be-proxied power purchase area, and acquiring the total number of current users of the target cell;
if the total power consumption load value is larger than the power consumption load threshold value, determining current power consumption information of the target cell at the current time;
and acquiring historical electricity utilization data of the target cell, and measuring the agent electricity purchasing total number of the target cell based on the historical electricity utilization data, the current user total number and the current electricity consumption information.
Further, the logic instructions in the memory 330 described above may be implemented in the form of software functional units and may be stored in a computer-readable storage medium when sold or used as a stand-alone product. Based on this understanding, the technical solution of the present invention may be embodied essentially or in a part contributing to the prior art or in a part of the technical solution, in the form of a software product stored in a storage medium, comprising several instructions for causing a computer device (which may be a personal computer, a server, a network device, etc.) to perform all or part of the steps of the method according to the embodiments of the present invention. And the aforementioned storage medium includes: a U-disk, a removable hard disk, a Read-Only Memory (ROM), a random access Memory (RAM, random Access Memory), a magnetic disk, or an optical disk, or other various media capable of storing program codes.
In another aspect, the present invention also provides a computer program product comprising a computer program stored on a non-transitory computer readable storage medium, the computer program comprising program instructions which, when executed by a computer, enable the computer to perform the proxy purchase electricity measuring method provided by the above methods, the method comprising:
acquiring the total value of the power load of any target cell in a to-be-proxied power purchase area, and acquiring the total number of current users of the target cell;
if the total power consumption load value is larger than the power consumption load threshold value, determining current power consumption information of the target cell at the current time;
and acquiring historical electricity utilization data of the target cell, and measuring the agent electricity purchasing total number of the target cell based on the historical electricity utilization data, the current user total number and the current electricity consumption information.
In yet another aspect, the present invention also provides a non-transitory computer readable storage medium having stored thereon a computer program which, when executed by a processor, is implemented to perform the agent purchase electrical measurement methods provided above, the method comprising:
acquiring the total value of the power load of any target cell in a to-be-proxied power purchase area, and acquiring the total number of current users of the target cell;
If the total power consumption load value is larger than the power consumption load threshold value, determining current power consumption information of the target cell at the current time;
and acquiring historical electricity utilization data of the target cell, and measuring the agent electricity purchasing total number of the target cell based on the historical electricity utilization data, the current user total number and the current electricity consumption information.
The apparatus embodiments described above are merely illustrative, wherein the elements illustrated as separate elements may or may not be physically separate, and the elements shown as elements may or may not be physical elements, may be located in one place, or may be distributed over a plurality of network elements. Some or all of the modules may be selected according to actual needs to achieve the purpose of the solution of this embodiment. Those of ordinary skill in the art will understand and implement the present invention without undue burden.
From the above description of the embodiments, it will be apparent to those skilled in the art that the embodiments may be implemented by means of software plus necessary general hardware platforms, or of course may be implemented by means of hardware. Based on this understanding, the foregoing technical solution may be embodied essentially or in a part contributing to the prior art in the form of a software product, which may be stored in a computer readable storage medium, such as ROM/RAM, a magnetic disk, an optical disk, etc., including several instructions for causing a computer device (which may be a personal computer, a server, or a network device, etc.) to execute the method described in the respective embodiments or some parts of the embodiments.
Finally, it should be noted that: the above embodiments are only for illustrating the technical solution of the present invention, and are not limiting; although the invention has been described in detail with reference to the foregoing embodiments, it will be understood by those of ordinary skill in the art that: the technical scheme described in the foregoing embodiments can be modified or some technical features thereof can be replaced by equivalents; such modifications and substitutions do not depart from the spirit and scope of the technical solutions of the embodiments of the present invention.
Claims (10)
1. A proxy purchase electricity measuring method, comprising:
acquiring the total value of the power load of any target cell in a to-be-proxied power purchase area, and acquiring the total number of current users of the target cell;
if the total power consumption load value is larger than the power consumption load threshold value, determining current power consumption information of the target cell at the current time;
and acquiring historical electricity utilization data of the target cell, and measuring the agent electricity purchasing total number of the target cell based on the historical electricity utilization data, the current user total number and the current electricity consumption information.
2. The proxy electricity purchasing method according to claim 1, wherein the calculating the proxy electricity purchasing total number of the target cell based on the historical electricity consumption data, the current user total number, and the current electricity consumption information includes:
Acquiring first household historical electricity consumption information, second household historical electricity consumption information and third household historical electricity consumption information of the current time from the historical electricity consumption data; the first household historical electricity consumption information is household electricity consumption information of a first time adjacent to the current time, the second household historical electricity consumption information is household electricity consumption information of a second time adjacent to the first time, and the third household historical electricity consumption information is household electricity consumption information of a third time adjacent to the second time;
acquiring first, second and third historical electricity consumption information of the current time from the historical electricity consumption data; the first historical electricity consumption information of the first ground bank is the electricity consumption information of the ground bank at the first time, the second historical electricity consumption information of the second ground bank is the electricity consumption information of the ground bank at the second time, and the third historical electricity consumption information of the ground bank is the electricity consumption information of the ground bank at the third time;
acquiring first historical electricity consumption information, second historical electricity consumption information and third historical electricity consumption information of the current time from the historical electricity consumption data; the first historical electricity consumption information of the elevator is the first time electricity consumption information of the elevator, the second historical electricity consumption information of the elevator is the second time electricity consumption information of the elevator, and the third historical electricity consumption information of the elevator is the third time electricity consumption information of the elevator;
Acquiring the first user total number, the second user total number and the third user total number of the current time from the historical electricity utilization data; the first user total number is the user total number of the first time, the second user total number is the user total number of the second time, and the third user total number is the user total number of the third time;
and calculating the agent electricity purchasing total number of the target cell based on the first household historical electricity consumption information, the second household historical electricity consumption information, the third household historical electricity consumption information, the first ground bank historical electricity consumption information, the second ground bank historical electricity consumption information, the third ground bank historical electricity consumption information, the first elevator historical electricity consumption information, the second elevator historical electricity consumption information, the third elevator historical electricity consumption information, the first user total number, the second user total number, the third user total number, the current user total number and the current electricity consumption information.
3. The proxy electricity purchasing measurement method according to claim 2, wherein the calculating the proxy electricity purchasing total number of the target cell based on the first home history electricity consumption information, the second home history electricity consumption information, the third home history electricity consumption information, the first bank history electricity consumption information, the second bank history electricity consumption information, the third bank history electricity consumption information, the first elevator history electricity consumption information, the second elevator history electricity consumption information, the third elevator history electricity consumption information, the first user total number, the second user total number, the third user total number, the current user total number, and the current electricity consumption information includes:
Determining current household electricity consumption information, current ground library electricity consumption information and current elevator electricity consumption information in the current electricity consumption information;
calculating a first household electricity floating rate based on the first household historical electricity consumption information and the second household historical electricity consumption information, calculating a second household electricity floating rate based on the second household historical electricity consumption information and the third household historical electricity consumption information, and calculating a third household electricity floating rate based on the third household historical electricity consumption information and the current household electricity consumption information;
calculating a first electricity consumption floating rate of the first ground bank based on the first electricity consumption information of the first ground bank and the second electricity consumption information of the second ground bank, calculating a second electricity consumption floating rate of the second ground bank based on the second electricity consumption information of the second ground bank and the third electricity consumption information of the third ground bank, and calculating a third electricity consumption floating rate of the third ground bank based on the third electricity consumption information of the third ground bank and the current electricity consumption information of the current ground bank;
calculating a first elevator electricity consumption floating rate based on the first elevator historical electricity consumption information and the second elevator historical electricity consumption information, calculating a second elevator electricity consumption floating rate based on the second elevator historical electricity consumption information and the third elevator historical electricity consumption information, and calculating a third elevator electricity consumption floating rate based on the third elevator historical electricity consumption information and the current elevator electricity consumption information;
Calculating a first user floating rate based on the first user total number and the second user total number, calculating a second user floating rate based on the second user total number and the third user total number, and calculating a third user floating rate based on the third user total number and the current user total number;
and calculating the agent electricity purchasing total number based on the first household electricity floating rate, the second household electricity floating rate, the third household electricity floating rate, the first ground bank electricity floating rate, the second ground bank electricity floating rate, the third ground bank electricity floating rate, the first elevator electricity floating rate, the second elevator electricity floating rate, the third elevator electricity floating rate, the first user floating rate, the second user floating rate, the third user floating rate and the current electricity consumption information.
4. The proxy electricity purchasing measurement method according to claim 3, wherein the measuring the proxy electricity purchasing total number based on the first home electricity consumption rate, the second home electricity consumption rate, the third home electricity consumption rate, the first bank electricity consumption rate, the second bank electricity consumption rate, the third bank electricity consumption rate, the first elevator electricity consumption rate, the second elevator electricity consumption rate, the third elevator electricity consumption rate, the first user electricity consumption rate, the second user electricity consumption rate, the third user electricity consumption rate, and the current electricity consumption amount information includes:
Calculating a target household electricity floating rate based on the first household electricity floating rate, the second household electricity floating rate and the third household electricity floating rate;
calculating a target ground pool electricity floating rate based on the first ground pool electricity floating rate, the second ground pool electricity floating rate and the third ground pool electricity floating rate;
calculating a target elevator electricity consumption floating rate based on the first elevator electricity consumption floating rate, the second elevator electricity consumption floating rate and the third elevator electricity consumption floating rate;
calculating a target user flotation rate based on the first user flotation rate, the second user flotation rate, and the third user flotation rate;
and measuring the agent electricity purchasing total number based on the target household electricity consumption floating rate, the target ground warehouse electricity consumption floating rate, the target elevator electricity consumption floating rate, the target user floating rate and the current electricity consumption information.
5. The proxy electricity purchasing measurement method according to claim 4, wherein the measuring the proxy electricity purchasing total number based on the target home electricity consumption rate, the target ground bank electricity consumption rate, the target elevator electricity consumption rate, the target user electricity consumption rate, and the current electricity consumption amount information includes:
Calculating estimated household electricity consumption data based on the target household electricity consumption floating rate and the current household electricity consumption information, and calculating household electricity agent electricity purchasing data based on the estimated household electricity consumption data and the target user floating rate;
calculating electricity utilization estimated data of the ground library based on the electricity utilization floating rate of the target ground library and the electricity utilization information of the current ground library, and calculating electricity purchase data of an electricity utilization agent of the ground library based on the electricity utilization estimated data of the ground library and the floating rate of the target user;
calculating elevator electricity utilization estimated data based on the target elevator electricity utilization floating rate and the current elevator electricity utilization information, and calculating elevator electricity utilization agent electricity purchasing data based on the elevator electricity utilization estimated data and the target user floating rate;
and calculating the agent electricity purchase total number based on the household electricity agent electricity purchase data, the ground library electricity agent electricity purchase data and the elevator electricity agent electricity purchase data.
6. The proxy electricity purchasing measurement method of claim 5, wherein the calculating a target household electricity floating rate based on the first household electricity floating rate, the second household electricity floating rate, and the third household electricity floating rate includes:
Calculating a household electricity floating rate average value based on the first household electricity floating rate, the second household electricity floating rate and the third household electricity floating rate;
calculating the target household electricity floating rate based on the household electricity floating rate average value; the calculation formula of the target household electricity floating rate is as follows:
u is the target household electricity floating rate, n is the number of household electricity floating rates,
for each household electricity floating rate, < >>
And (5) the household electricity floating rate average value is obtained.
7. The proxy electricity purchasing method as claimed in claim 6, wherein the calculation formula of the household electricity purchasing proxy electricity purchasing data is:
8. A proxy purchase electricity measurement system, comprising:
the acquisition module is used for acquiring the total value of the power load of any target cell in the to-be-proxied power purchase area and the total number of current users of the target cell;
the determining module is used for determining current power consumption information of the target cell at the current time if the total power consumption load value is determined to be larger than a power consumption load threshold value;
The agent electricity purchasing module is used for acquiring historical electricity consumption data of the target cell and measuring and calculating the agent electricity purchasing total number of the target cell based on the historical electricity consumption data, the current user total number and the current electricity consumption information.
9. An electronic device comprising a memory, a processor and a computer program stored on the memory and executable on the processor, characterized in that the processor implements the proxy electricity acquisition method of any one of claims 1 to 7 when executing the computer program.
10. A non-transitory computer readable storage medium comprising a computer program, characterized in that the computer program when executed by a processor implements the proxy purchase electrical measurement method of any one of claims 1 to 7.
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