CN109061288A - Household charging method, device and system for multi-split system and charging terminal - Google Patents
Household charging method, device and system for multi-split system and charging terminal Download PDFInfo
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- G01R—MEASURING ELECTRIC VARIABLES; MEASURING MAGNETIC VARIABLES
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Abstract
The invention relates to a household charging method, a household charging device, a household charging system and a household charging terminal of a multi-online system, wherein the household charging method is applied to the multi-online system with a system internal machine and a system external machine uniformly supplying power or the multi-online system with the system internal machine and the system external machine independently and uniformly supplying power respectively, and comprises the following steps: acquiring system operation information and system ammeter data; the system operation information comprises system internal machine operation information; determining the total electric quantity of the system internal unit and the total electric quantity of the system external unit based on the system operation information and the system electric meter data; calculating the electric quantity of each system indoor unit according to the running information of the system indoor units or the total electric quantity of the system indoor units; calculating the electric quantity of an external machine correspondingly consumed by each internal machine of the system based on the total electric quantity of the external machine of the system; and for each user's system internal machine, summing the electric quantity of the user's system internal machine and the electric quantity of the external machine correspondingly consumed by the user's system internal machine to obtain the household charging electric quantity. By adopting the method, the device, the system or the charging terminal, the individual charging of the system internal unit and the system external unit under two power supply conditions can be realized.
Description
Technical field
The present invention relates to electricity control technology fields, and in particular to a kind of household cost allocation method, apparatus of multi-line system,
System and billing terminal.
Background technique
The increase of demand with people to air-conditioning, multi-line system also rapidly develop.Multi-line system is widely used in
The places such as retail shop, office building.With the use of multi-connected machine, the household cost allocation that inevitably can be then related to multi-line system is asked
Topic.
In the related technology, still unintelligible about the household cost allocation embodiment research of multi-line system, it did not proposed
It more reasonably can be realized the scheme of the function of multi-line system household cost allocation.In the related technology, multi-connected machine point family is counted
Expense has done Primary Study, but the calculating of related electricity involved in the household cost allocation scheme of its proposition is inaccurate, and does not provide
One accurate numerical procedure, and mostly can only be multi-joint in the case where respectively independently-powered to interior machine and outer machine in relevant programme
Machine system carries out household cost allocation, can not achieve the function of the household cost allocation in the case that inside and outside machine unification is powered.
Summary of the invention
In view of this, dividing family it is an object of the invention to overcome the deficiencies of the prior art and provide a kind of multi-line system
Charging method, device, system and billing terminal.
In order to achieve the above object, the present invention adopts the following technical scheme:
A kind of household cost allocation method of multi-line system, the multi-connected machine applied to the unified power supply of machine outside machine in system and system
System, alternatively, machine and the outer machine of the system respectively independently unify the multi-line system of power supply, the method packet in the system
It includes:
Acquisition system operation information and system meter data；The system operation information includes machine operation information in system；
Machine total electricity and the system in the system are determined based on the system operation information and the system meter data
The outer machine total electricity of system；
According to machine total electricity in machine operation information in the system or the system, the electricity of machine in each system is calculated
Amount；
The outer electromechanical amount of the corresponding consumption of machine in each system is calculated based on machine total electricity outside the system；
For machine in the system of each user, by machine in the system of the electricity of machine in the system of the user and the user
The outer electromechanical amount summation of corresponding consumption, obtains household cost allocation electricity.
Optionally, if machine and the outer machine of the system are unified power supply in the system, the ammeter data is machine in system
With machine total electricity outside system；The system operation information further includes the outer machine operation information of system；It is described to be run based on the system
Information and the system meter data determine that machine total electricity and the outer machine total electricity of the system specifically include in the system:
Machine total electricity and the system in the system are calculated based on systematic sampling operation information and the system meter data
The outer machine total electricity of system；The systematic sampling operation information is machine operation information or the outer machine operation letter of the system in the system
Breath；
If machine and the outer machine of the system respectively independently unify power supply in the system, the system meter data include system
The outer electromechanical meter data of interior electromechanical meter data, system；It is described to be determined based on the system operation information and the system meter data
Machine total electricity and the outer machine total electricity of the system specifically include in the system:
Read in the system electromechanical meter data as machine total electricity in the system, read electromechanical meter number outside the system
According to as machine total electricity outside the system.
Optionally, described always electric based on machine in systematic sampling operation information and the system meter data calculating system
Amount and the outer machine total electricity of the system specifically include:
Machine operation information includes: power of fan, heat tape power, circuit board power in the system；Outside the system
Machine operation information includes compressor horsepower, power of fan, heat tape power, circuit board power；
If the systematic sampling operation information is machine operation information in system, according to the power of fan, heat tape function
Rate, circuit board power calculate separately the power consumption of blower, heat tape, circuit board；
The power consumption of the blower, heat tape, circuit board is summed to obtain machine total electricity in the system；
Machine total electricity in the system, which is subtracted, by the system meter data obtains machine total electricity outside the system；
Alternatively,
If the systematic sampling operation information is the outer machine operation information of system, according to the compressor horsepower, power of fan,
Heat tape power, circuit board power calculate separately the power consumption of compressor, blower, heat tape, circuit board；
The power consumption of the compressor, blower, heat tape, circuit board is summed to obtain machine total electricity outside the system；
Machine total electricity outside the system, which is subtracted, by the system meter data obtains machine total electricity in the system.
Optionally, described according to machine total electricity in machine operation information in the system or the system, calculate each system
The electricity of machine specifically includes in uniting:
Obtain fan operation time, the heat tape runing time, circuit board runing time of machine in the system；
The power of fan obtains blower electricity multiplied by the fan operation time；
The heat tape power obtains heat tape electricity multiplied by heat tape runing time；
The circuit board power obtains circuit board electricity multiplied by circuit board runing time；
The blower electricity, the heat tape electricity, the circuit board electricity are added to obtain each interior electromechanical amount；
Alternatively, obtaining windscreen coefficient, interior machine rated cooling capacity and the available machine time of each interior machine；
According to formulaElectromechanical amount distribution coefficient in calculating, wherein, Kin-ijFor in multi-line system i
J-th in electromechanical amount distribution coefficient, aijFor windscreen coefficient, the q of machine in j-th in multi-line system iijFor multi-connected machine system
The interior machine rated cooling capacity of machine, τ are the available machine time in j-th in system i, and j is interior machine number；
The interior electromechanical amount distribution coefficient is multiplied to obtain each interior electromechanical amount with machine total electricity in the system.
Optionally, the outer electromechanical amount that the corresponding consumption of machine in each system is calculated based on machine total electricity outside the system
It specifically includes:
Obtain the electronic expansion valve opening coefficient of machine in each system, interior machine temperature coefficient, interior machine rated cooling capacity, interior
Machine equivalent effective time；
According to formulaCalculate outer electromechanical amount distribution coefficient, wherein Tout-ijFor multi-line system i
In j-th in the corresponding consumption of machine outer electromechanical amount distribution coefficient, kijIt is corresponding outer for machine in j-th in multi-line system i
Machine electronic expansion valve opening coefficient, bijFor the temperature coefficient of machine in j-th in multi-line system i, qijFor multi-line system i
In j-th in machine rated cooling capacity, τ ' be interior machine equivalent effective time, j be interior machine number；
The outer electromechanical amount distribution coefficient is multiplied to obtain the outer machine of the corresponding consumption of each interior machine with the outer machine total electricity of the system
Electricity.
A kind of individual user fee counter of multi-line system, comprising:
Data acquisition module, for obtaining system operation information and system meter data；The system operation information includes
Machine operation information in system；
Total electricity determining module, for determining the system based on the system operation information and the system meter data
Interior machine total electricity and the outer machine total electricity of the system；
Each interior electromechanical amount computing module, is used for according to machine total electricity in machine operation information in the system or the system,
Calculate the electricity of machine in each system；
Corresponding outer electromechanical amount computing module, it is corresponding for calculating machine in each system based on the outer machine total electricity of the system
The outer electromechanical amount of consumption；
Household cost allocation electricity computing module, for machine in the system for each user, by machine in the system of the user
Electricity and the user system in the corresponding consumption of machine outer electromechanical amount summation, obtain household cost allocation electricity.
Optionally, the total electricity determining module, comprising:
Inside and outside machine total electricity computing unit, it is described if being unified power supply for machine in the system and the outer machine of the system
Ammeter data is machine and the outer machine total electricity of system in system；The system operation information further includes the outer machine operation information of system；Base
It is always electric in machine outside machine total electricity in systematic sampling operation information and the system meter data calculating system and the system
Amount；The systematic sampling operation information is machine operation information or the outer machine operation information of the system in the system；
Inside and outside machine total electricity reading unit, if respectively independently unifying to supply for machine in the system and the outer machine of the system
Electricity, the system meter data include the outer electromechanical meter data of electromechanical meter data, system in system；Read electromechanical meter in the system
Data as machine total electricity in the system, read outside the system electromechanical meter data as machine total electricity outside the system.
Optionally, the inside and outside machine total electricity computing unit specifically includes:
Machine operation information includes: power of fan, heat tape power, circuit board power in the system；Outside the system
Machine operation information includes compressor horsepower, power of fan, heat tape power, circuit board power；
Interior each structure electricity computation subunit of machine, if being machine operation letter in system for the systematic sampling operation information
Breath, the power consumption of blower, heat tape, circuit board is calculated separately according to the power of fan, heat tape power, circuit board power
Amount；
Machine total electricity computation subunit in first, for the power consumption of the blower, heat tape, circuit board to be summed
Machine total electricity in the system；
First outer machine total electricity computation subunit, for subtracting machine total electricity in the system by the system meter data
Obtain the outer machine total electricity of the system；
Outer each structure electricity computation subunit of machine, if being the outer machine operation letter of system for the systematic sampling operation information
Breath, according to the compressor horsepower, power of fan, heat tape power, that circuit board power calculates separately compressor, wind is mechanical, electrical
Heating tape, circuit board power consumption；
Second outer machine total electricity computing unit, for by the compressor, blower, heat tape, circuit board power consumption
Summation obtains the outer machine total electricity of the system；
Machine total electricity computing unit in second is obtained for subtracting machine total electricity outside the system by the system meter data
Machine total electricity in the system.
Optionally, each interior electromechanical amount computing module specifically includes:
Time acquisition unit, for obtaining fan operation time, the heat tape runing time, circuit of machine in the system
Plate runing time；
Blower electricity computing unit obtains blower electricity for the power of fan multiplied by the fan operation time；
Heat tape electricity computing unit obtains electricity for the heat tape power multiplied by heat tape runing time
Heat carried charge；
Circuit board electricity computing unit obtains circuit board electricity for the circuit board power multiplied by circuit board runing time
Amount；
Summation unit, it is each for the blower electricity, the heat tape electricity, the circuit board electricity to be added to obtain
Interior electromechanical amount；
Each interior machine component acquiring unit, for obtaining windscreen coefficient, interior machine rated cooling capacity and the available machine time of each interior machine；
Interior electromechanics road distribution coefficient computing unit, for according to formulaMachine power energy allocation in calculating
Coefficient, wherein Kin-ijFor amount distribution coefficient electromechanical in j-th in multi-line system i, aijFor the jth in multi-line system i
Windscreen coefficient, the q of a interior machineijIt is the available machine time for the interior machine rated cooling capacity of machine, τ in j-th in multi-line system i, j is
Interior machine number；
First product unit is multiplied to obtain in each with machine total electricity in the system for the interior electromechanical amount distribution coefficient
Electromechanics amount.
Optionally, the outer electromechanical amount computing module of the correspondence specifically includes:
Outer machine component acquiring unit, for obtaining the electronic expansion valve opening coefficient of machine in each system, interior machine temperature
Coefficient, interior machine rated cooling capacity, interior machine equivalent effective time；
Outer electromechanical amount distribution coefficient computing unit, for according to formulaCalculate outer electromechanical amount point
Distribution coefficient, wherein Tout-ijFor the outer electromechanical amount distribution coefficient of the corresponding consumption of machine in j-th in multi-line system i, kijIt is more
The corresponding outer machine electronic expansion valve opening coefficient of machine, b in j-th in on-line system iijFor in j-th in multi-line system i
The temperature coefficient of machine, qijFor machine rated cooling capacity in j-th in multi-line system i, τ ' is interior machine equivalent effective time, and j is
Interior machine number；
Second product unit is multiplied to obtain in each with machine total electricity outside the system for the outer electromechanical amount distribution coefficient
The outer electromechanical amount of the corresponding consumption of machine.
A kind of household cost allocation system of multi-line system, comprising:
Unit and the ammeter being connected with the unit and the billing terminal being connected with the ammeter；
The billing terminal is used to execute the household cost allocation side of multi-line system as described in any one in claim 1-5
Method.
Optionally, further includes:
Router, intelligent terminal；
The billing terminal is communicated to connect by the router and the intelligent terminal, for sending household cost allocation electricity
And display system operation information and system meter data.
A kind of billing terminal, comprising:
Processor, and the memory being connected with the processor；
For the memory for storing computer program, the computer program is at least used to execute point family described above
Charging method；
The processor is for calling and executing the computer program in the memory.
Technical solution provided by the present application can include the following benefits:
Household cost allocation method, apparatus, system and the terminal of a kind of multi-line system are protected in the application.Wherein, the party
Method includes: the service system operation information and system meter data obtained under multi-line system, is based on the system operation information
Machine total electricity outside machine total electricity and the system is determined in the system with the system meter data；It is run according to the system
Machine total electricity in information or the system calculates the electricity of machine in each system；It is calculated based on machine total electricity outside the system
The outer electromechanical amount of the corresponding consumption of machine in each system；For machine in the system of each user, by machine in the system of the user
Electricity and the user system in the corresponding consumption of machine outer electromechanical amount summation, obtain household cost allocation electricity.And machine in system
There are two kinds of powering modes with machine outside system, and one is the unified power supplies of machine outside machine in system and system, and another kind is machine in system
Respectively independently unify power supply with machine outside system；When machine is uniformly powered outside machine in system and system, need according to system meter number
According to the total electricity of machine outside the total electricity and system of machine in computing system, and then calculate separately in each system the electricity of machine and respectively right
The electricity of the outer machine of the system answered, and then multi-connected machine system is obtained according to the electricity of machine outside the electricity of machine in each system and corresponding system
Household cost allocation electricity under system；When machine respectively independently unifies power supply outside machine in system and system, it is according to system meter data
The total electricity of the outer machine of total electricity and system of machine in system can be directly obtained, so calculate separately in each system again the electricity of machine and
The electricity of the outer machine of corresponding system, is finally calculated the household cost allocation electricity under multi-line system.Pass through the above method
It can be realized in the unified power supply of the outer machine of machine and system in system or system that machine is unified to power, unified two kinds of the power supply of the outer machine of system
In the case of multi-connected machine household cost allocation.
Detailed description of the invention
In order to more clearly explain the embodiment of the invention or the technical proposal in the existing technology, to embodiment or will show below
There is attached drawing needed in technical description to be briefly described, it should be apparent that, the accompanying drawings in the following description is only this
Some embodiments of invention for those of ordinary skill in the art without creative efforts, can be with
It obtains other drawings based on these drawings.
Fig. 1 is the household cost allocation method flow diagram for the multi-line system that the embodiment of the present invention one provides；
Fig. 2 is the individual user fee counter module map of multi-line system provided by Embodiment 2 of the present invention；
Fig. 3 is the household cost allocation system construction drawing for the multi-line system that the embodiment of the present invention three provides；
Fig. 4 is the household cost allocation system construction drawing for the multi-line system that the embodiment of the present invention four provides；
Fig. 5 is the billing terminal structure chart that the embodiment of the present invention five provides.
Specific embodiment
To make the object, technical solutions and advantages of the present invention clearer, technical solution of the present invention will be carried out below
Detailed description.Obviously, described embodiments are only a part of the embodiments of the present invention, instead of all the embodiments.Base
Embodiment in the present invention, those of ordinary skill in the art are obtained all without making creative work
Other embodiment belongs to the range that the present invention is protected.
Fig. 1 is the household cost allocation method flow diagram for the multi-line system that the embodiment of the present invention one provides.It is a kind of referring to Fig. 1
The household cost allocation method of multi-line system, applied to the multi-line system of the unified power supply of machine outside machine in system and system, alternatively, institute
State the multi-line system that machine and the outer machine of the system in system respectively independently unify power supply, which comprises
Step 101: obtaining system operation information and system meter data；The system operation information includes machine fortune in system
Row information；
Step 102: machine total electricity in the system is determined based on the system operation information and the system meter data
With machine total electricity outside the system.
If the outer machine of machine and the system is unified power supply in the system, the ammeter data is in system outside machine and system
Machine total electricity；The system operation information further includes the outer machine operation information of system；It is described to be based on the system operation information and institute
It states system meter data and determines that machine total electricity and the outer machine total electricity of the system specifically include in the system:
Machine total electricity and the system in the system are calculated based on systematic sampling operation information and the system meter data
The outer machine total electricity of system；The systematic sampling operation information is machine operation information or the outer machine operation letter of the system in the system
Breath；
If machine and the outer machine of the system respectively independently unify power supply in the system, the system meter data include system
The outer electromechanical meter data of interior electromechanical meter data, system；It is described to be determined based on the system operation information and the system meter data
The outer machine total electricity of machine total electricity and the system specifically includes in the system: reading in the system electromechanical meter data as institute
It states machine total electricity in system, read the outer electromechanical meter data of the system as machine total electricity outside the system.
Step 103: according to machine total electricity in machine operation information in the system or the system, calculating in each system
The electricity of machine；
Step 104: the outer electromechanical amount of the corresponding consumption of machine in each system is calculated based on machine total electricity outside the system；
Step 105: for machine in the system of each user, by the electricity of machine in the system of the user and the user
The outer electromechanical amount summation of the corresponding consumption of machine, obtains household cost allocation electricity in system.
Wherein, when machine is unified power supply outside machine in the system and the system, the outer machine of machine total electricity, system in system
The solution procedure of total electricity is as follows:
Machine operation information includes: power of fan, heat tape power, circuit board power in the system；Outside the system
Machine operation information includes compressor horsepower, power of fan, heat tape power, circuit board power；
If the systematic sampling operation information is machine operation information in system, according to the power of fan, heat tape function
Rate, circuit board power calculate separately the power consumption of blower, heat tape, circuit board；
The power consumption of the blower, heat tape, circuit board is summed to obtain machine total electricity in the system；
Machine total electricity in the system, which is subtracted, by the system meter data obtains machine total electricity outside the system.
It is specifically introduced now in conjunction with calculating process of the formula to machine total electricity in system:
Alternatively, if the systematic sampling operation information is the outer machine operation information of system, according to the compressor horsepower, blower
Power, heat tape power, circuit board power calculate separately the power consumption of compressor, blower, heat tape, circuit board；
The power consumption of the compressor, blower, heat tape, circuit board is summed to obtain machine total electricity outside the system；
Machine total electricity outside the system, which is subtracted, by the system meter data obtains machine total electricity in the system.
Use above two mode can be with machine total electricity in machine total electricity outside computing system or system, when calculating outside system
Machine total electricity in system can be then obtained after machine total electricity according to total electricity, it then can basis when machine total electricity in computing system
Total electricity obtains the outer machine total electricity of system.
Wherein, according to machine total electricity in machine operation information in the system or the system, machine in each system is calculated
Electricity specifically include:
Obtain fan operation time, the heat tape runing time, circuit board runing time of machine in the system；
The power of fan obtains blower electricity multiplied by the fan operation time；
The heat tape power obtains heat tape electricity multiplied by heat tape runing time；
The circuit board power obtains circuit board electricity multiplied by circuit board runing time；
The blower electricity, the heat tape electricity, the circuit board electricity are added to obtain each interior electromechanical amount；
Alternatively, obtaining windscreen coefficient, interior machine rated cooling capacity and the available machine time of each interior machine；
According to formulaElectromechanical amount distribution coefficient in calculating, wherein Kin-ijFor in multi-line system i
J-th in electromechanical amount distribution coefficient, aijFor windscreen coefficient, the q of machine in j-th in multi-line system iijFor multi-connected machine system
The interior machine rated cooling capacity of machine, τ are the available machine time in j-th in system i, and j is interior machine number；
The interior electromechanical amount distribution coefficient is multiplied to obtain each interior electromechanical amount with machine total electricity in the system.
The outer electromechanical measurer body packet that the corresponding consumption of machine in each system is calculated based on machine total electricity outside the system
It includes:
Electronic expansion valve opening coefficient, interior machine temperature coefficient, interior machine rated cooling capacity, the interior machine for obtaining machine in each system are worked as
Measure effective time；
According to formulaCalculate outer electromechanical amount distribution coefficient, wherein Tout-ijFor multi-line system i
In j-th in the corresponding consumption of machine outer electromechanical amount distribution coefficient, kijIt is corresponding outer for machine in j-th in multi-line system i
Machine electronic expansion valve opening coefficient, bijFor the temperature coefficient of machine in j-th in multi-line system i, qijFor multi-line system i
In j-th in machine rated cooling capacity, τ ' be interior machine equivalent effective time, j be interior machine number；
The outer electromechanical amount distribution coefficient is multiplied to obtain the outer machine of the corresponding consumption of each interior machine with the outer machine total electricity of the system
Electricity.
It can be realized in system outside machine and system machine and the system in the unified power supply of machine or system by the above method
Outer machine respectively independently unifies the multi-connected machine household cost allocation in the case of two kinds of power supply, that is, point family for providing two sets of multi-line systems is counted
Charging method, the electricity charge at point family can be accurately calculated using the above method, fairly and reasonably carry out household cost allocation, while also subtracting
Charge dispute between few property and user, the above method are based on that energy type charging is separate, combine the installation of multi-joint unit
Situation is realized by the cooling capacity size charging that unit end equipment provides by for charge.It is calculated in the above method by formula simultaneously
The electricity charge that point family can accurately be calculated, fairly and reasonably carry out household cost allocation.
Fig. 2 is the individual user fee counter module map of multi-line system provided by Embodiment 2 of the present invention.Referring to fig. 2, a kind of
The individual user fee counter of multi-line system, comprising:
Data acquisition module 201, for obtaining system operation information and system meter data；The system operation information packet
Include machine operation information in system；
Total electricity determining module 202, described in being determined based on the system operation information and the system meter data
Machine total electricity and the outer machine total electricity of the system in system；
Each interior electromechanical amount computing module 203, for always electric according to machine in the interior machine system operation information or the system
Amount calculates the electricity of machine in each system；
Corresponding outer electromechanical amount computing module 204, for for calculating each system based on the outer machine total electricity of the system
The outer electromechanical amount of the corresponding consumption of interior machine；
Household cost allocation electricity computing module 205 will be in the system of the user for machine in the system for each user
The outer electromechanical amount summation of the corresponding consumption of machine, obtains household cost allocation electricity in the system of the electricity of machine and the user.
Wherein, total electricity determining module 202 specifically includes: inside and outside machine total electricity computing unit, if in the system
Machine and the outer machine of the system are unified power supply, and the ammeter data is machine and the outer machine total electricity of system in system；The system fortune
Row information further includes the outer machine operation information of system；The system is calculated based on systematic sampling operation information and the system meter data
Machine total electricity and the outer machine total electricity of the system in uniting；The systematic sampling operation information be the system in machine operation information or
The outer machine operation information of system described in person；
Inside and outside machine total electricity reading unit, if respectively independently unifying to supply for machine in the system and the outer machine of the system
Electricity, the system meter data include the outer electromechanical meter data of electromechanical meter data, system in system；Read electromechanical meter in the system
Data as machine total electricity in the system, read outside the system electromechanical meter data as machine total electricity outside the system.
Wherein, inside and outside machine total electricity computing unit specifically includes:
Machine operation information includes: power of fan, heat tape power, circuit board power in the system；Outside the system
Machine operation information includes compressor horsepower, power of fan, heat tape power, circuit board power；
Interior each structure electricity computation subunit of machine, if being machine operation letter in system for the systematic sampling operation information
Breath, the power consumption of blower, heat tape, circuit board is calculated separately according to the power of fan, heat tape power, circuit board power
Amount；
Machine total electricity computation subunit in first, for the power consumption of the blower, heat tape, circuit board to be summed
Machine total electricity in the system；
First outer machine total electricity computation subunit, for subtracting machine total electricity in the system by the system meter data
Obtain the outer machine total electricity of the system；
Outer each structure electricity computation subunit of machine, if being the outer machine operation letter of system for the systematic sampling operation information
Breath, according to the compressor horsepower, power of fan, heat tape power, that circuit board power calculates separately compressor, wind is mechanical, electrical
Heating tape, circuit board power consumption；
Second outer machine total electricity computing unit, for by the compressor, blower, heat tape, circuit board power consumption
Summation obtains the outer machine total electricity of the system；
Machine total electricity computing unit in second is obtained for subtracting machine total electricity outside the system by the system meter data
Machine total electricity in the system.
Further, each interior electromechanical amount computing module 203 specifically includes:
Time acquisition unit, for obtaining fan operation time, the heat tape runing time, circuit of machine in the system
Plate runing time；
Blower electricity computing unit obtains blower electricity for the power of fan multiplied by the fan operation time；
Heat tape electricity computing unit obtains electricity for the heat tape power multiplied by heat tape runing time
Heat carried charge；
Circuit board electricity computing unit obtains circuit board electricity for the circuit board power multiplied by circuit board runing time
Amount；
Summation unit, it is each for the blower electricity, the heat tape electricity, the circuit board electricity to be added to obtain
Interior electromechanical amount；
Each interior machine component acquiring unit, for obtaining windscreen coefficient, interior machine rated cooling capacity and the available machine time of each interior machine；
Interior electromechanics road distribution coefficient computing unit, for according to formulaMachine power energy allocation in calculating
Coefficient, wherein Kin-ijFor amount distribution coefficient electromechanical in j-th in multi-line system i, aijFor the jth in multi-line system i
Windscreen coefficient, the q of a interior machineijIt is the available machine time for the interior machine rated cooling capacity of machine, τ in j-th in multi-line system i, j is
Interior machine number；
First product unit is multiplied to obtain in each with machine total electricity in the system for the interior electromechanical amount distribution coefficient
Electromechanics amount.
Corresponding outer electromechanical amount computing module 204 specifically includes:
Outer machine component acquiring unit, for obtaining the electronic expansion valve opening coefficient of machine in each system, interior machine temperature
Coefficient, interior machine rated cooling capacity, interior machine equivalent effective time；
Outer electromechanical amount distribution coefficient computing unit, for according to formulaCalculate outer electromechanical amount point
Distribution coefficient, wherein Tout-ijFor the outer electromechanical amount distribution coefficient of the corresponding consumption of machine in j-th in multi-line system i, kijIt is more
The corresponding outer machine electronic expansion valve opening coefficient of machine, b in j-th in on-line system iijFor in j-th in multi-line system i
The temperature coefficient of machine, qijFor machine rated cooling capacity in j-th in multi-line system i, τ ' is interior machine equivalent effective time, and j is
Interior machine number；
Second product unit is multiplied to obtain in each with machine total electricity outside the system for the outer electromechanical amount distribution coefficient
The outer electromechanical amount of the corresponding consumption of machine.
Machine and the system in the unified power supply of machine or system can be realized in system outside machine and system using above-mentioned apparatus
Outer machine respectively independently unifies the multi-connected machine household cost allocation in the case of two kinds of power supply, that is, point family for providing two sets of multi-line systems is counted
Charging method, the electricity charge at point family can be accurately calculated using the above method, fairly and reasonably carry out household cost allocation, while also subtracting
Charge dispute between few property and user, above-mentioned apparatus are based on that energy type charging is separate, combine the installation of multi-joint unit
Situation is realized by the cooling capacity size charging that unit end equipment provides by for charge.
Fig. 3 is the household cost allocation system construction drawing for the multi-line system that the embodiment of the present invention three provides.It is a kind of referring to Fig. 3
The household cost allocation system of multi-line system, comprising:
Unit 301 and the ammeter 302 being connected with the unit and the billing terminal 303 being connected with the ammeter；
The billing terminal 303 is used to execute the household cost allocation method of multi-line system as described above.
Machine and institute in the unified power supply of machine or system can be showed in system outside machine and system using above-mentioned household cost allocation system
It states the outer machine of system and respectively independently unifies multi-connected machine household cost allocation in the case of two kinds of power supply, can accurately calculate the electricity at point family
Take, fairly and reasonably carry out household cost allocation, while also reducing the charge dispute between property and user.
The application also provides the household cost allocation system construction drawing of another multi-line system, and Fig. 4 is the embodiment of the present invention
The household cost allocation system construction drawing of four multi-line systems provided.Referring to fig. 4, the household cost allocation system of a kind of multi-line system,
Include:
Unit 401 and the ammeter 402 being connected with the unit and the billing terminal 403 being connected with the ammeter,
Router 404, intelligent terminal 405；
The billing terminal 403 is used to execute the household cost allocation method of multi-line system as described above.
The billing terminal 403 is communicated to connect by the router 404 with the intelligent terminal 405, for transmission point
Family charging electricity and display system operation information and system meter data.
Wherein, intelligent terminal 405 can be host computer PC terminal.Host computer PC terminal can check under multiple multi-line systems
The operation data and electricity data of each interior machine export electricity report.Machine and outer inter-machine communication, outer machine transport unit in multi-connected machine
Row data are transmitted to gateway.Ammeter measures the consumption electricity of multi-connected machine, and electric quantity signal and date signal are transferred to gateway.
Fig. 5 is the billing terminal structure chart that the embodiment of the present invention five provides.Referring to Fig. 5, a kind of billing terminal, comprising:
Processor 501, and the memory 502 being connected with the processor；
For storing computer program, the computer program is at least used to execute described above the memory 502
Household cost allocation method；
The processor is for calling and executing the computer program in the memory.
It is understood that same or similar part can mutually refer in the various embodiments described above, in some embodiments
Unspecified content may refer to the same or similar content in other embodiments.
Any process described otherwise above or method description are construed as in flow chart or herein, and expression includes
It is one or more for realizing specific logical function or process the step of executable instruction code module, segment or portion
Point, and the range of the preferred embodiment of the present invention includes other realization, wherein can not press shown or discussed suitable
Sequence, including according to related function by it is basic simultaneously in the way of or in the opposite order, to execute function, this should be of the invention
Embodiment person of ordinary skill in the field understood.
It should be appreciated that each section of the invention can be realized with hardware, software, firmware or their combination.Above-mentioned
In embodiment, software that multiple steps or method can be executed in memory and by suitable instruction execution system with storage
Or firmware is realized.It, and in another embodiment, can be under well known in the art for example, if realized with hardware
Any one of column technology or their combination are realized: having a logic gates for realizing logic function to data-signal
Discrete logic, with suitable combinational logic gate circuit specific integrated circuit, programmable gate array (PGA), scene
Programmable gate array (FPGA) etc..
Those skilled in the art are understood that realize all or part of step that above-described embodiment method carries
It suddenly is that relevant hardware can be instructed to complete by program, the program can store in a kind of computer-readable storage medium
In matter, which when being executed, includes the steps that one or a combination set of embodiment of the method.
It, can also be in addition, each functional unit in each embodiment of the present invention can integrate in a processing module
It is that each unit physically exists alone, can also be integrated in two or more units in a module.Above-mentioned integrated mould
Block both can take the form of hardware realization, can also be realized in the form of software function module.The integrated module is such as
Fruit is realized and when sold or used as an independent product in the form of software function module, also can store in a computer
In read/write memory medium.
Although the embodiments of the present invention has been shown and described above, it is to be understood that above-described embodiment is example
Property, it is not considered as limiting the invention, those skilled in the art within the scope of the invention can be to above-mentioned
Embodiment is changed, modifies, replacement and variant.
Claims (13)
1. a kind of household cost allocation method of multi-line system, which is characterized in that be applied to machine and the unified confession of the outer machine of system in system
The multi-line system of electricity, alternatively, machine and the outer machine of the system respectively independently unify the multi-line system of power supply, institute in the system
The method of stating includes:
Acquisition system operation information and system meter data；The system operation information includes machine operation information in system；
It is determined in the system outside machine total electricity and the system based on the system operation information and the system meter data
Machine total electricity；
According to machine total electricity in machine operation information in the system or the system, the electricity of machine in each system is calculated；
The outer electromechanical amount of the corresponding consumption of machine in each system is calculated based on machine total electricity outside the system；
It is for machine in the system of each user, machine in the system of the electricity of machine in the system of the user and the user is corresponding
The outer electromechanical amount summation of consumption, obtains household cost allocation electricity.
2. household cost allocation method according to claim 1, which is characterized in that
If machine and the outer machine of the system are unified power supply in the system, the ammeter data is that machine and the outer machine of system are total in system
Electricity；The system operation information further includes the outer machine operation information of system；It is described to be based on the system operation information and the system
System ammeter data determines that machine total electricity and the outer machine total electricity of the system specifically include in the system:
Outside based on machine total electricity in systematic sampling operation information and the system meter data calculating system and the system
Machine total electricity；The systematic sampling operation information is machine operation information or the outer machine operation information of the system in the system；
If machine and the outer machine of the system respectively independently unify power supply in the system, the system meter data include machine in system
The outer electromechanical meter data of ammeter data, system；It is described determined based on the system operation information and the system meter data described in
Machine total electricity and the outer machine total electricity of the system specifically include in system:
Read in the system electromechanical meter data as machine total electricity in the system, read electromechanical meter data outside the system and do
For machine total electricity outside the system.
3. household cost allocation method according to claim 2, which is characterized in that described to be based on systematic sampling operation information and institute
Machine total electricity and the outer machine total electricity of the system in the system meter data calculating system is stated to specifically include:
Machine operation information includes: power of fan, heat tape power, circuit board power in the system；The outer machine fortune of the system
Row information includes compressor horsepower, power of fan, heat tape power, circuit board power；
If the systematic sampling operation information is machine operation information in system, according to the power of fan, heat tape power, electricity
Road plate power calculates separately the power consumption of blower, heat tape, circuit board；
The power consumption of the blower, heat tape, circuit board is summed to obtain machine total electricity in the system；
Machine total electricity in the system, which is subtracted, by the system meter data obtains machine total electricity outside the system；
Alternatively,
If the systematic sampling operation information is the outer machine operation information of system, added according to the compressor horsepower, power of fan, electricity
Tropical power, circuit board power calculate separately the power consumption of compressor, blower, heat tape, circuit board；
The power consumption of the compressor, blower, heat tape, circuit board is summed to obtain machine total electricity outside the system；
Machine total electricity outside the system, which is subtracted, by the system meter data obtains machine total electricity in the system.
4. household cost allocation method according to claim 3, which is characterized in that described according to machine operation information in the system
Or machine total electricity in the system, the electricity for calculating machine in each system specifically include:
Obtain fan operation time, the heat tape runing time, circuit board runing time of machine in the system；
The power of fan obtains blower electricity multiplied by the fan operation time；
The heat tape power obtains heat tape electricity multiplied by heat tape runing time；
The circuit board power obtains circuit board electricity multiplied by circuit board runing time；
The blower electricity, the heat tape electricity, the circuit board electricity are added to obtain each interior electromechanical amount；
Alternatively, obtaining windscreen coefficient, interior machine rated cooling capacity and the available machine time of each interior machine；
According to formulaElectromechanical amount distribution coefficient in calculating, wherein, Kin-ijFor in multi-line system i
Electromechanical amount distribution coefficient, a in jijFor windscreen coefficient, the q of machine in j-th in multi-line system iijFor in multi-line system i
J-th in the interior machine rated cooling capacity of machine, τ be the available machine time, j is interior machine number；
The interior electromechanical amount distribution coefficient is multiplied to obtain each interior electromechanical amount with machine total electricity in the system.
5. household cost allocation method according to claim 1, which is characterized in that described based on the outer machine total electricity of the system
Calculating the corresponding outer electromechanical measurer body consumed of machine in each system includes:
The electronic expansion valve opening coefficient of machine in each system, interior machine temperature coefficient, interior machine rated cooling capacity, interior machine is obtained to work as
Measure effective time；
According to formulaCalculate outer electromechanical amount distribution coefficient, wherein Tout-ijFor in multi-line system i
The outer electromechanical amount distribution coefficient of the corresponding consumption of machine, k in j-thijFor the corresponding outer electromechanics of machine in j-th in multi-line system i
Sub- expansion valve opening coefficient, bijFor the temperature coefficient of machine in j-th in multi-line system i, qijFor in multi-line system i
Machine rated cooling capacity in j-th, τ ' are interior machine equivalent effective time, and j is interior machine number；
The outer electromechanical amount distribution coefficient is multiplied to obtain the outer electromechanical amount of the corresponding consumption of each interior machine with the outer machine total electricity of the system.
6. a kind of individual user fee counter of multi-line system characterized by comprising
Data acquisition module, for obtaining system operation information and system meter data；The system operation information includes system
Interior machine operation information；
Total electricity determining module, for determining machine in the system based on the system operation information and the system meter data
Total electricity and the outer machine total electricity of the system；
Each interior electromechanical amount computing module, for calculating according to machine total electricity in machine operation information in the system or the system
The electricity of machine in each system；
Corresponding outer electromechanical amount computing module, for calculating the corresponding consumption of machine in each system based on the outer machine total electricity of the system
Outer electromechanical amount；
Household cost allocation electricity computing module, for machine in the system for each user, by the electricity of machine in the system of the user
The outer electromechanical amount summation for measuring consumption corresponding with machine in the system of the user, obtains household cost allocation electricity.
7. individual user fee counter according to claim 6, which is characterized in that the total electricity determining module, comprising:
Inside and outside machine total electricity computing unit, if being unified power supply, the ammeter for machine in the system and the outer machine of the system
Data are machine and the outer machine total electricity of system in system；The system operation information further includes the outer machine operation information of system；Based on being
System sampling operation information and the system meter data calculate machine total electricity and the outer machine total electricity of the system in the system；Institute
Stating systematic sampling operation information is machine operation information or the outer machine operation information of the system in the system；
Inside and outside machine total electricity reading unit, if respectively independently unifying power supply, institute for machine in the system and the outer machine of the system
Stating system meter data includes the outer electromechanical meter data of electromechanical meter data, system in system；Read electromechanical meter data in the system
As machine total electricity in the system, electromechanical meter data are read outside the system as machine total electricity outside the system.
8. individual user fee counter according to claim 7, which is characterized in that the inside and outside machine total electricity computing unit is specific
Include:
Machine operation information includes: power of fan, heat tape power, circuit board power in the system；The outer machine fortune of the system
Row information includes compressor horsepower, power of fan, heat tape power, circuit board power；
Interior each structure electricity computation subunit of machine, if being machine operation information in system, root for the systematic sampling operation information
The power consumption of blower, heat tape, circuit board is calculated separately according to the power of fan, heat tape power, circuit board power；
Machine total electricity computation subunit in first, for summing the power consumption of the blower, heat tape, circuit board to obtain institute
State machine total electricity in system；
First outer machine total electricity computation subunit is obtained for subtracting machine total electricity in the system by the system meter data
The outer machine total electricity of the system；
Outer each structure electricity computation subunit of machine, if being the outer machine operation information of system, root for the systematic sampling operation information
Compressor, blower, electric heating are calculated separately according to the compressor horsepower, power of fan, heat tape power, circuit board power
The power consumption of band, circuit board；
Second outer machine total electricity computing unit, for the power consumption of the compressor, blower, heat tape, circuit board to be summed
Obtain the outer machine total electricity of the system；
Machine total electricity computing unit in second obtains institute for subtracting machine total electricity outside the system by the system meter data
State machine total electricity in system.
9. household cost allocation method according to claim 8, which is characterized in that each interior electromechanical amount computing module specifically wraps
It includes:
Time acquisition unit, for obtaining fan operation time, the heat tape runing time, circuit board fortune of machine in the system
The row time；
Blower electricity computing unit obtains blower electricity for the power of fan multiplied by the fan operation time；
Heat tape electricity computing unit obtains electric heating for the heat tape power multiplied by heat tape runing time
Carried charge；
Circuit board electricity computing unit obtains circuit board electricity for the circuit board power multiplied by circuit board runing time；
Summation unit, for being added the blower electricity, the heat tape electricity, the circuit board electricity to obtain each interior machine
Electricity；
Each interior machine component acquiring unit, for obtaining windscreen coefficient, interior machine rated cooling capacity and the available machine time of each interior machine；
Interior electromechanics road distribution coefficient computing unit, for according to formulaElectromechanical amount distribution coefficient in calculating,
Wherein, Kin-ijFor amount distribution coefficient electromechanical in j-th in multi-line system i, aijFor machine in j-th in multi-line system i
Windscreen coefficient, qijIt is the available machine time for the interior machine rated cooling capacity of machine, τ in j-th in multi-line system i, j is interior machine
Number；
First product unit is multiplied to obtain each interior electromechanics with machine total electricity in the system for the interior electromechanical amount distribution coefficient
Amount.
10. household cost allocation method according to claim 6, which is characterized in that the outer electromechanical amount computing module tool of the correspondence
Body includes:
Outer machine component acquiring unit, for obtain the electronic expansion valve opening coefficient of machine in each system, interior machine temperature coefficient,
Interior machine rated cooling capacity, interior machine equivalent effective time；
Outer electromechanical amount distribution coefficient computing unit, for according to formulaCalculate outer machine power energy allocation system
Number, wherein Tout-ijFor the outer electromechanical amount distribution coefficient of the corresponding consumption of machine in j-th in multi-line system i, kijFor multi-connected machine
The corresponding outer machine electronic expansion valve opening coefficient of machine, b in j-th in system iijFor machine in j-th in multi-line system i
Temperature coefficient, qijFor machine rated cooling capacity in j-th in multi-line system i, τ ' is interior machine equivalent effective time, and j is interior machine
Number；
Second product unit is multiplied to obtain each interior machine pair with machine total electricity outside the system for the outer electromechanical amount distribution coefficient
The outer electromechanical amount that should be consumed.
11. a kind of household cost allocation system of multi-line system characterized by comprising
Unit and the ammeter being connected with the unit and the billing terminal being connected with the ammeter；
The billing terminal is used to execute the household cost allocation method of multi-line system as described in any one in claim 1-5.
12. household cost allocation system according to claim 11, which is characterized in that further include:
Router, intelligent terminal；
The billing terminal is communicated to connect by the router and the intelligent terminal, for sending household cost allocation electricity and showing
Show system operation information and system meter data.
13. a kind of billing terminal characterized by comprising
Processor, and the memory being connected with the processor；
The memory is at least used for perform claim and requires any one of 1-5 for storing computer program, the computer program
The household cost allocation method；
The processor is for calling and executing the computer program in the memory.
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| CN201810786908.8A CN109061288B (en) | 2018-07-16 | 2018-07-16 | Household charging method, device and system for multi-split system and charging terminal |
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| CN113137712B (en) * | 2021-04-08 | 2022-03-18 | 珠海格力电器股份有限公司 | Metering method for power consumption of electronic expansion valve and air conditioner |
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