CN105891574A - System and method of charging step tariff applied to power user end - Google Patents
System and method of charging step tariff applied to power user end Download PDFInfo
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- CN105891574A CN105891574A CN201610222098.4A CN201610222098A CN105891574A CN 105891574 A CN105891574 A CN 105891574A CN 201610222098 A CN201610222098 A CN 201610222098A CN 105891574 A CN105891574 A CN 105891574A
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- G01R—MEASURING ELECTRIC VARIABLES; MEASURING MAGNETIC VARIABLES
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Abstract
The invention discloses a system and a method of charging step tariff applied to a power user end. Power utilization time and an electric meter code during the power utilization time of a power user are acquired; account cancellation information and a meter reading frequency of the user are recorded, the actual power utilization month number is calculated according to the account cancellation information and the meter reading frequency, and a step electric quantity is further calculated; an annual step electric quantity and a step electric price of the user are determined; the cumulative power utilization quantity last month, power utilization quantity in the current month of the user and the annual step electric quantity by a step electric quantity charging unit are determined, the falling step for the electric quantity which needs to be charged to the user is determined; and according to the step for the electric quantity which needs to be charged to the user, the electric price of the step electric quantity charging unit is called, and the current electric fee in the current month by the user is calculated and displayed. By only acquiring the initial code and the stop code of the electric meter, which step period the current user is in can be known, the electric price of each step can be clearly known, how much electric quantity can be used for each step can be known, and the power utilization condition of the user can be mastered by the user.
Description
Technical field
The present invention relates to a kind of step price charge system being applied to power consumer end and method thereof.
Background technology
In order to promote resource-efficient and environment friendly society construction, gradually reduce electricity price alternative subsidy, guide resident's rational utilization of electricity, using electricity wisely, resident living power utility has been carried out step price system.Resident's step price refers to the Resident Electricity Price of existing single form, changing the electricity segmentation price according to client's consumption into, electricity rates increase the stepped a kind of electricity price pricing mechanism being incremented by step by step with power consumption, but, the charging Dou Shi charge station of this electricity charge is carried out, and has the disadvantage in that
(1) although power supply enterprise can calculate client's ladder electricity and the electricity charge by computer, but for residential customers, oneself calculates not is part simple thing, and power consumer can only view total price when paying the fees at present, it is impossible to that finds oneself uses electrographic recording and the electricity charge of day part；
(2) each user is by inquiring the electricity consumption situation in 1 cycle, less than inquiring details during a cycle to power supply enterprise's inquiry；
(3) electric company performs step price with year for the cycle, and as run into house to let, the electricity consumption time is discontented with the whole year, a upper tenant has used up single order electricity, next tenant can only use 2 rank or 3 rank electricity prices, but for lease both sides, the most correct to calculate the electricity charge particularly important；
(4) checking meter by electric company's each two moon a table, client can not understand the electricity consumption ladder situation of oneself in time, the most just cannot control the power consumption of oneself.
Summary of the invention
The present invention is to solve the problems referred to above, propose a kind of step price charge system being applied to power consumer end and method thereof, the present invention can make electricity consumption user oneself calculate the ladder electricity charge, solves because client will not calculate the ladder electricity charge or needs to calculate the ladder electricity charge problem of current time.
To achieve these goals, the present invention adopts the following technical scheme that
A kind of step price charge system being applied to power consumer end, calculates unit, gradient electric energy tariff unit, identifying unit and disbursement and sattlement unit, wherein including acquisition module, year stepping coulant meter:
Described acquisition module, the electric energy meter code in the electricity consumption time of collection power consumer and this electricity consumption time；
Described year stepping coulant meter calculation unit, storage has the cancellation information of user and frequency of checking meter, according to cancellation information and frequency calculating actual electricity consumption moon number of checking meter, calculating stepping electricity then；
Described gradient electric energy tariff unit, storage has year ladder electricity and an electricity price；
Described identifying unit, determine the upper month to date power consumption of user, of that month electricity and gradient electric energy tariff unit year ladder electricity size, determine that what user answered alternating current amount falls into stepping；
Described disbursement and sattlement unit, answers the stepping of alternating current amount according to user, transfers the electricity price of gradient electric energy tariff unit, and the of that month electricity charge of user are calculated and be shown.
Described electric energy meter code is obtained by long-distance meter-reading system.
A kind of step price charging method being applied to power consumer end, comprises the following steps:
(1) the electric energy meter code in electricity consumption time of power consumer and this electricity consumption time is gathered；
(2) record the cancellation information of user and frequency of checking meter, according to cancellation information and frequency calculating actual electricity consumption moon number of checking meter, then calculate stepping electricity；
(3) a year ladder electricity and point step price of user is determined；
(4) determine the upper month to date power consumption of user, of that month electricity and gradient electric energy tariff unit year ladder electricity size, determine that what user answered alternating current amount falls into stepping；
(5) answer the stepping of alternating current amount according to user, transfer the electricity price of gradient electric energy tariff unit, the of that month electricity charge of user are calculated and be shown.
In described step (1), when power consumer occurs that tenant changes, redefine electricity consumption input time and table code.
In described step (2), when frequency of checking meter is bimonthly checking meter and time the time of checking meter is the odd number moon, user the actual electricity consumption moon number computational methods be: N=m+1+x, wherein, N is actual electricity consumption moon number, and m is cancellation month, takes-1 or 0, and x is coefficient of checking meter.
Further, in described step (2), transfer day before check meter example day or the day of freezing, x=0, check meter example day or the day of freezing and after, x=1.
In described step (2), be this month of checking meter when the cancellation date, and be later than when checking meter example day, m=-1, be positioned at non-check meter month time, m=0.
In described step (2), when frequency of checking meter is bimonthly checking meter and time the time of checking meter is the even number moon, user the actual electricity consumption moon number computational methods be: N=m+x, wherein, N is actual electricity consumption moon number, and m is cancellation month, taking-1 or 0, x is shared electricity moon number after cancellation.
In described step (2), the computational methods of stepping electricity include two grades, first grade of stepping electricity=a*N, and second works as stepping electricity=b*N, and wherein, N is actual electricity consumption moon number, and a, b are specified stepping power, and b > a.
In described step (3), execution existing electricity stepping standard and electricity price standard according to local Utilities Electric Co. determine year ladder electricity and point step price.
In described step (4), concrete grammar includes:
(4-1) the affiliated electricity stepping scope by upper month to date power consumption is determined；
(4-2) of that month electricity and the described electricity stepping scope by upper month to date power consumption sum are determined；
(4-3) according to the upper limit and the of that month electricity of stepping, the of that month electricity charge are determined according to every grade of electric standard.
Concrete, in described step (4), if the upper month to date power consumption of cut-off < year first grade of electric standard, and month to date power consumption in of that month electricity+cut-off≤year first grade electric standard, the electricity charge in this month=this month first grade of electricity charge standard univalent of electricity *.
If < the year first grade of electric standard of month to date power consumption in cut-off, and first grade of electric standard of year < the upper month to date power consumption of of that month electricity+cut-off≤year second gear electric standard, this month the electricity charge=(month to date power consumption in first grade of electric standard-cut-off of year) × first grade of electricity charge standard univalent+[electricity-(month to date power consumption in first grade of electric standard-cut-off of year) in this month] × second gear electricity charge standard univalent.
If<the year first grade of electric standard of month to date power consumption in cut-off, and the of that month upper month to date power consumption of electricity+cut-off>year second gear electric standard time, this month the electricity charge=(month to date power consumption in first grade of electric standard-cut-off of year) × first grade electricity charge standard univalent+(year second gear electric standard-year first grade electric standard) × second gear electricity charge standard univalent+[electricity-(year second gear electric standard-cut-off on month to date power consumption) in this month] × third gear electricity charge standard univalent.
If month to date power consumption in cut-off>=year first grade electric standard, and first grade of electric standard of year<month to date power consumption in of that month electricity+cut-off≤year second gear electric standard, then: the electricity charge in this month=this month electricity × second gear electricity charge standard univalent.
If<the year second gear electric standard of month to date power consumption in first grade of electric standard≤cut-off of year, the upper month to date power consumption of of that month electricity+cut-off>=year second gear electric standard, then: the electricity charge in this month=(year second gear electric standard-cut-off on month to date power consumption) × second gear electricity charge standard univalent+[electricity-(year second gear electric standard-cut-off on month to date power consumption) in this month] × third gear electricity charge standard univalent.
If month to date power consumption in cut-off >=year second gear electric standard, and month to date power consumption in of that month electricity+cut-off > year second gear electric standard, then the electricity charge in this month=this month electricity × third gear electricity charge standard univalent.
The invention have the benefit that
(1) the application present invention, when electricity consumption user gets ammeter at least with only code, i.e. it is appreciated that this family current is in which ladder period, and the electricity price height of each ladder can be apparent from, each shelves also have how many electricity to use, and facilitate client to control the electricity consumption situation of oneself；
(2) when the situations such as tenant's change occur, only need to be by input time voluntarily and table code (table code can also obtain automatically), i.e. can calculate electricity and the electricity charge in this stage, will not have electricity cost omission, situation about calculating more, effectively avoid confusion.
Detailed description of the invention:
Below in conjunction with embodiment, the invention will be further described.
A kind of step price charge system being applied to power consumer end, calculates unit, gradient electric energy tariff unit, identifying unit and disbursement and sattlement unit, wherein including acquisition module, year stepping coulant meter:
Acquisition module, the electric energy meter code in the electricity consumption time of collection power consumer and this electricity consumption time；
Year, unit calculated by stepping coulant meter, and storage has the cancellation information of user and frequency of checking meter, and according to cancellation information and frequency calculating actual electricity consumption moon number of checking meter, then calculated stepping electricity；
Gradient electric energy tariff unit, storage has year ladder electricity and an electricity price；
Identifying unit, determine the upper month to date power consumption of user, of that month electricity and gradient electric energy tariff unit year ladder electricity size, determine that what user answered alternating current amount falls into stepping；
Disbursement and sattlement unit, answers the stepping of alternating current amount according to user, transfers the electricity price of gradient electric energy tariff unit, and the of that month electricity charge of user are calculated and be shown.
Electric energy meter code is obtained by long-distance meter-reading system.
A kind of step price charging method being applied to power consumer end, comprises the following steps:
(1) the electric energy meter code in electricity consumption time of power consumer and this electricity consumption time is gathered；
(2) record the cancellation information of user and frequency of checking meter, according to cancellation information and frequency calculating actual electricity consumption moon number of checking meter, then calculate stepping electricity；
(3) a year ladder electricity and point step price of user is determined；
(4) determine the upper month to date power consumption of user, of that month electricity and gradient electric energy tariff unit year ladder electricity size, determine that what user answered alternating current amount falls into stepping；
(5) answer the stepping of alternating current amount according to user, transfer the electricity price of gradient electric energy tariff unit, the of that month electricity charge of user are calculated and be shown.
In step (1), when power consumer occurs that tenant changes, redefine electricity consumption input time and table code.
In step (2), when frequency of checking meter is bimonthly checking meter and time the time of checking meter is the odd number moon, user the actual electricity consumption moon number computational methods be: N=m+1+x, wherein, N is actual electricity consumption moon number, and m is cancellation month, takes-1 or 0, coefficient x:, before check meter example day or the day of freezing, numerical value takes " 0 " to tear table day (old family of transferring ownership, adjust old valency, change class old valency part) open；Check meter example day or the day of freezing and after, numerical value takes " 1 ".In step (2), be this month of checking meter when the cancellation date, and be later than when checking meter example day, m=-1, be positioned at non-check meter month time, m=0.
In step (2), when frequency of checking meter is bimonthly checking meter and time the time of checking meter is the even number moon, user the actual electricity consumption moon number computational methods be: N=m+x, wherein, N is actual electricity consumption moon number, and m is cancellation month, takes-1 or 0, and x is to share electricity moon number after cancellation.
In step (2), the computational methods of stepping electricity include two grades, first grade of stepping electricity=a*N, and second works as stepping electricity=b*N, and wherein, N is actual electricity consumption moon number, and a, b are specified stepping power, and b > a.
In step (3), execution existing electricity stepping standard and electricity price standard according to local Utilities Electric Co. determine year ladder electricity and point step price.
In step (4), concrete grammar includes:
(4-1) the affiliated electricity stepping scope by upper month to date power consumption is determined；
(4-2) of that month electricity and the described electricity stepping scope by upper month to date power consumption sum are determined；
(4-3) according to the upper limit and the of that month electricity of stepping, the of that month electricity charge are determined according to every grade of electric standard.
Concrete, in described step (4), if the upper month to date power consumption of cut-off < year first grade of electric standard, and month to date power consumption in of that month electricity+cut-off≤year first grade electric standard, the electricity charge in this month=this month first grade of electricity charge standard univalent of electricity *.
If < the year first grade of electric standard of month to date power consumption in cut-off, and first grade of electric standard of year < the upper month to date power consumption of of that month electricity+cut-off≤year second gear electric standard, this month the electricity charge=(month to date power consumption in first grade of electric standard-cut-off of year) × first grade of electricity charge standard univalent+[electricity-(month to date power consumption in first grade of electric standard-cut-off of year) in this month] × second gear electricity charge standard univalent.
If<the year first grade of electric standard of month to date power consumption in cut-off, and the of that month upper month to date power consumption of electricity+cut-off>year second gear electric standard time, this month the electricity charge=(month to date power consumption in first grade of electric standard-cut-off of year) × first grade electricity charge standard univalent+(year second gear electric standard-year first grade electric standard) × second gear electricity charge standard univalent+[electricity-(year second gear electric standard-cut-off on month to date power consumption) in this month] × third gear electricity charge standard univalent.
If month to date power consumption in cut-off>=year first grade electric standard, and first grade of electric standard of year<month to date power consumption in of that month electricity+cut-off≤year second gear electric standard, then: the electricity charge in this month=this month electricity × second gear electricity charge standard univalent.
If<the year second gear electric standard of month to date power consumption in first grade of electric standard≤cut-off of year, the upper month to date power consumption of of that month electricity+cut-off>=year second gear electric standard, then: the electricity charge in this month=(year second gear electric standard-cut-off on month to date power consumption) × second gear electricity charge standard univalent+[electricity-(year second gear electric standard-cut-off on month to date power consumption) in this month] × third gear electricity charge standard univalent.
If month to date power consumption in cut-off >=year second gear electric standard, and month to date power consumption in of that month electricity+cut-off > year second gear electric standard, then the electricity charge in this month=this month electricity × third gear electricity charge standard univalent.
Embodiment one:
Special circumstances such as residential customers transfer electricity charge computation paradigm
Certain " Every household has an ammeter " resident, multiplying power is 1, and Dan Yue checks meter, and example of checking meter day is 7.Total registration of checking meter on August 7th, 2012 is 1000, has counted and has added up ladder clearing electricity 530 kilowatt hour year, and within 2012, JIUYUE handles transfer transaction on 2nd, will be undertaken the electricity charge by new family after transfer, and transfer registration of checking meter the same day is 1600.(electricity price standard is shown in Table 1) should be paid tariff before calculating the transfer of this family.
(1) year stepping coulant meter is calculated
Owing to transfer day is 2, check meter example day (7 days) in the past, coefficient x value of checking meter, take 0；
The actual electricity consumption moon number=9-6+0=3；
Year first grade of electric standard=210 × 3=630 kilowatt hour；
Year second gear electric standard=400 × 3=1200 kilowatt hour；
(2) moon electricity charge calculate
It is to calculate the electricity charge according to ladder electricity stepping half a year because adding up ladder clearing power consumption 530 kilowatt hour year, correspondence collects charges for electricity=530 × 0.5469=289.86 unit；
Calculate by practical month during transfer and recalculate a year stepping electricity, carry out electricity charge clearance.
Add up electricity=530+ (1600-1000) × 1=1130 kilowatt hour this year
This month residential electricity consumption should collect charges for electricity=630 × 0.5469+ (1130-630) × 0.5969-289.86=353.14 unit.
The computing function of ladder electricity
" Every household has an ammeter " residential customers cycle of checking meter normally pays the electricity charge by Utilities Electric Co., year power consumption 2520 kilowatt hour and perform 0.5469 yuan/kilowatt hour of current electricity price with lower part；2520-4800 kilowatt hour part performs second gear electricity price markup standard, is 0.5969 yuan/kilowatt hour；Perform third gear electricity price markup standard more than 4800 kilowatt hour parts, be 0.8469 yuan/kilowatt hour.Input year ladder electricity and electricity price in systems, as shown in table 1:
Table 1
1) if:
< the year first grade of electric standard of month to date power consumption in cut-off；
Month to date power consumption in of that month electricity+cut-off≤year first grade electric standard；
Then:
The of that month electricity charge=this month electricity × 0.5469 yuan/kilowatt.
2) if:
< the year first grade of electric standard of month to date power consumption in cut-off；
Year first grade electric standard < month to date power consumption in of that month electricity+cut-off≤year second gear electric standard；
Then:
The of that month electricity charge=(month to date power consumption in first grade of electric standard-cut-off of year) × 0.5469 yuan/kilowatt hour+[of that month electricity-(month to date power consumption in first grade of electric standard-cut-off of year)] × 0.5969 yuan/kilowatt hour.
3) if:
< the year first grade of electric standard of month to date power consumption in cut-off；
Month to date power consumption in of that month electricity+cut-off > year second gear electric standard；
Then:
The of that month electricity charge=(month to date power consumption in first grade of electric standard-cut-off of year) × 0.5469 yuan/kilowatt hour+(year second gear electric standard-year first grade electric standard) × 0.5969 yuan/kilowatt hour+[electricity-(year second gear electric standard-cut-off on month to date power consumption) in this month] × 0.8469 yuan/kilowatt hour.
4) if:
Month to date power consumption in cut-off >=year first grade electric standard；
Year first grade electric standard < month to date power consumption in of that month electricity+cut-off≤year second gear electric standard；
Then:
The of that month electricity charge=this month electricity × 0.5969 yuan/kilowatt.
5) if:
< the year second gear electric standard of month to date power consumption in year first grade of electric standard≤cut-off
Month to date power consumption in of that month electricity+cut-off >=year second gear electric standard
Then:
The of that month electricity charge=(year second gear electric standard-cut-off on month to date power consumption) × 0.5969 yuan/kilowatt hour+[electricity-(year second gear electric standard-cut-off on month to date power consumption) in this month] × 0.8469 yuan/kilowatt hour.
6) if:
Month to date power consumption in cut-off >=year second gear electric standard；
Month to date power consumption in of that month electricity+cut-off > year second gear electric standard；
Then: the of that month electricity charge=this month electricity × 0.8469 yuan/kilowatt hour.
Embodiment one:
1. normal year Dan Yue check meter resident's electricity charge calculate
Assuming that party A-subscriber is " Every household has an ammeter " resident, the cycle of checking meter is that Dan Yue checks meter, and performs step price, and monthly electricity is 450 kilowatt hours, year power consumption 5400 kilowatt hour, calculate and monthly should pay tariff in this client year.
1.1.1.1 (1) year stepping coulant meter is calculated
Year first grade of electric standard=210 kilowatt hour × 12=2520 kilowatt hour；
Year second gear electric standard=400 kilowatt hour × 12=4800 kilowatt hour.
1.1.1.2 (2) moon electricity charge calculate
January: 450 kilowatt hour × 0.5469 yuan/kilowatt hour=246.11 yuan；
February: 450 kilowatt hour × 0.5469 yuan/kilowatt hour=246.11 yuan；
March: 450 kilowatt hour × 0.5469 yuan/kilowatt hour=246.11 yuan；
April: 450 kilowatt hour × 0.5469 yuan/kilowatt hour=246.11 yuan；
May: 450 kilowatt hour × 0.5469 yuan/kilowatt hour=246.11 yuan；
June: this month 450 kilowatt hour adds 5 month to date electricity (2250 kilowatt hour) of going forward and adds up to 2700 kilowatt hours, more than first grade of electricity (210*12=2520 kilowatt hour) of year.Then:
First grade of electricity charge: (2520-2250) × 0.5469 yuan/kilowatt hour=147.66 yuan；
The second gear electricity charge: (2700-2520) × 0.5969 yuan/kilowatt hour=107.44 yuan；
The total electricity charge: 147.66 yuan+107.44 yuan=255.10 yuan.
July: 450 kilowatt hour × 0.5969 yuan/kilowatt hour=268.61 yuan；
August: 450 kilowatt hour × 0.5969 yuan/kilowatt hour=268.61 yuan；
JIUYUE: 450 kilowatt hour × 0.5969 yuan/kilowatt hour=268.61 yuan；
October: 450 kilowatt hour × 0.5969 yuan/kilowatt hour=268.61 yuan；
November: this month 450 kilowatt hour adds 10 month to date electricity (4500 kilowatt hour) of going forward and adds up to 4950 kilowatt hours, more than year second gear electricity (400*12=4800 kilowatt hour).Then:
The second gear electricity charge: (4800-4500) × 0.5969 yuan/kilowatt hour=179.07 yuan；
The third gear electricity charge: (4950-4800) × 0.8469 yuan/kilowatt hour=127.04 yuan；
Add up to the electricity charge: 179.07+127.04=306.11 unit；
December: 450 kilowatt hour × 0.8469 yuan/kilowatt hour=381.11 yuan.
2. normal year bimonthly (the even number moon) resident's electricity charge computation paradigm of checking meter
Assuming that party B-subscriber is bimonthly " Every household has an ammeter " resident checked meter, within two months, copies and see that total electricity is 900 kilowatt hours, annual electricity 5400 kilowatt hour, calculate and should pay tariff in this client year.(electricity price standard is shown in Table 2)
(1) year stepping coulant meter is calculated
Year first grade of electric standard=210 kilowatt hour × 12=2520 kilowatt hour；
Year second gear electric standard=400 kilowatt hour × 12=4800 kilowatt hour.
(2) moon electricity charge calculate
February: 900 kilowatt hour × 0.5469 yuan/kilowatt hour=492.21 yuan；
April: 900 kilowatt hour × 0.5469 yuan/kilowatt hour=492.21 yuan；
In June: copy and see electricity 900 kilowatt hour, add 4 month to date electricity (1800 kilowatt hour) of going forward and add up to 2700 kilowatt hours, more than first grade of electricity (210*12=2520 kilowatt hour) of year.Then:
First grade of electricity charge: (2520-1800) × 0.5469 yuan/kilowatt hour=393.77 yuan；
The second gear electricity charge: (2700-2520) × 0.5969 yuan/kilowatt hour=107.44 yuan；
The total electricity charge: 393.77 yuan+107.44 yuan=501.21 yuan；
August: 900 kilowatt hour × 0.5969 yuan/kilowatt hour=537.21 yuan；
October: 900 kilowatt hour × 0.5969 yuan/kilowatt hour=537.21 yuan.
December: copy and see that electricity 900 kilowatt hour adds 10 month to date electricity (4500 kilowatt hour) of going forward and adds up to 5400 kilowatt hours, more than year second gear electricity (400*12=4800 kilowatt hour).Then:
The second gear electricity charge: (4800-4500) × 0.5969 yuan/kilowatt hour=179.07 yuan；
The third gear electricity charge: (5400-4800) × 0.8469 yuan/kilowatt hour=508.14 yuan；
Add up to the electricity charge: 179.07+508.14=687.21 unit.
Although the above-mentioned detailed description of the invention to the present invention is described; but not limiting the scope of the invention; one of ordinary skill in the art should be understood that; on the basis of technical scheme, those skilled in the art need not to pay various amendments or deformation that creative work can make still within protection scope of the present invention.
Claims (10)
1. be applied to a step price charge system for power consumer end, it is characterized in that: include acquisition module,
Year stepping coulant meter calculation unit, gradient electric energy tariff unit, identifying unit and disbursement and sattlement unit, wherein:
Described acquisition module, the electric energy meter code in the electricity consumption time of collection power consumer and this electricity consumption time；
Described year stepping coulant meter calculation unit, storage has the cancellation information of user and frequency of checking meter, believes according to cancellation
Breath and frequency calculating actual electricity consumption moon number of checking meter, calculate stepping electricity then；
Described gradient electric energy tariff unit, storage has year ladder electricity and an electricity price；
Described identifying unit, determines the upper month to date power consumption of user, of that month electricity and gradient electric energy tariff unit
Year ladder electricity size, determine that what user answered alternating current amount falls into stepping；
Described disbursement and sattlement unit, answers the stepping of alternating current amount according to user, transfers the electricity of gradient electric energy tariff unit
Valency, is calculated and be shown the of that month electricity charge of user.
A kind of step price charge system being applied to power consumer end, it is special
Levy and be: described electric energy meter code is obtained by long-distance meter-reading system.
3. it is applied to a step price charging method for power consumer end, it is characterized in that: comprise the following steps:
(1) the electric energy meter code in electricity consumption time of power consumer and this electricity consumption time is gathered；
(2) record the cancellation information of user and frequency of checking meter, calculate reality according to cancellation information and frequency of checking meter
The electricity consumption moon number, then calculate stepping electricity；
(3) a year ladder electricity and point step price of user is determined；
(4) the year ladder of the upper month to date power consumption of user, of that month electricity and gradient electric energy tariff unit is determined
The size of electricity, determines that what user answered alternating current amount falls into stepping；
(5) answer the stepping of alternating current amount according to user, transfer the electricity price of gradient electric energy tariff unit, calculate and show
Show the of that month electricity charge of user.
A kind of step price charging method being applied to power consumer end, it is special
Levy and be: in described step (1), when power consumer occurs that tenant changes, redefine electricity consumption input time
With table code.
A kind of step price charging method being applied to power consumer end, it is special
Levy and be: in described step (2), when frequency of checking meter is bimonthly checking meter and time the time of checking meter is the odd number moon, user
The actual electricity consumption moon number computational methods be: N=m+1+x, wherein, N is actual electricity consumption moon number, and m is pin
In family month, taking-1 or 0, x is coefficient of checking meter.
In described step (2), it is this month of checking meter when the cancellation date, and is later than when checking meter example day, m=-1, position
In non-check meter month time, m=0.
A kind of step price charging method being applied to power consumer end, it is special
Levy and be: in described step (2), when frequency of checking meter is bimonthly checking meter and time the time of checking meter is the even number moon, user
The actual electricity consumption moon number computational methods be: N=m+x, wherein, N is actual electricity consumption moon number, and m is cancellation
In month, taking-1 or 0, x is shared electricity moon number after cancellation.
A kind of step price charging method being applied to power consumer end, it is special
Levying and be: in described step (2), the computational methods of stepping electricity include two grades, first grade of stepping electricity=a*N,
Second works as stepping electricity=b*N, and wherein, N is actual electricity consumption moon number, and a, b are specified stepping power, and b > a.
A kind of step price charging method being applied to power consumer end, it is special
Levy and be: in described step (3), according to execution existing electricity stepping standard and the electricity price mark of local Utilities Electric Co.
Accurately determine year ladder electricity and point step price.
A kind of step price charging method being applied to power consumer end, it is special
Levy and be: in described step (4), concrete grammar includes:
(4-1) the affiliated electricity stepping scope by upper month to date power consumption is determined；
(4-2) of that month electricity and the described electricity stepping scope by upper month to date power consumption sum are determined；
(4-3) according to the upper limit and the of that month electricity of stepping, the of that month electricity charge are determined according to every grade of electric standard.
A kind of step price charging method being applied to power consumer end, it is special
Levy and be: in described step (4), if the upper month to date power consumption of cut-off < year first grade of electric standard, and of that month
Month to date power consumption in electricity+cut-off≤year first grade electric standard, the of that month electricity charge=this month first grade of electricity of electricity *
Take standard univalent.
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| CN108416926A (en) * | 2018-03-08 | 2018-08-17 | 万帮充电设备有限公司 | The charging method and device of charging pile |
| CN108918935A (en) * | 2018-06-21 | 2018-11-30 | 王开全 | A kind of ladder unit price dynamic multi-user control water electric energy meter |
| CN109064235A (en) * | 2018-08-28 | 2018-12-21 | 广东电网有限责任公司 | The generation method and device of power generation subsidy notification sheet |
| CN109166245A (en) * | 2018-08-17 | 2019-01-08 | 云丁智能科技（北京）有限公司 | The method and device of the electricity charge amount of money is calculated based on step price |
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| CN112328647A (en) * | 2020-09-17 | 2021-02-05 | 北京来也网络科技有限公司 | RPA and AI combined intelligent power grid stepped electricity price notification method and device |
| CN112669064A (en) * | 2020-12-24 | 2021-04-16 | 新疆友通电子科技有限公司 | Electric power marketing service management system based on internet of things technology |
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| CN106771451A (en) * | 2016-11-18 | 2017-05-31 | 国网山东省电力公司济南供电公司 | A kind of new residential customers Intelligent electricity consumption management terminal |
| CN108416926A (en) * | 2018-03-08 | 2018-08-17 | 万帮充电设备有限公司 | The charging method and device of charging pile |
| CN108918935A (en) * | 2018-06-21 | 2018-11-30 | 王开全 | A kind of ladder unit price dynamic multi-user control water electric energy meter |
| CN109166245A (en) * | 2018-08-17 | 2019-01-08 | 云丁智能科技（北京）有限公司 | The method and device of the electricity charge amount of money is calculated based on step price |
| CN109064235A (en) * | 2018-08-28 | 2018-12-21 | 广东电网有限责任公司 | The generation method and device of power generation subsidy notification sheet |
| CN109389523A (en) * | 2018-10-30 | 2019-02-26 | 保定市新大长远民益购售电有限公司 | A kind of management method and system of smart grid |
| CN111192085A (en) * | 2019-12-28 | 2020-05-22 | 杭州好育信息科技有限公司 | Paid price calculation method and device, electronic equipment and computer storage medium |
| CN112328647A (en) * | 2020-09-17 | 2021-02-05 | 北京来也网络科技有限公司 | RPA and AI combined intelligent power grid stepped electricity price notification method and device |
| CN112669064A (en) * | 2020-12-24 | 2021-04-16 | 新疆友通电子科技有限公司 | Electric power marketing service management system based on internet of things technology |
| CN113408847A (en) * | 2021-05-10 | 2021-09-17 | 国网浙江省电力有限公司杭州供电公司 | Electric quantity distribution method and device combining electric power use condition and user credit |
| CN113408847B (en) * | 2021-05-10 | 2024-02-06 | 国网浙江省电力有限公司杭州供电公司 | Electric quantity distribution method and device combining power use condition and user credit |
| CN115018448A (en) * | 2022-05-13 | 2022-09-06 | 国网河北省电力有限公司保定供电分公司 | Price difference calculation method and system for electricity price classification |
| CN115512488A (en) * | 2022-11-24 | 2022-12-23 | 国网江苏省电力有限公司营销服务中心 | Time-sharing electric charge calculation method and device based on flexible rate electric energy meter |
| CN115512488B (en) * | 2022-11-24 | 2023-04-28 | 国网江苏省电力有限公司营销服务中心 | Time-sharing electricity charge calculation method and device based on flexible rate electric energy meter |
| CN116894156A (en) * | 2023-09-08 | 2023-10-17 | 北京煜邦电力技术股份有限公司 | MCMC algorithm-based power acquisition terminal data preprocessing method |
| CN116894156B (en) * | 2023-09-08 | 2023-12-26 | 北京煜邦电力技术股份有限公司 | MCMC algorithm-based power acquisition terminal data preprocessing method |
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