CN109886759A - Benefit electric charge calculating method is moved back after clock of power meter entanglement - Google Patents
Benefit electric charge calculating method is moved back after clock of power meter entanglement Download PDFInfo
- Publication number
- CN109886759A CN109886759A CN201910218425.2A CN201910218425A CN109886759A CN 109886759 A CN109886759 A CN 109886759A CN 201910218425 A CN201910218425 A CN 201910218425A CN 109886759 A CN109886759 A CN 109886759A
- Authority
- CN
- China
- Prior art keywords
- user
- peak
- clock
- entanglement
- periods
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Pending
Links
- 238000000034 method Methods 0.000 title claims abstract description 23
- 230000005611 electricity Effects 0.000 claims abstract description 104
- 238000005259 measurement Methods 0.000 claims description 7
- 238000010586 diagram Methods 0.000 description 2
- 206010038743 Restlessness Diseases 0.000 description 1
- 230000005540 biological transmission Effects 0.000 description 1
Landscapes
- Electric Clocks (AREA)
Abstract
The invention discloses moving back benefit electric charge calculating method after a kind of clock of power meter entanglement, including counting user is in clock of power meter entanglement time T, point, peak, the charge value in four periods of gentle paddy and electricity ratio；Obtain the history electricity consumption data information of user；Obtain user's electric energy meter when clock is correct, user's electric energy meter clock entanglement and adjust it is correct after some time, user's electric energy meter before clock entanglement some time and user's electric energy meter in the point of the period of a upper clock entanglement, peak, the charge value in four periods of gentle paddy and electricity ratio；Theoretical point, the peak, the electricity ratio in four periods of gentle paddy of user are calculated using Weighted Average Algorithm；Calculate theoretical point, the peak, the electricity data in four periods of gentle paddy of user；It calculates user and moves back the benefit electricity charge after clock of power meter entanglement.The method of the present invention can carry out the electricity charge of user accurately move back benefit, method high reliablity and scientific and reasonable.
Description
Technical field
Present invention relates particularly to move back benefit electric charge calculating method after a kind of clock of power meter entanglement.
Background technique
With the development and the improvement of people's living standards of economic technology, electric energy has become in people's production and life
Essential secondary energy sources bring endless convenience to people's production and life.
Electric energy meter is the important metering unit of electric system, carries the vital task of electrical energy measurement and data transmission.
And with the implementation of electric system tou power price, so that not only needing to carry out the metering of electric energy when electrical energy measurement, while also must
The time of electrical energy measurement must be recorded.And when electric energy meter metering, the electrical energy measurement time just needs to synchronize with standard time clock, thus
Guarantee the accurate of electric energy meter Dose times.
But because of situations such as the operation irregularity of electric energy meter, the clock of electric energy meter is likely to occur clock entanglement, so that
The clock of electric energy meter is asynchronous with standard time clock.Moreover, because clock of power meter entanglement will not influence electric system or electric energy
The normal operation of table, therefore the duration of often clock of power meter entanglement relatively long (often continues some months or even several
Year).Once it was found that the clock entanglement of electric energy meter, must just correct the clock of electric energy meter, and to clock of power meter mistake
Metering electricity during unrest is remedied, so that the electricity charge of the electric energy meter user during clock entanglement are recalculated, from
And guarantee the fair and just of user power utilization.
But the electricity charge of remedying after clock of power meter entanglement are calculated at present, using the mode manually remedied, i.e.,
Electric system employee is simply according to the history electricity consumption data of user, and according to personal experience, artificial calculate remedies electricity and the electricity charge.
It will be clear, however, that the existing mode manually calculated is not only time-consuming and laborious, but also the electricity remedied and electricity charge inaccuracy, exist
Not objective and unscientific problem.
Summary of the invention
The purpose of the present invention is to provide move back benefit electricity after a kind of high reliablity and scientific and reasonable clock of power meter entanglement
Cost calculating method.
Benefit electric charge calculating method is moved back after this clock of power meter entanglement provided by the invention, is included the following steps:
S1. counting user is in clock of power meter entanglement time T, point, peak, the charge value in four periods of gentle paddy, and
Calculate point, peak, the electricity ratio in four periods of gentle paddy；
S2. the history electricity consumption data information of user is obtained；
S3. according to the history electricity consumption data information of user, point of user's electric energy meter when clock is correct, peak, gentle is obtained
Charge value in four periods of paddy, and calculate the point, peak, the electricity ratio in four periods of gentle paddy of history；
S4. obtain user's electric energy meter clock entanglement and adjust it is correct after, when the point of some time, peak, four, gentle paddy
Charge value in section, and calculate the point, peak, the electricity ratio in four periods of gentle paddy of levelling；
S5. user's electric energy meter is obtained before clock entanglement, the point of some time, peak, the electricity in four periods of gentle paddy
Value, and calculate the point before entanglement, peak, the electricity ratio in four periods of gentle paddy；
S6. user's electric energy meter is obtained in the period of a upper clock entanglement, point, peak, the electricity in four periods of gentle paddy
Magnitude, and calculated point, the peak, the electricity ratio in four periods of gentle paddy in a upper period；
S7. according to the calculated result of step S3~S6, using Weighted Average Algorithm be calculated user theoretical point,
Peak, the electricity ratio in four periods of gentle paddy；
S8. theoretical point, peak, the electricity ratio in four periods of gentle paddy and the user obtained according to step S7 is in electric energy
Electrical energy measurement total amount when table clock entanglement calculates theoretical point, the peak, the electricity data in four periods of gentle paddy of user；
S9. according to the theoretical point of the step S8 user being calculated, peak, the electricity data in four periods of gentle paddy and
Specific electricity price calculates user and moves back the benefit electricity charge after clock of power meter entanglement.
The history electricity consumption data information of user described in step S2, the specially history of the user of acquisition 2*T period are used
Electric data information, and obtain the history electricity consumption data of the previous year of the period of the clock entanglement time of the electric energy meter of user
Information；T is the period of the clock of power meter entanglement of user.
Acquisition user electric energy meter described in step S4 clock entanglement and adjust it is correct after, it is the point of some time, peak, gentle
Charge value in four periods of paddy specially obtains user's electric energy meter after clock entanglement and adjusting correctly, the time of 5%*T
Point, peak, the charge value in four periods of gentle paddy；T is the period of the clock of power meter entanglement of user.
Acquisition user electric energy meter described in step S5 is before clock entanglement, the point of some time, peak, four periods of gentle paddy
Interior charge value, specially acquisition user's electric energy meter is before clock entanglement, the point of the time of 5%*T, peak, four periods of gentle paddy
Interior charge value；T is the period of the clock of power meter entanglement of user.
Theoretical point, the peak, four periods of gentle paddy of user is calculated described in step S7 using Weighted Average Algorithm
Interior electricity ratio is specially weighted and averaged calculating using following formula:
Ni=0.1*Ni1+0.25*Ni2+0.25*Ni3+0.4Ni4
In formula, the value of i is 1~4, and i=1 is shown to be the sharp period, and i=2 is the peak period, and i=3 is usually section；I=4
For the paddy period；Ni1For the point of history, peak, the electricity ratio in four periods of gentle paddy, Ni2For the point of levelling, peak, gentle paddy four
Electricity ratio in a period, Ni3For the point before entanglement, peak, the electricity ratio in four periods of gentle paddy, Ni4For a upper period
Point, peak, the electricity ratio in four periods of gentle paddy.
Theoretical point, the peak, the electricity data in four periods of gentle paddy of calculating user described in step S8, is specially adopted
Electricity data is calculated with following formula:
Qi=Q* (QCi-QWi)*P
In formula, the value of i is 1~4, and i=1 is shown to be the sharp period, and i=2 is the peak period, and i=3 is usually section；I=4
For the paddy period；QiFor point, peak, the electricity data that benefit should be moved back in four periods of gentle paddy；Q is total electricity；QCiFor the theory of user
Point, peak, the electricity ratio in four periods of gentle paddy；QWiIt is user in clock of power meter entanglement time T, it is point, peak, gentle
Electricity ratio in four periods of paddy；P is the meter multiplying power of electric energy meter.
Benefit electric charge calculating method is moved back after this clock of power meter entanglement provided by the invention, is calculated and is used by historical data
Electricity ratio of the family in each period, and electricity price is combined move back benefit to the electricity charge of user, thus the method for the present invention can to
The electricity charge at family carry out accurately moving back benefit, method high reliablity and scientific and reasonable.
Detailed description of the invention
Fig. 1 is the method flow diagram of the method for the present invention.
Specific embodiment
It is as shown in Figure 1 the method flow diagram of the method for the present invention: after this clock of power meter entanglement provided by the invention
Benefit electric charge calculating method is moved back, is included the following steps:
S1. counting user is in clock of power meter entanglement time T, point, peak, the charge value in four periods of gentle paddy, and
Calculate point, peak, the electricity ratio in four periods of gentle paddy；
S2. the history electricity consumption data information of user is obtained；Specially obtain the history electricity consumption data of the user of 2*T period
Information, and obtain the history electricity consumption data information of the previous year of the period of the clock entanglement time of the electric energy meter of user；T
For the period of the clock of power meter entanglement of user；
For example, the electric energy meter of user is between in June, 2017~August, the clock entanglement of electric energy meter, then T value is 3
Month, then the history electricity consumption data information of the user obtained will at least have 2*3=6 months data, while also need to obtain one
The history electricity consumption data in the clock entanglement period of the electric energy meter of a period (a upper year), i.e., also need to obtain previous year,
I.e. 2016, June~August history electricity consumption data information；
S3. according to the history electricity consumption data information of user, point of user's electric energy meter when clock is correct, peak, gentle is obtained
Charge value in four periods of paddy, and calculate the point, peak, the electricity ratio in four periods of gentle paddy of history；
S4. obtain user's electric energy meter clock entanglement and adjust it is correct after, when the point of some time, peak, four, gentle paddy
Charge value in section, and calculate the point, peak, the electricity ratio in four periods of gentle paddy of levelling；Specially obtain user's electric energy
Table is after clock entanglement and adjusting correctly, the point of the time of 5%*T, peak, the charge value in four periods of gentle paddy；T is user
Clock of power meter entanglement period；
S5. user's electric energy meter is obtained before clock entanglement, the point of some time, peak, the electricity in four periods of gentle paddy
Value, and calculate the point before entanglement, peak, the electricity ratio in four periods of gentle paddy；User's electric energy meter is specially obtained in clock
Before entanglement, the point of the time of 5%*T, peak, the charge value in four periods of gentle paddy；T is the clock of power meter entanglement of user
Period；
S6. user's electric energy meter is obtained in the period of a upper clock entanglement, point, peak, the electricity in four periods of gentle paddy
Magnitude, and calculated point, the peak, the electricity ratio in four periods of gentle paddy in a upper period；
S7. according to the calculated result of step S3~S6, using Weighted Average Algorithm be calculated user theoretical point,
Peak, the electricity ratio in four periods of gentle paddy；Calculating is specially weighted and averaged using following formula:
Ni=0.1*Ni1+0.25*Ni2+0.25*Ni3+0.4Ni4
In formula, the value of i is 1~4, and i=1 is shown to be the sharp period, and i=2 is the peak period, and i=3 is usually section；I=4
For the paddy period；Ni1For the point of history, peak, the electricity ratio in four periods of gentle paddy, Ni2For the point of levelling, peak, gentle paddy four
Electricity ratio in a period, Ni3For the point before entanglement, peak, the electricity ratio in four periods of gentle paddy, Ni4For a upper period
Point, peak, the electricity ratio in four periods of gentle paddy；
S8. theoretical point, peak, the electricity ratio in four periods of gentle paddy and the user obtained according to step S7 is in electric energy
Electrical energy measurement total amount when table clock entanglement calculates theoretical point, the peak, the electricity data in four periods of gentle paddy of user；
Electricity data is specially calculated using following formula:
Qi=Q* (QCi-QWi)*P
In formula, the value of i is 1~4, and i=1 is shown to be the sharp period, and i=2 is the peak period, and i=3 is usually section；I=4
For the paddy period；QiFor point, peak, the electricity data that benefit should be moved back in four periods of gentle paddy；Q is total electricity；QCiFor the theory of user
Point, peak, the electricity ratio in four periods of gentle paddy；QWiIt is user in clock of power meter entanglement time T, it is point, peak, gentle
Electricity ratio in four periods of paddy；P is the meter multiplying power of electric energy meter；
S9. according to the theoretical point of the step S8 user being calculated, peak, the electricity data in four periods of gentle paddy and
Specific electricity price calculates user and moves back the benefit electricity charge after clock of power meter entanglement.
Claims (6)
1. moving back benefit electric charge calculating method after a kind of clock of power meter entanglement, include the following steps:
S1. counting user is in clock of power meter entanglement time T, point, peak, the charge value in four periods of gentle paddy, and calculates
Point, peak, the electricity ratio in four periods of gentle paddy；
S2. the history electricity consumption data information of user is obtained；
S3. according to the history electricity consumption data information of user, point, peak, gentle paddy four of user's electric energy meter when clock is correct are obtained
Charge value in a period, and calculate the point, peak, the electricity ratio in four periods of gentle paddy of history；
S4. obtain user's electric energy meter clock entanglement and adjust it is correct after, the point of some time, peak, in four periods of gentle paddy
Charge value, and calculate the point, peak, the electricity ratio in four periods of gentle paddy of levelling；
S5. user's electric energy meter is obtained before clock entanglement, the point of some time, peak, the charge value in four periods of gentle paddy, and
Point, peak, the electricity ratio in four periods of gentle paddy before calculating entanglement；
S6. user's electric energy meter is obtained in the period of a upper clock entanglement, point, peak, the charge value in four periods of gentle paddy,
And calculated point, the peak, the electricity ratio in four periods of gentle paddy in a upper period；
S7. according to the calculated result of step S3~S6, the theoretical point of user is calculated using Weighted Average Algorithm, peak, is put down
With the electricity ratio in four periods of paddy；
S8. theoretical point, peak, the electricity ratio in four periods of gentle paddy and the user obtained according to step S7 is in electric energy meter
Electrical energy measurement total amount when clock entanglement calculates theoretical point, the peak, the electricity data in four periods of gentle paddy of user；
S9. according to the theoretical point of the step S8 user being calculated, peak, the electricity data in four periods of gentle paddy and specific
Electricity price calculates user and moves back the benefit electricity charge after clock of power meter entanglement.
2. moving back benefit electric charge calculating method after clock of power meter entanglement according to claim 1, it is characterised in that step S2
The history electricity consumption data information of the user, specially the history electricity consumption data information of the user of acquisition 2*T period, and
Obtain the history electricity consumption data information of the previous year of the period of the clock entanglement time of the electric energy meter of user；T is user's
The period of clock of power meter entanglement.
3. moving back benefit electric charge calculating method after clock of power meter entanglement according to claim 1, it is characterised in that step S4
The acquisition user electric energy meter clock entanglement and adjust it is correct after, the point of some time, peak, in four periods of gentle paddy
Charge value, specially acquisition user's electric energy meter are after clock entanglement and adjusting correctly, the point of the time of 5%*T, peak, gentle paddy four
Charge value in a period；T is the period of the clock of power meter entanglement of user.
4. moving back benefit electric charge calculating method after clock of power meter entanglement according to claim 1, it is characterised in that step S5
The acquisition user electric energy meter is before clock entanglement, the point of some time, peak, the charge value in four periods of gentle paddy, tool
Body is to obtain user's electric energy meter before clock entanglement, the point of the time of 5%*T, peak, the charge value in four periods of gentle paddy；T
For the period of the clock of power meter entanglement of user.
5. moving back benefit electric charge calculating method after clock of power meter entanglement described according to claim 1~one of 4, it is characterised in that
Theoretical point, the peak, the electricity in four periods of gentle paddy of user is calculated described in step S7 using Weighted Average Algorithm
Ratio is specially weighted and averaged calculating using following formula:
Ni=0.1*Ni1+0.25*Ni2+0.25*Ni3+0.4Ni4
In formula, the value of i is 1~4, and i=1 is shown to be the sharp period, and i=2 is the peak period, and i=3 is usually section；I=4 is paddy
Period；Ni1For the point of history, peak, the electricity ratio in four periods of gentle paddy, Ni2When for the point of levelling, peak, four, gentle paddy
Electricity ratio in section, Ni3For the point before entanglement, peak, the electricity ratio in four periods of gentle paddy, Ni4For a upper period
Point, peak, the electricity ratio in four periods of gentle paddy.
6. moving back benefit electric charge calculating method after clock of power meter entanglement described according to claim 1~one of 4, it is characterised in that
Theoretical point, the peak, the electricity data in four periods of gentle paddy of calculating user described in step S8 is specially calculated using following
Formula calculates electricity data:
Qi=Q* (QCi-QWi)*P
In formula, the value of i is 1~4, and i=1 is shown to be the sharp period, and i=2 is the peak period, and i=3 is usually section；I=4 is paddy
Period；QiFor point, peak, the electricity data that benefit should be moved back in four periods of gentle paddy；Q is total electricity；QCiFor user theoretical point,
Peak, the electricity ratio in four periods of gentle paddy；QWiIt is user in clock of power meter entanglement time T, point, peak, gentle paddy four
Electricity ratio in a period；P is the meter multiplying power of electric energy meter.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910218425.2A CN109886759A (en) | 2019-03-21 | 2019-03-21 | Benefit electric charge calculating method is moved back after clock of power meter entanglement |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910218425.2A CN109886759A (en) | 2019-03-21 | 2019-03-21 | Benefit electric charge calculating method is moved back after clock of power meter entanglement |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN109886759A true CN109886759A (en) | 2019-06-14 |
Family
ID=66933546
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201910218425.2A Pending CN109886759A (en) | 2019-03-21 | 2019-03-21 | Benefit electric charge calculating method is moved back after clock of power meter entanglement |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN109886759A (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110907678A (en) * | 2019-12-16 | 2020-03-24 | 杭州海兴电力科技股份有限公司 | Rate electric energy compensation metering method for IR46 multi-core modular intelligent electric energy meter |
-
2019
- 2019-03-21 CN CN201910218425.2A patent/CN109886759A/en active Pending
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110907678A (en) * | 2019-12-16 | 2020-03-24 | 杭州海兴电力科技股份有限公司 | Rate electric energy compensation metering method for IR46 multi-core modular intelligent electric energy meter |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| Świerczyński et al. | Primary frequency regulation with Li-ion battery energy storage system: A case study for Denmark | |
| CN104112878B (en) | A kind of charging time determines method and apparatus, electronic equipment | |
| CN103558453B (en) | Multiple feed straight power purchase client's maximum demand acquisition system | |
| CN100583644C (en) | Integrating A/D convertion method and its A/D converter | |
| CN106443168A (en) | Remote acquisition meter reading data analysis system | |
| CN103034117B (en) | High-precision time meter | |
| CN109725219A (en) | A kind of electric energy meter platform area automatic identifying method | |
| CN104076897B (en) | A kind of information processing method and electronic equipment | |
| CN109886759A (en) | Benefit electric charge calculating method is moved back after clock of power meter entanglement | |
| CN109738723A (en) | A kind of electric energy meter three-phase automatic identification method | |
| CN105631762B (en) | Electric quantity compensating method based on load curve | |
| CN102200544A (en) | Method for accumulating aggregate capacitances of smart meter capable of realizing bidirectional metering | |
| CN104517242A (en) | Big customer charge calculating terminal | |
| CN104158489B (en) | The monitoring method of photovoltaic plant and power station monitoring system | |
| CN113689068B (en) | Electric power and electric quantity balance planning method and device and terminal equipment | |
| CN103616542A (en) | Method for calculating electricity quantity and electric charge based on time intervals | |
| KR102223891B1 (en) | Apparatus and method for distributing capacity of energy storage system | |
| Petrou et al. | Customer-led operation of residential storage for the provision of energy services | |
| CN202854214U (en) | Full-voltage loss measuring device and intelligent electric meter | |
| CN115545348A (en) | Electric quantity obtaining and fitting method suitable for complex metering and collecting conditions | |
| Belderbos et al. | The Levelized Cost of Storage critically analyzed and its intricacies clearly explained | |
| CN111044781B (en) | Electric energy meter time-sharing electric quantity calculation method and device and computer equipment | |
| CN112884277A (en) | Intelligent power utilization system applied to power conversion and supply and use method thereof | |
| CN111009927B (en) | Wind power and compressed air energy storage capacity optimization method and system | |
| CN203658458U (en) | Multi-power-source power supply maximum demand acquisition apparatus for direct power purchase customer |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| PB01 | Publication | ||
| PB01 | Publication | ||
| SE01 | Entry into force of request for substantive examination | ||
| SE01 | Entry into force of request for substantive examination | ||
| RJ01 | Rejection of invention patent application after publication | ||
| RJ01 | Rejection of invention patent application after publication |
Application publication date: 20190614 |