CN110991989A - Automatic settlement method, device and equipment for retail contract of power market - Google Patents
Automatic settlement method, device and equipment for retail contract of power market Download PDFInfo
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- CN110991989A CN110991989A CN201911140034.XA CN201911140034A CN110991989A CN 110991989 A CN110991989 A CN 110991989A CN 201911140034 A CN201911140034 A CN 201911140034A CN 110991989 A CN110991989 A CN 110991989A
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- G06—COMPUTING; CALCULATING OR COUNTING
- G06Q—INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES; SYSTEMS OR METHODS SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES, NOT OTHERWISE PROVIDED FOR
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Abstract
The invention discloses an automatic settlement method for retail contracts of an electric power market, which comprises the following steps: acquiring data of retail settlement archives and determining a settlement mode by matching the retail settlement archives; acquiring settlement data, wherein the settlement data comprises metering data, price data and electric charge data; and calculating the settlement electric charge of the retail user based on the settlement mode and the settlement data. The invention provides an automatic settlement method, device and equipment for retail contracts of an electric power market, which are suitable for the situation that the retail market main body of the electric power spot market is multiplied, identify various electric sales packages in a settlement period and realize accurate settlement of massive differentiated retail contracts.
Description
Technical Field
The invention relates to the technical field of power systems, in particular to an automatic settlement method, device and equipment for retail contracts of a power market.
Background
With the construction of the electric power spot market, the market scale is continuously enlarged, and the number of market subjects is continuously increased. The abundant market transaction varieties and the detailed transaction time sequence enable the supply and demand parties to need deep interaction autonomous decision making, and therefore the settlement problem of the power market becomes very complex. The existing electric power retail market is based on a retail contract signed by an electric power selling company and retail users, and settlement is performed according to contract terms. Due to the diversity of market demands, the electric power retail contract is negotiated and signed by the electric power retail market body and then submitted to the electric power exchange for filing.
However, in the face of the characteristic that retail settlement contracts present diversity, the conventional retail settlement method relies on manual calculation of electricity charges by personnel and then filling in a trading system, is difficult to adapt to the requirements of the settlement time sequence of the spot market, and increases the settlement error probability.
Disclosure of Invention
Aiming at the technical problems, the invention provides an automatic settlement method, device and equipment for retail contracts of an electric power market, which are suitable for the situation that the main body of the retail market of the electric power market is multiplied, identify various electric sales packages in a settlement period and realize the accurate settlement of massive differentiated retail contracts. The technical scheme is as follows:
in a first aspect, an embodiment of the present invention provides an automatic settlement method for an electric power market retail contract, which is characterized by including the steps of:
acquiring data of retail settlement archives and determining a settlement mode by matching the retail settlement archives;
acquiring settlement data, wherein the settlement data comprises metering data, price data and electric charge data;
calculating the settlement electric charge of the retail user based on the settlement mode and the settlement data; wherein the settlement electric charge comprises electric energy electric charge, deviation income transfer electric charge and electric quantity default electric charge;
one of the electric energy and electricity charge calculation methods is as follows:
C＝P×Q
the monthly electric energy and electricity charge of the user is C; contract agreement fixed unit price is P; the monthly electricity consumption of the retail user is Q;
the deviation profit transfer electric charge may be calculated by:
Cpt＝Qθ×Pa×K
wherein, when the price deviation difference income transfer settlement of the electricity selling company reaches theta, the retail users with the electricity consumption ratio exceeding β need to undertake the check of the income transfer deviation, and the check cost is Cpt(ii) a Examination unit price of Pa(ii) a The assessment coefficient kappa is a coefficient of the unit price of the contract appointed retail user.
In a first possible implementation manner of the first aspect of the present invention, the method for automatically settling the electric power market retail contract further includes: and when detecting that the settlement electric charge is zero or negative or the retail settlement electric charge of the electric selling company and the settlement total electric charge of the proxy user have a difference, judging that the settlement result is abnormal, and sending an alarm prompt of manual inspection and simultaneously re-settling.
In a second possible implementation manner of the first aspect of the present invention, the matching retail settlement profiles to determine a settlement mode includes:
matching the agent relationship between each retail user and the power selling company, matching each retail user and the corresponding metering gateway, and matching the price accounting rule archives of each retail user and the corresponding retail contract.
In a third possible implementation manner of the first aspect of the present invention, the obtaining of the settlement data includes:
the method comprises the steps of receiving retail user electric quantity data of a power grid marketing system with a metering point as a minimum unit, obtaining an electric price appointment value or a calculation rule from the data, and reading deviation income transfer electric charge and electric quantity monthly electric charge settlement rules and parameters.
In a fourth possible implementation manner of the first aspect of the present invention, when the electric quantity default electric charge is calculated according to the remaining contract month, the electric quantity default electric charge is a product of the remaining contract period and the default price.
In a fifth possible implementation manner of the first aspect of the present invention, the calculating manner of the electric energy and the electric charge further includes:
C＝Pp×Qp+Pv×Qv+Pa×Qa
wherein, the monthly electric energy and electricity charge C of the user, the contract agreed peak time electricity price PpNormal electricity price PaAt valley time electricity price PvElectricity consumption Q during the peak of the month of the retail customerpElectric power consumption Q at ordinary timeaElectricity consumption Q in valley periodv。
In a sixth possible implementation manner of the first aspect of the present invention, the calculating manner of the electric energy and the electric charge further includes:
C＝P1×Q1+…+Pi×Qi+…+Pn×Qn
wherein, the monthly electric energy and electricity charge C of the user and the contract appointed time interval divide the electricity utilization time interval T1、T2、…、TnAppointing the unit price P of electricity consumption in each time period1、T1、…、PnRetail customer T monthly1Electricity consumption of time interval Q1，TiElectricity consumption of time interval Qi，TnElectricity consumption of time interval Qn。
In a seventh possible implementation manner of the first aspect of the present invention, the calculating manner of the electric energy and the electric charge further includes:
C＝Pda×Kda×Q
wherein, the monthly electric energy and electricity charge C of the user refers to the unified clearing index price P of the market before the month and the daydaThe linkage proportionality coefficient is KdaMonthly electricity consumption Q.
In a second aspect, an embodiment of the present invention provides an automatic settlement apparatus for retail contracts of an electric power market, including:
the data analysis module is used for acquiring data of the retail settlement archive and determining a settlement mode by matching the retail settlement archive;
the data acquisition module is used for acquiring settlement data, and the settlement data comprises metering data, price data and electric charge data;
the settlement module is used for calculating the settlement electric charge of the retail user based on the settlement mode and the settlement data; wherein the settlement electric charge comprises electric energy electric charge, deviation income transfer electric charge and electric quantity default electric charge;
one of the electric energy and electricity charge calculation methods is as follows:
C＝P×Q
the monthly electric energy and electricity charge of the user is C; contract agreement fixed unit price is P; the monthly electricity consumption of the retail user is Q;
the deviation profit transfer electric charge may be calculated by:
Cpt＝Qθ×Ps×K
wherein, when the price deviation difference income transfer settlement of the electricity selling company reaches theta, the retail users with the electricity consumption ratio exceeding β need to undertake the check of the income transfer deviation, and the check cost is Cpt(ii) a Examination unit price of Pa(ii) a The assessment coefficient kappa is a coefficient of the unit price of the contract appointed retail user.
In a third aspect, an embodiment of the present invention provides an automatic settlement device for electric power market retail contracts, including a processor, a memory, and a computer program stored in the memory and configured to be executed by the processor, where the processor, when executing the computer program, implements the automatic settlement method for electric power market retail contracts as described above.
Compared with the prior art, the embodiment of the invention has the following beneficial effects:
the invention provides an automatic settlement method for retail contracts of an electric power market, which is characterized in that the settlement mode is determined by acquiring data of retail settlement files and matching the retail settlement files, so that various electric power sales packages are identified, and further, the automatic settlement method is suitable for the settlement of various differentiated electric power retail packages of the electric power spot market; meanwhile, the settlement electric charge of the retail user is calculated based on the settlement mode and the settlement data, so that efficient and accurate settlement of the mass retail contract under the condition that the transaction activity is increased is realized, the problems of management and accurate automatic settlement of the mass retail contract are solved, and the settlement error compensation workload is favorably reduced.
Drawings
FIG. 1 is a flow chart of the steps of a method for automatically settling a retail contract for an electricity market in an embodiment of the invention;
FIG. 2 is a flowchart illustrating the steps of a checking method of an automatic settlement method for retail contracts of the power market in an embodiment of the present invention;
fig. 3 is a block diagram of an automatic settlement apparatus for retail contract in power market in an embodiment of the present invention.
Detailed Description
The technical solutions in the embodiments of the present invention will be clearly and completely described below with reference to the drawings in the embodiments of the present invention, and it is obvious that the described embodiments are only a part of the embodiments of the present invention, and not all of the embodiments. All other embodiments, which can be derived by a person skilled in the art from the embodiments given herein without making any creative effort, shall fall within the protection scope of the present invention.
Referring to fig. 1, the present invention provides an exemplary embodiment of a method for automatically settling a retail contract for an electricity market, comprising the steps of:
s101, acquiring data of a retail settlement archive and determining a settlement mode by matching the retail settlement archive;
s102, acquiring settlement data, wherein the settlement data comprises metering data, price data and electric charge data;
s103, calculating the settlement electric charge of the retail user based on the settlement mode and the settlement data; wherein the settlement electric charge comprises electric energy electric charge, deviation income transfer electric charge and electric quantity default electric charge;
the electric energy and the electric charge can be calculated by the following method:
C＝P×Q
the monthly electric energy and electricity charge of the user is C; contract agreement fixed unit price is P; the monthly electricity consumption of the retail user is Q;
the deviation profit transfer electric charge may be calculated by:
Cpt＝Qθ×Pa×K
wherein, when the price deviation difference income transfer settlement of the electricity selling company reaches theta, the retail users with the electricity consumption ratio exceeding β need to undertake the check of the income transfer deviation, and the check cost is Cpt(ii) a Examination unit price of Pa(ii) a The assessment coefficient kappa is a coefficient of the unit price of the contract appointed retail user.
In this embodiment, the electricity quantity default electricity charge is the default charge to be paid when the retail user does not release the contract in advance according to the regulations and does not execute monthly or annual planned electricity quantity.
When the retail user does not release the contract in advance according to the requirement, the electric quantity default electric charge is calculated as the product of the remaining contract period and the default price according to the remaining contract month, or is calculated as the product of the default electric quantity, the default price and the default coefficient according to the electric quantity of the non-execution plan.
It can be understood that based on the retail settlement archive matching and settlement preparation data, the system can realize the calculation of rapidly calculating the retail settlement electric charge of each retail user in each part of the month, and count the overall profit and loss conditions of the market.
The embodiment of the invention provides an automatic settlement method for retail contracts of an electric power market, which is characterized in that a settlement mode is determined by acquiring data of retail settlement files and matching the retail settlement files, so that various electric power sales packages are identified, and further, the automatic settlement method is suitable for settlement of various differentiated electric power retail packages in the electric power spot market; meanwhile, the settlement electric charge of the retail user is calculated based on the settlement mode and the settlement data, so that efficient and accurate settlement of the mass retail contract under the condition that the transaction activity is increased is realized, the problems of management and accurate automatic settlement of the mass retail contract are solved, and the settlement error compensation workload is favorably reduced.
Referring to fig. 2, the method for automatically settling the electric power market retail contract further includes the steps of:
and when detecting that the settlement electric charge is zero or negative, or the retail settlement electric charge of the electric selling company and the settlement total electric charge of the proxy user have a difference, judging that the settlement result is abnormal, and sending an alarm prompt of manual inspection and simultaneously re-settling.
It can be understood that the result checking mainly performs directional judgment on the correctness of the settlement result from the perspective of post-control by screening and reporting the abnormal settlement result. The abnormal settlement result comprises the following steps: the retail user settlement electric charge is zero, the retail user settlement electric charge is negative, and the retail settlement electric charge of the electric power selling company and the settlement total electric charge of the agency user have differences.
When judging the abnormal settlement result, prompting the manual inspection of whether the settlement file and the data preparation process have problems; and when the verification is passed, outputting the calculation result of the retail contract after the verification of the result, including the publication of public data and the publication of private data of the market subject.
In this embodiment, the retail settlement profiles include retail user profiles, electric company profiles, retail contract profiles;
the matching retail settlement profiles to determine settlement patterns, comprising:
matching the agent relationship of each retail user and the power selling company, matching each retail user and the metering gateway thereof, and matching the price accounting rule file of each retail user and the retail contract thereof.
In this embodiment, the retail user profile includes four parts, namely basic information, agent relationship, account number information, and metering point information. The basic information items comprise market subject numbers, industrial and commercial registration names, establishment dates, legal representative, license numbers, organization codes, enterprise properties, registration capital, industry classification, regions, annual estimated power consumption, applicable tax rate, contact information and other information; the agent relation comprises agent relation information generated by the retail user and the power selling company based on a contract, and the agent relation information comprises information such as the power selling company number, the industrial and commercial registered name, a legal person representative, a license number, an organization code and a contact way of the agent retail user; the house number information comprises a user number, a power utilization house name, a city, a district, an address, a voltage level, a land type, a house number state and the like; the metering point information should include a metering point name, a metering method, a voltage class, and the like.
The electric power selling company file comprises basic information and an agency relationship. The basic information items comprise market main body numbers, industrial and commercial registration names, establishment dates, legal representative, license numbers, organization codes, enterprise properties, registration capital, industry classification, regions, applicable tax rates, contact information and other information; the agent relationship should include the retail user number, electric quantity and archive information of the agent of the power selling company, and is similar to the basic information and the user number information content of the retail user, and the details are not repeated herein.
The retail contract archive comprises basic information, package information and settlement information. The basic information describes the retail contract number, contract property, contract party A and contract party B market subject number, contract party A and contract party B market subject name, contract signing time, contract validity period and the like; the package information should cover the package mode applicable to the electricity selling contract, and the standard retail packages can be classified into four categories based on the applicable price measuring mode: fixed price set meal, fixed total price set meal, volume price linkage set meal and market linkage set meal. The fixed price package can be divided into three types of fixed unit price, peak valley electricity price and time-of-use electricity price; the volume price linkage package can be divided into three types, namely stepped electricity price, monthly rental package and lowest consumption; the market linkage package can be divided into a day-ahead electricity price index and a real-time electricity price index package according to the price of electricity price reference; the settlement information should include the source of the volume rate data upon which the contract is settled, and the rules of the contract settlement logic, within the framework of package mode.
The method comprises the following steps of acquiring settlement data, wherein the settlement data comprise metering data, price data and electric charge data, and specifically comprises the following steps:
the method comprises the steps of receiving retail user electric quantity data of a power grid marketing system with a metering point as a minimum unit, obtaining an electric price appointment value or a calculation rule from the data, and reading deviation income transfer electric charge and electric quantity monthly electric charge settlement rules and parameters.
In this embodiment, the retail contract settlement period is 1 natural month, the metering data should be uploaded to the metering ammeter sequence and the electricity consumption data of each retail user in the settlement period according to a specified file format, and the integrity of the data time sequence, the archive information of the metering points, the accuracy of the metering data, the file type and the data format need to meet the standard requirements; the price data has two sources of price fixed by contract agreement and index price determined based on monthly electric power spot market transaction according to different contract modes, and the fixed price is read from a retail contract file or monthly spot shipment clearing related price data is read from an electric power spot transaction system according to the contract modes; the electricity charge data is mainly fixed charges such as monthly basic electricity charges agreed by contracts and is read from retail contract files.
The invention also provides another implementation mode for implementing the automatic settlement method for the retail contract of the electric power market, and the settlement electric charge of the retail user is calculated based on the settlement mode and the settlement data; wherein the settlement electric charge comprises electric energy electric charge, deviation income transfer electric charge and electric quantity default electric charge;
the electric energy and the electric charge can be calculated by the following method:
C＝Pp×Qp+Pv×Qv+Pa×Qa
wherein, the monthly electric energy and electricity charge C of the user, the contract agreed peak time electricity price PpNormal electricity price PaOff-peak electricity price PvElectricity consumption Q during the peak of the month of the retail customerpElectric power consumption Q at ordinary timenElectricity consumption Q in valley periodn。
The invention also provides another implementation mode for implementing the automatic settlement method for the electric power market retail contract, and the electric energy and the electric charge can be calculated by the following modes:
C＝P1×Q1+…+Pi×Qi+…+Pn×Qn
wherein, the monthly electric energy and electricity charge C of the user and the contract appointed time interval divide the electricity utilization time interval T1、T2、…、TnAppointing the unit price P of electricity consumption in each time period1、P2、…、PnRetail customer T monthly1Electricity consumption of time interval Q1，TiElectricity consumption of time interval Qi，TnElectricity consumption of time interval Qn。
The invention also provides another implementation mode for implementing the automatic settlement method for the electric power market retail contract, and the electric energy and the electric charge can be calculated by the following modes:
C＝C0
wherein, the monthly electric energy and electricity charge C of the user and the monthly fixed electricity charge C agreed by the contract0。
The invention also provides another implementation mode for implementing the automatic settlement method for the electric power market retail contract, and the electric energy and the electric charge can be calculated by the following modes:
C＝P1×Q1+…+Pi×Qi+…+Pn×Qn
wherein, the monthly electric energy and electricity charge C of the user and the contractually agreed power consumption are divided into a plurality of steps E1、E2、…、EnAppointing the unit price P of electricity for each electricity ladder1、P2、…、PnThe monthly first-step electricity consumption of the retail customer is Q1The second step uses Q2The nth step power consumption is Qn，Q1＝E1，Q2＝(E2-E1) And so on.
The invention also provides another implementation mode for implementing the automatic settlement method for the electric power market retail contract, and the electric energy and the electric charge can be calculated by the following modes:
C＝Cb+Cq＝Cb+P×Q
wherein, the monthly electric energy and electricity charge C of the user and the contract agreed basic electricity charge ChThe unit price P is fixed, and the monthly electricity consumption Q of the retail customer is obtained.
The invention also provides another implementation mode for implementing the automatic settlement method for the electric power market retail contract, and the electric energy and the electric charge can be calculated by the following modes:
C＝Pda×Kda×Q
wherein, the monthly electric energy and electricity charge C of the user refers to the unified clearing index price P of the market before the month and the daydaThe linkage proportionality coefficient is KdaMonthly electricity consumption Q.
Referring to fig. 3, the present invention provides an exemplary embodiment, an automatic settlement apparatus for retail contract of power market, including:
a data analysis module 201, configured to obtain data of a retail settlement archive and determine a settlement mode by matching the retail settlement archive;
the data acquisition module 202 is configured to acquire settlement data, where the settlement data includes metering data, price data, and electricity charge data;
the settlement module 203 is used for calculating the settlement electric charge of the retail user based on the settlement mode and the settlement data; wherein the settlement electric charge comprises electric energy electric charge, deviation income transfer electric charge and electric quantity default electric charge;
one of the electric energy and electricity charge calculation methods is as follows:
C＝P×Q
the monthly electric energy and electricity charge of the user is C; contract agreement fixed unit price is P; the monthly electricity consumption of the retail user is Q;
the deviation profit transfer electric charge may be calculated by:
Cpt＝Qθ×Pa×K
wherein, when the price difference and income transfer settlement of the electricity selling company is up to theta, the power consumption ratio exceeds βThe retail user needs to undertake the assessment of the deviation income transfer; the assessment cost is Cpt(ii) a Examination unit price of Pa(ii) a The assessment coefficient kappa is a coefficient of the unit price of the contract appointed retail user.
The data analysis module is also used for matching the agency relationship between each retail user and the power selling company, matching each retail user and the corresponding metering gateway, and matching the volume price settlement rule files between each retail user and the corresponding retail contract.
The data acquisition module is also used for receiving the retail user electric quantity data of the power grid marketing system with the metering point as the minimum unit, acquiring an electric price appointment value or a calculation rule from the data, and reading deviation income transfer electric charge and electric quantity monthly electric charge settlement rules and parameters.
The settlement module is further used for calculating the electric quantity default electric charge according to the residual contract month, wherein the electric quantity default electric charge is the product of the residual contract period and the default price.
An electric power market retail contract automatic settlement device, further comprising:
and the checking module is used for judging that the settlement result is abnormal when detecting that the settlement electric charge is zero or negative or the retail settlement electric charge of the electric power selling company and the settlement total electric charge of the proxy user are different, and sending an alarm prompt of manual inspection to perform settlement again at the same time.
The invention provides an exemplary embodiment, an electric power market retail contract automatic settlement device, which comprises a processor, a memory and a computer program stored in the memory and configured to be executed by the processor, wherein the processor executes the computer program to realize the electric power market retail contract automatic settlement method.
While the foregoing is directed to the preferred embodiment of the present invention, it will be understood by those skilled in the art that various changes and modifications may be made without departing from the spirit and scope of the invention.
It will be understood by those skilled in the art that all or part of the processes of the methods of the embodiments described above can be implemented by a computer program, which can be stored in a computer-readable storage medium, and when executed, can include the processes of the embodiments of the methods described above. The storage medium may be a magnetic disk, an optical disk, a Read-Only Memory (ROM), a Random Access Memory (RAM), or the like.
Claims (10)
1. An automatic settlement method for retail contracts of power markets is characterized by comprising the following steps:
acquiring data of retail settlement archives and determining a settlement mode by matching the retail settlement archives;
acquiring settlement data, wherein the settlement data comprises metering data, price data and electric charge data;
calculating the settlement electric charge of the retail user based on the settlement mode and the settlement data; wherein the settlement electric charge comprises electric energy electric charge, deviation income transfer electric charge and electric quantity default electric charge;
one of the electric energy and electricity charge calculation methods is as follows:
C＝P×Q
the monthly electric energy and electricity charge of the user is C; contract agreement fixed unit price is P; the monthly electricity consumption of the retail user is Q;
the deviation profit transfer electric charge may be calculated by:
Cpt＝Qθ×Pa×K
wherein, when the price deviation difference income transfer settlement of the electricity selling company reaches theta, the retail users with the electricity consumption ratio exceeding β need to undertake the check of the income transfer deviation, and the check cost is Cpt(ii) a Examination unit price of Pa(ii) a The assessment coefficient K is a coefficient of the contract appointed retail user for bearing the assessment unit price.
2. The method for automatically settling the power market retail contract according to claim 1, further comprising: and when detecting that the settlement electric charge is zero or negative or the retail settlement electric charge of the electric selling company and the settlement total electric charge of the proxy user have a difference, judging that the settlement result is abnormal, and sending an alarm prompt of manual inspection and simultaneously re-settling.
3. The method for automatically settling power market retail contracts according to claim 1, wherein matching retail settlement profiles to determine settlement patterns comprises:
matching the agent relationship between each retail user and the power selling company, matching each retail user and the corresponding metering gateway, and matching the price accounting rule archives of each retail user and the corresponding retail contract.
4. The method for automatically settling the electric power market retail contract according to claim 1, wherein the settlement data is acquired and includes metering data, price data and electric charge data, and specifically comprises:
the method comprises the steps of receiving retail user electric quantity data of a power grid marketing system with a metering point as a minimum unit, obtaining an electric price appointment value or a calculation rule from the data, and reading deviation income transfer electric charge and electric quantity monthly electric charge settlement rules and parameters.
5. The electric power market retail contract automatic settlement method according to claim 1, wherein when the electric quantity default electric charge is calculated by the remaining contract month, the electric quantity default electric charge is a product of the remaining contract period and the default price.
6. The method for automatically settling the electric power market retail contract according to claim 1, wherein the electric energy and the electric power charge are calculated in a manner further comprising:
C＝Pp×Qp+Pv×Qv+Pa×Qa
wherein, the monthly electric energy and electricity charge C of the user, the contract agreed peak time electricity price PpNormal electricity price PaAt valley time electricity price PvElectricity consumption Q during the peak of the month of the retail customerpAt ordinary timesElectric power consumption QaElectricity consumption Q in valley periodv。
7. The method for automatically settling the electric power market retail contract according to claim 1, wherein the electric energy and the electric power charge are calculated in a manner further comprising:
C＝P1×Q1+…+Pt×Qt+…+Pn×Qn
wherein, the monthly electric energy and electricity charge C of the user and the contract appointed time interval divide the electricity utilization time interval T1、T2、…、TnAppointing the unit price P of electricity consumption in each time period1、P2、…、PnRetail customer T monthly1Electricity consumption of time interval Q1，TiElectricity consumption of time interval Qt，TnElectricity consumption of time interval Qn。
8. The method for automatically settling the electric power market retail contract according to claim 1, wherein the electric energy and the electric power charge are calculated in a manner further comprising:
C＝Pda×Kda×Q
wherein, the monthly electric energy and electricity charge C of the user refers to the unified clearing index price P of the market before the month and the daydaThe linkage proportionality coefficient is KdaMonthly electricity consumption Q.
9. An electric power market retail contract automatic settlement device, characterized by comprising:
the data analysis module is used for acquiring data of the retail settlement archive and determining a settlement mode by matching the retail settlement archive;
the data acquisition module is used for acquiring settlement data, and the settlement data comprises metering data, price data and electric charge data;
the settlement module is used for calculating the settlement electric charge of the retail user based on the settlement mode and the settlement data; wherein the settlement electric charge comprises electric energy electric charge, deviation income transfer electric charge and electric quantity default electric charge;
one of the electric energy and electricity charge calculation methods is as follows:
C＝P×Q
the monthly electric energy and electricity charge of the user is C; contract agreement fixed unit price is P; the monthly electricity consumption of the retail user is Q;
the deviation profit transfer electric charge may be calculated by:
Cpt＝Qθ×Pa×K
wherein, when the price deviation difference income transfer settlement of the electricity selling company reaches theta, the retail users with the electricity consumption ratio exceeding β need to undertake the check of the income transfer deviation, and the check cost is Cpt(ii) a Examination unit price of Pa(ii) a The assessment coefficient K is a coefficient of the contract appointed retail user for bearing the assessment unit price.
10. An electric power market retail contract automatic settlement apparatus comprising a processor, a memory, and a computer program stored in the memory and configured to be executed by the processor, the processor implementing the electric power market retail contract automatic settlement method according to any one of claims 1 to 8 when executing the computer program.
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| CN111882455A (en) * | 2020-07-27 | 2020-11-03 | 广东电力交易中心有限责任公司 | Power package decision method and system for power retail market |
| CN112435074A (en) * | 2020-12-07 | 2021-03-02 | 浙江大学 | New retail real-time data tracking and feedback method and system |
| CN113379541A (en) * | 2021-05-24 | 2021-09-10 | 昆明电力交易中心有限责任公司 | Comprehensive settlement system and method for loss and benefit of electric power retail |
| CN113506141A (en) * | 2021-07-21 | 2021-10-15 | 昆明电力交易中心有限责任公司 | Standardized electric power retail package settlement system and method |
| CN113744052A (en) * | 2021-08-12 | 2021-12-03 | 广州汇电云联互联网科技有限公司 | Method, device and system for online settlement and application of electric charge settlement transaction contract |
| CN114385699A (en) * | 2022-01-06 | 2022-04-22 | 云南电网有限责任公司信息中心 | Abnormal analysis method for user price rate of power grid |
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