CN113128978A - Data settlement method, device, system and storage medium - Google Patents
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Abstract
The embodiment of the invention discloses a data settlement method, a device, a system and a storage medium. Wherein, the method comprises the following steps: the work order management module initiates settlement application of the power supply mechanism to a target photovoltaic power generation user, and derives target accounts payable information of the power supply mechanism through a business logic layer; the work order management module receives payment application information imported by the power supply mechanism, verifies the target accounts payable information and the payment application information through the business logic layer, and sends the payment application information to the work order auditing module when the verification is passed; and the work order auditing module audits the received payment application information, forms a settlement work order after the audit is passed, and sends the settlement work order to the financial system corresponding to the power supply institution so that the financial system can pay according to the settlement work order. The technical scheme provided by the embodiment of the invention can be used for rapidly settling accounts of the photovoltaic user, and saves manpower and material resources.
Description
Technical Field
The embodiment of the invention relates to a data settlement technology, in particular to a data settlement method, a device, a system and a storage medium.
Background
With the reduction of resources on the earth and the pollution of the environment, the photovoltaic power generation attracts wide attention as a clean and efficient renewable energy power generation mode which is suitable for local conditions.
With the expansion of photovoltaic power generation application, photovoltaic customers grow explosively, and more manpower and time are required to be invested. When business settlement is performed on a photovoltaic client, manual recording and management are usually performed, but the current settlement link is complex, more data need to be collated and checked, a large amount of repetitive work exists, the settlement work task is heavy, the workload is large, mistakes and omissions are easy to occur, and the like.
At present, no better settlement method exists.
Disclosure of Invention
The embodiment of the invention provides a data settlement method, a device, a system and a storage medium, which can be used for rapidly settling accounts of photovoltaic users and saving manpower and material resources.
In a first aspect, an embodiment of the present invention provides a data settlement method, which is applied to a data settlement system, where the data settlement system includes a function module layer and a service logic layer, and the function module layer includes a work order management module and a work order audit module, and the method includes:
the work order management module initiates a settlement application of a power supply mechanism to a target photovoltaic power generation user, and derives target accounts payable information of the power supply mechanism through the business logic layer, wherein the target photovoltaic power generation user comprises a user who generates power through a photovoltaic module and provides electric energy for the power supply mechanism, and the target accounts payable information is determined according to a settlement period of the power supply mechanism to the target photovoltaic user;
the work order management module receives payment application information imported by the power supply mechanism, verifies the target accounts payable information and the payment application information through the business logic layer, and sends the payment application information to the work order auditing module when the verification is passed;
and the work order auditing module audits the received payment application information, forms a settlement work order after the audit is passed, and sends the settlement work order to the financial system corresponding to the power supply mechanism so that the financial system can pay according to the settlement work order.
In a second aspect, an embodiment of the present invention provides a data settlement apparatus, which is applied to a data settlement system, where the data settlement system includes a function module layer and a service logic layer, and the function module layer includes a work order management module and a work order audit module, and the apparatus includes:
the work order management module is used for initiating settlement application of a power supply mechanism to a target photovoltaic power generation user and exporting target accounts payable information of the power supply mechanism through the business logic layer, wherein the target photovoltaic power generation user comprises a user who generates power through a photovoltaic module and provides electric energy for the power supply mechanism, and the target accounts payable information is determined according to a settlement period of the power supply mechanism to the target photovoltaic user;
the work order management module is used for receiving payment application information imported by the power supply mechanism, verifying the target accounts payable information and the payment application information through the business logic layer, and sending the payment application information to the work order auditing module when the verification is passed;
and the work order auditing module is used for auditing the received payment application information, forming a settlement work order after the auditing is passed, and sending the settlement work order to the financial system corresponding to the power supply institution so that the financial system can pay according to the settlement work order.
In a third aspect, an embodiment of the present invention provides a data settlement system, including:
the system comprises a functional module layer and a service logic layer, wherein the functional module layer comprises a work order management module and a work order auditing module;
the data settlement system is used for executing the data settlement method in any embodiment of the invention.
In a fourth aspect, an embodiment of the present invention provides a computer-readable storage medium, on which a computer program is stored, which when executed by a processor implements a data settlement method according to any embodiment of the present invention.
The embodiment of the invention provides a data settlement method, a device, a system and a storage medium, firstly, a work order management module initiates a settlement application of a power supply mechanism to a target photovoltaic power generation user, and leads out target accounts payable information of the power supply mechanism through a business logic layer, wherein the target photovoltaic power generation user comprises a user who generates power through a photovoltaic component and provides electric energy to the power supply mechanism, the target accounts payable information is determined according to a settlement period of the power supply mechanism to the target photovoltaic user, then, the work order management module receives payment application information led in by the power supply mechanism, checks the target accounts payable information and the payment application information through the business logic layer, and sends the payment application information to the work order checking module when the checking is passed, and finally, the work order checking module checks the received payment application information and forms a settlement work order after the checking is passed, the settlement work order is sent to the financial system corresponding to the power supply mechanism, so that the financial system can pay according to the settlement work order, the account of the photovoltaic user can be rapidly settled through the method, and manpower and material resources are saved.
Drawings
Fig. 1 is a flowchart of a data settlement method according to an embodiment of the present invention;
fig. 2A is a flowchart of a data settlement method according to a second embodiment of the present invention;
FIG. 2B is a block diagram of a data settlement system in the method according to the second embodiment of the present invention;
fig. 3 is a schematic structural diagram of a data settlement apparatus according to a third embodiment of the present invention;
fig. 4 is a schematic structural diagram of a data settlement system according to a fourth embodiment of the present invention.
Detailed Description
The present invention will be described in further detail with reference to the accompanying drawings and examples. It is to be understood that the specific embodiments described herein are merely illustrative of the invention and are not limiting of the invention. It should be further noted that, for the convenience of description, only some of the structures related to the present invention are shown in the drawings, not all of the structures.
The traditional data settlement method is to manually record, manage and check, but with the increase of photovoltaic power generation users, the photovoltaic power generation users generate power through a photovoltaic module and provide electric energy to a power supply mechanism, and the power supply mechanism purchases the electric energy for the photovoltaic power generation users, so the power supply mechanism needs to perform data settlement on the photovoltaic power generation users, the power supply mechanism faces multiple stresses of settlement efficiency, service quality and the like, and the data settlement work is heavy, the workload is large, mistakes and the like are easy to occur. In order to realize the functions of unified import, audit, summarization and the like of data settlement and visually display the contents of settlement period, settlement amount in each period, residual payment amount and the like of a photovoltaic power generation user, the embodiment of the invention provides a data settlement method which is applied to a data computing system, intelligent data computation is realized through the data settlement system, and manpower and material resources are saved.
Example one
Fig. 1 is a flowchart of a data settlement method according to an embodiment of the present invention, which is applicable to a case of settling data, and is particularly applicable to settlement under a condition of complex settlement links, more verification data, and huge data amount. The data settlement method provided by this embodiment may be executed by the data settlement apparatus provided by the embodiment of the present invention, and the apparatus may be implemented by software and/or hardware and integrated in the data settlement system executing the method.
Referring to fig. 1, the method of the present embodiment includes, but is not limited to, the following steps:
s110, the work order management module initiates settlement application of the power supply mechanism to target photovoltaic power generation users, and derives target accounts payable information of the power supply mechanism through a business logic layer, wherein the target photovoltaic power generation users comprise users who generate power through a photovoltaic module and provide electric energy for the power supply mechanism, and the target accounts payable information is determined according to settlement periods of the power supply mechanism to the target photovoltaic users.
For example, for a city, the local power supply mechanism may be understood as a district power supply mechanism, and the general power supply mechanism may be understood as a city power supply mechanism.
The work order management module can initiate settlement application of the power supply mechanism to the target photovoltaic power generation users, for example, related control components in the work order management module can be triggered by staff of the power supply mechanism, and then settlement application of the power supply mechanism to the target photovoltaic power generation users is initiated. Meanwhile, the work order management module can determine the target accounts payable information of the power supply mechanism by calling the file management control component in the business logic layer to perform corresponding calculation, and export the target accounts payable information. Related codes can be configured in the archive management control component in advance, and entry, inquiry, integration, collection, storage, sharing, calculation and the like of corresponding payment information can be achieved through the codes.
And S120, the work order management module receives the payment application information imported by the power supply mechanism, verifies the target accounts payable information and the payment application information through the business logic layer, and sends the payment application information to the work order auditing module when the verification is passed.
The payment applying information can be understood as the information of the account to be paid by the target photovoltaic power generation user when the power supply mechanism settles the data at this time. For example, the power supply institution applies for payment data information when payment is made for the last month of accounting of a certain photovoltaic power generation user. The payment application information may include: the name of the target photovoltaic power generation user, the amount paid to the target photovoltaic power generation user by the application, the payment mode and the like.
The work order management module supports file import functions of multiple formats, for example, power supply mechanism internal file import in Txt and/or Excel formats and power supply mechanism internal file import in JSon and/or Python script formats, and simultaneously supports the remote external file receiving corresponding to all power supply mechanisms in a remote receiving mode. After receiving the payment application information imported by the power supply mechanism, the work order management module can verify the target accounts payable information and the payment application information by calling the file management control component in the service logic layer, specifically, whether the target photovoltaic power generation users respectively corresponding to the work order management module and the payment application information are consistent or not or whether the contained payment amount is consistent or not is verified, and when the verification is passed, the payment application information is sent to the work order auditing module, so that the subsequent work order auditing module can conveniently audit the received payment application information.
And S130, the work order auditing module audits the received payment application information, forms a settlement work order after the audit is passed, and sends the settlement work order to the financial system corresponding to the power supply institution so that the financial system can pay according to the settlement work order.
The settlement work order can be understood as a payment voucher formed after the work order auditing module audits the applied payment information.
The work order auditing module audits the payment application information after receiving the payment application information sent by the work order management module, specifically, the work order auditing module can audit the payment application information through related workers, and triggers a control component in the work order auditing module after auditing, so that the work order auditing module receives the information of the audit completion and can also audit the payment application information through the control component configured in the work order auditing module. The work order auditing module can form a settlement work order after the auditing is passed, the settlement work order can comprise information such as the name, the collection account, the amount to be paid and the tax rate of a target photovoltaic power generation user, and the settlement work order is sent to a financial system corresponding to the power supply mechanism, so that the financial system can pay according to the amount to be paid in the settlement work order. And after the payment is completed, the financial system represents that the data settlement is completed.
The technical scheme provided by the embodiment includes that firstly, a work order management module initiates a settlement application of a power supply mechanism to a target photovoltaic power generation user, and derives target accounts payable information of the power supply mechanism through a business logic layer, wherein the target photovoltaic power generation user comprises a user who generates power through a photovoltaic component and provides electric energy for the power supply mechanism, the target accounts payable information is determined according to a settlement period of the power supply mechanism to the target photovoltaic user, then the work order management module receives payment application information imported by the power supply mechanism, checks the target accounts payable information and the payment application information through the business logic layer, sends the payment application information to a work order auditing module when the check is passed, and finally the work order auditing module audits the received payment application information, forms a settlement work order after the audit is passed, and sends the settlement work order to a financial system corresponding to the power supply mechanism, the financial system can pay according to the settlement work order, the account of the photovoltaic user can be rapidly settled through the method, and manpower and material resources are saved.
In some embodiments, the work order management module initiates a settlement application of a power supply mechanism to a target photovoltaic user, which may specifically include: and when the work order management module receives the electricity purchase fee application data and the standing book source data, the work order management module initiates settlement application of a power supply mechanism to the target photovoltaic user.
In the embodiment of the invention, when the work order management module receives the electricity purchase application data and the account source data, which are equivalent to triggering settlement application, the corresponding work order management module initiates settlement application of a power supply mechanism to a target photovoltaic user, so that subsequent settlement work can be smoothly carried out. The settlement application is initiated through the work order management module, the efficiency is high, the manpower and the material resources are saved, and the waste of the manpower resources can be avoided.
In some embodiments, the functional module layer may include a ledger management module; correspondingly, the standing book source data is obtained through the following method: the standing book management module initiates a hanging book application of a power supply mechanism to a target photovoltaic user and receives all accounts payable information imported by staff of the power supply mechanism; the account book management module sends all accounts payable information to the work order auditing module; and after the work order auditing module audits all accounts payable information, the machine account source data is formed.
The hanging account application can be understood as an application of the power supply mechanism to count all the electric energy related data purchased by the power supply mechanism to the target photovoltaic users at each period (for example, each month or each quarter, and the like).
After the standing book management module initiates a standing book application of a power supply mechanism to a target photovoltaic user, staff of the power supply mechanism can receive information of the standing book application, at the moment, the staff of the power supply mechanism downloads all electric energy related data purchased from the target photovoltaic user by the power supply mechanism at each period through logging in a data settlement system and fills in the data, all accounts payable information corresponding to the power supply mechanism is obtained, and all the accounts payable information is imported into the data settlement system, so that the standing book management module can receive all the accounts payable information. After receiving all accounts payable information, the ledger administration module sends the information to the work order auditing module. After the work order auditing module passes auditing of all accounts payable information, machine account source data is formed, wherein the machine account source data can comprise: the name of the target photovoltaic power generation user, the number of electric energy purchased by the power supply mechanism to the target photovoltaic power generation user at each period, the unit price of each degree of electricity, the amount of money to be subsidized to the target photovoltaic power generation user per degree of electricity and the like.
In the embodiment of the invention, the standing book management module receives all the accounts payable information which is manually imported, and the work order auditing module forms standing book source data after all the accounts payable information is approved, so that the accuracy of the standing book source data is improved, and the subsequent work order management module can conveniently initiate settlement application of a power supply mechanism to a target photovoltaic user.
In some embodiments, after the work order management module receives the payment application information imported by the power supply mechanism, the method may further include: and the work order management module verifies the payment application information through the service logic layer and informs the power supply mechanism to re-introduce new payment application information when the verification fails.
The work order management module verifies the payment application information by calling a file management control component in the service logic layer, mainly verifies whether error information exists in the payment application information and whether the format is standard, and if the verification fails, informs a power supply mechanism to re-introduce new payment application information until the verification of the new payment application information passes.
In the embodiment of the invention, the work order management module verifies the payment application information through the service logic layer, so that the accuracy of the payment application information and the normalization of the format are ensured, and the efficiency of the subsequent work order auditing module for auditing the payment application information is improved.
In some embodiments, the work order management module may further include a work order framework design, and the work order framework design may include work order information, work order status, work order log, work order type, processing personnel, processing result, report design, and the like. The work order information can be understood as specific content in the work order and information related to the work order, such as information of an initiator, content and the like; the work order state can be understood as the state which can represent different circulation processes of the work order; the work order log can be understood as recording the process from creation to completion of the work order and the operation of different personnel on the work order in the process, and can be divided into: system logs, operation records, and the like; the work order type mainly distinguishes the problem of different service scenes recorded by the work order content, and different work order types have different use scenes and can generate different processing results; the processing personnel can set based on the work order type, namely the first processing personnel of different work order types are different, through the setting of the processing personnel, the work order can be automatically distributed, and the judgment of the authority of the work order can also be carried out based on the setting of the processing personnel, for example, the personnel of the processing authority of the A-type work order can see the A-type work order in the data settlement system. The processing result is the result generated after the processing personnel processes the work order. The report design can be understood as that related contents of the work order are designed into a form, so that the display is convenient.
In the embodiment of the invention, through the design of the work order frame, the work order can be quickly processed.
Example two
Fig. 2A is a flowchart of a data settlement method according to a second embodiment of the present invention. The embodiment of the invention is optimized on the basis of the embodiment. Optionally, the present embodiment explains the verification process of the target accounts payable information and the applied payment information in detail.
Referring to fig. 2A, the method of the present embodiment includes, but is not limited to, the following steps:
s210, the work order management module initiates settlement application of the power supply mechanism to target photovoltaic power generation users, and derives target accounts payable information of the power supply mechanism through a business logic layer, wherein the target photovoltaic power generation users comprise users who generate power through a photovoltaic module and provide electric energy for the power supply mechanism, and the target accounts payable information is determined according to a settlement period of the power supply mechanism to the target photovoltaic users.
Optionally, the work order management module derives the target accounts payable information of the power supply mechanism through the business logic layer, and may specifically include: the work order management module receives target accounts payable information of the power supply mechanism and verifies the legality of a target photovoltaic user, the legality of target accounts payable data and the accuracy of the target accounts payable data corresponding to the target accounts payable information through a business logic layer; and after the work order management module passes the verification, the target accounts payable information of the power supply mechanism is exported.
Wherein the target accounts payable information may be understood as: and the accounting information determined according to the settlement period of the power supply mechanism to the target photovoltaic user comprises the information of the electric charge payable and the subsidy amount. For example, when the settlement period is once a month, the target accounts payable information may include: and the electricity purchasing fee and the subsidy amount are calculated according to the electric energy purchased by the power supply mechanism to the target photovoltaic user in the last month.
After the work order management module receives the target accounts payable information imported by the power supply mechanism, the legality of a target photovoltaic user corresponding to the target accounts payable information is verified by calling the archive management control component in the business logic layer, and the legality of the target accounts payable data and the accuracy of the target accounts payable data are verified by calling a verification algorithm in the business logic layer. And after the work order management module passes the verification, the target accounts payable information of the power supply mechanism is exported, so that the target accounts payable information and the payment application information can be conveniently verified through the business logic layer subsequently.
In the embodiment of the invention, the legality of the target photovoltaic user corresponding to the target accounts payable information, the legality of the target accounts payable data and the accuracy of the target accounts payable data are verified through the business logic layer, so that the finally derived target accounts payable information of the power supply mechanism is more accurate, and the loss caused by mistakes and omissions of the power supply mechanism and the photovoltaic power generation user is avoided.
Further, the functional module layer may include a photovoltaic user profile management module; correspondingly, the work order management module verifies the legality of the target photovoltaic user corresponding to the target accounts payable information through the business logic layer, and may specifically include: and the work order management module calls the file of the target photovoltaic user stored in the photovoltaic user file management module through the service logic layer to check the legality of the target photovoltaic user.
In the embodiment of the invention, the work order management module calls the file of the target photovoltaic user stored in the photovoltaic user file management module through the service logic layer to check the legality of the target photovoltaic user, so that whether the identity of the target photovoltaic user is legal or not can be determined, and the problem that the power supply mechanism data settlement object is mistaken and causes loss to the power supply machine is avoided.
And S220, the work order management module receives the payment application information imported by the power supply mechanism, and determines the size relationship between the target accounts payable data corresponding to the target accounts payable information and the payment application data corresponding to the payment application information through a business logic layer.
Wherein the target accounts payable data may be understood as an amount payable included in the target accounts payable information; the payment application data may be understood as a payment amount of the power supply institution included in the payment application information.
After the work order management module receives the payment application information imported by the power supply mechanism, the size relationship between the target accounts payable data corresponding to the target accounts payable information and the payment application data corresponding to the payment application information is compared through the business logic layer, and whether the verification passes or not is determined according to the size relationship of the target accounts payable data and the payment application data.
And S230, the work order management module determines that the target accounts payable data is greater than or equal to the payment application data, the verification is passed, and the payment application information is sent to the work order auditing module.
Because the payment application data is included in the payment application information imported by the power supply mechanism, the power supply mechanism determines the target accounts payable data according to the settlement period, the electric power payable fee and the subsidy amount when performing data settlement, and the subsidy amount may lag behind, if the power supply mechanism does not receive the subsidy amount, the subsidy amount cannot be paid to the target photovoltaic power generation user in advance, the payment application data may not include the subsidy amount to be paid, that is, the payment application data obviously does not exceed the target accounts payable data. Therefore, when the work order management module determines that the target accounts payable data is greater than or equal to the payment application data, if the verification is passed, the payment application information is sent to the work order auditing module, so that the subsequent work order auditing module can audit the received payment application information.
Correspondingly, if the work order management module determines that the target accounts payable data is less than the payment application data, it indicates that the payment application data may be in error, and the verification is not passed.
And S240, the work order auditing module audits the received payment application information, forms a settlement work order after the audit is passed, and sends the settlement work order to the financial system corresponding to the power supply institution so that the financial system can pay according to the settlement work order.
Fig. 2B is a schematic diagram of an architecture of a data settlement system in the method according to the second embodiment of the present invention, which schematically shows a manner. As shown in fig. 2B:
the data settlement system may include: the system comprises a function module layer, an application layer, a business logic layer, a data layer, a basic framework and an operation and maintenance framework. The interaction between the function module layer and the application layer can be carried out, the interaction between the function module layer and the basic framework can be carried out, the interaction between the function module layer and the service logic layer can be carried out, the interaction between the application layer and the data layer can be carried out, the interaction between the service logic layer and the data layer can be carried out, the interaction between the data layer and the basic framework can be carried out, and the interaction between the basic framework and the operation and maintenance framework can be carried out.
The functional module layer may include: the system comprises a standing book management module, a work order auditing module, a photovoltaic user file management module and the like, wherein the photovoltaic user file management module can add, delete, modify, check and manage photovoltaic user file information. The application layer can include: the method comprises the following steps of log collection, log analysis, event early warning, event processing and statistical reporting, wherein the log collection and the log analysis mainly collect and analyze log data generated in the data settlement process; the event early warning is to early warn for the emergency faced by the data settlement system, such as system failure; event handling may be handling of related failures; the statistical report can be used for counting all reports generated in the data settlement process. The business logic layer can include: the system comprises an archive management control component, a data encryption technology and a data search engine, wherein the data encryption technology can be used for encrypting a photovoltaic user archive and a user name and a password of a power supply mechanism worker who logs in a data settlement system, and specifically can encrypt the user name and the password of the worker through an information-Digest Algorithm (Message-Digest Algorithm 5, abbreviated as MD5) so as to verify the identity validity of the worker; the data search engine may provide a service for data settlement processes related to data queries. The data layer can include: log data and a database, wherein the database may comprise MySQL, Oracle, SQLServer and the like. The infrastructure can include: host computer, storage, network and computer room, etc., and the infrastructure is used to provide the service of logging in the data settlement system for the staff of the power supply organization. The operation and maintenance architecture can comprise: service management, system monitoring, user and desktop management, machine room management, and the like.
Optionally, in the architecture design process of the data settlement system, the layout design of the front end of the system (i.e., the browser page displayed to the staff of the power supply mechanism) may be performed by using layui, and the front end User Interface (UI) frame is mainly written by using module specifications, and the writing and organization forms of the native hypertext Markup Language (HTML), the Cascading Style Sheets (CSSs) or the js (java script) are followed. By adopting a Maven project construction and management tool, methods for managing and constructing documents, reports, issuing and the like are provided, codes are convenient to compile, management is relied on, a binary library is managed, standardization and automation of a system project construction process are realized, and the specific working principle is as follows: the method comprises the steps of constructing a project, managing jar, compiling codes, automatically running unit tests, packaging, generating reports, deploying projects and generating web sites.
Furthermore, in the architecture design process of the data settlement system, a Browser/Server (B/S) mode can be adopted firstly, the core part for realizing the system function is centralized on the Server, the development, maintenance and use of the system are simplified, and the data settlement system can be accessed by only installing one Browser on the host of the staff of the power supply mechanism. The system function can be developed by adopting a SpringMVC framework. Then, a compact fuzzy Implementation (POI) technology can be adopted to implement read and write functions of the Microsoft Office (such as Excel, WORD, PowerPoint, Visio, and the like) format photovoltaic user files, and the system is mainly developed for an Excel form, and the specific principle is as follows: and acquiring the workbook- > acquiring the worksheet- > circulating line data, acquiring the line data- > circulating line data one by one, and acquiring the cell data one by one. Then, a service Process Management (JBPM) technology can be used for work order Process Management, the flexibility of Process processing and the safety of data are guaranteed, and HiKaricP is used as a database connection pool to realize quick and stable connection with the database. And finally, by applying interactive design and visual design, the usability and the attractiveness of a visual interface are realized, the browsability is improved, and information is accurately and efficiently transmitted.
In the embodiment of the invention, the technology is adopted in the architecture design process of the data settlement system, so that support is provided for intelligent data calculation, photovoltaic user files can be automatically identified, the workload of manual statistics and verification is reduced, and the applied payment information is audited.
The technical scheme provided by the embodiment includes that firstly, a work order management module initiates settlement application of a power supply mechanism to a target photovoltaic power generation user, and derives target accounts payable information of the power supply mechanism through a business logic layer, then the work order management module receives payment application information imported by the power supply mechanism, determines the size relationship between target accounts payable data corresponding to the target accounts payable information and payment application data corresponding to the payment application information through the business logic layer, then the work order management module determines that the target accounts payable data is greater than or equal to the payment application data, if the target accounts payable data is verified to be passed, and sends the payment application information to a work order auditing module, finally the work order auditing module conducts auditing on the received payment application information, forms a settlement work order after the auditing is verified to be passed, and sends the settlement work order to a financial system corresponding to the power supply mechanism so that the financial system can pay according to the settlement work order, by the method, the target accounts payable information and the payment application information are verified, the accuracy of the payment application information is guaranteed, meanwhile, accounts of photovoltaic users can be rapidly settled, and manpower and material resources are saved.
EXAMPLE III
Fig. 3 is a schematic structural diagram of a data settlement apparatus according to a third embodiment of the present invention, and as shown in fig. 3, the apparatus may include:
the work order management module 310 is used for initiating settlement application of a power supply mechanism to a target photovoltaic power generation user and exporting target accounts payable information of the power supply mechanism through a business logic layer, wherein the target photovoltaic power generation user comprises a user who generates power through a photovoltaic module and provides electric energy for the power supply mechanism, and the target accounts payable information is determined according to a settlement period of the power supply mechanism to the target photovoltaic user;
the work order management module 310 is used for receiving payment application information imported by the power supply mechanism, verifying the target accounts payable information and the payment application information through a business logic layer, and sending the payment application information to the work order auditing module when the verification is passed;
and the work order auditing module 320 is used for auditing the received payment application information, forming a settlement work order after the auditing is passed, and sending the settlement work order to the financial system corresponding to the power supply institution so that the financial system can pay according to the settlement work order.
The technical scheme provided by the embodiment includes that firstly, a work order management module initiates a settlement application of a power supply mechanism to a target photovoltaic power generation user, and derives target accounts payable information of the power supply mechanism through a business logic layer, wherein the target photovoltaic power generation user comprises a user who generates power through a photovoltaic component and provides electric energy for the power supply mechanism, the target accounts payable information is determined according to a settlement period of the power supply mechanism to the target photovoltaic user, then the work order management module receives payment application information imported by the power supply mechanism, checks the target accounts payable information and the payment application information through the business logic layer, sends the payment application information to a work order auditing module when the check is passed, and finally the work order auditing module audits the received payment application information, forms a settlement work order after the audit is passed, and sends the settlement work order to a financial system corresponding to the power supply mechanism, the financial system can pay according to the settlement work order, the account of the photovoltaic user can be rapidly settled through the method, and manpower and material resources are saved.
Further, the work order management module 310 may be specifically configured to: and when the data of applying for the electricity purchase fee and the data of the standing book source are received, initiating settlement application of a power supply mechanism to the target photovoltaic user.
Further, the function module layer may include a standing book management module; correspondingly, the standing book source data is obtained through the following method: the standing book management module initiates a hanging book application of a power supply mechanism to a target photovoltaic user and receives all accounts payable information imported by staff of the power supply mechanism; the account book management module sends all accounts payable information to the work order auditing module; and after the work order auditing module audits all accounts payable information, the machine account source data is formed.
Further, the work order management module 310 may include: the first checking unit is used for receiving the target accounts payable information of the power supply mechanism and checking the legality of a target photovoltaic user, the legality of target accounts payable data and the accuracy of the target accounts payable data corresponding to the target accounts payable information through a business logic layer; and the information export unit is used for exporting the target accounts payable information of the power supply mechanism after the verification is passed.
Further, the work order management module 310 may be further specifically configured to: determining the size relationship between the target accounts payable data corresponding to the target accounts payable information and the payment application data corresponding to the payment application information through a business logic layer; and if the target accounts payable data is determined to be greater than or equal to the payment application data, the verification is passed.
Further, the work order management module 310 may include: and the second checking unit is used for checking the payment application information through the service logic layer and informing the power supply mechanism to re-introduce new payment application information when the checking fails.
Furthermore, the functional module layer can also comprise a photovoltaic user profile management module; correspondingly, the first verification unit may be specifically configured to: and calling the file of the target photovoltaic user stored in the photovoltaic user file management module through the service logic layer to verify the legality of the target photovoltaic user.
The data settlement device provided by the embodiment can be applied to the data settlement method provided by any embodiment, and has corresponding functions and beneficial effects.
Example four
Fig. 4 is a schematic structural diagram of a data settlement system according to a fourth embodiment of the present invention, as shown in fig. 4, the system includes a function module layer 410 and a service logic layer 420; the functional module layer 410 includes a work order management module 310 and a work order review module 320. Data interaction can be carried out between the functional module layer 410 and the business logic layer 420, and data interaction can also be carried out between the work order management module 310 and the work order auditing module 320.
The data settlement system provided by the embodiment can be used for executing the data settlement method provided by any embodiment, and has corresponding functions and beneficial effects.
EXAMPLE five
An embodiment of the present invention further provides a computer-readable storage medium, on which a computer program is stored, where the computer program, when executed by a processor, implements a data settlement method in any embodiment of the present invention, where the method specifically includes:
the work order management module initiates settlement application of the power supply mechanism to target photovoltaic power generation users and derives target accounts payable information of the power supply mechanism through a business logic layer, wherein the target photovoltaic power generation users comprise users who generate power through a photovoltaic module and provide electric energy for the power supply mechanism, and the target accounts payable information is determined according to the settlement period of the power supply mechanism to the target photovoltaic users;
the work order management module receives payment application information imported by the power supply mechanism, verifies the target accounts payable information and the payment application information through the business logic layer, and sends the payment application information to the work order auditing module when the verification is passed;
and the work order auditing module audits the received payment application information, forms a settlement work order after the audit is passed, and sends the settlement work order to the financial system corresponding to the power supply institution so that the financial system can pay according to the settlement work order.
Of course, the storage medium provided by the embodiment of the present invention contains computer-executable instructions, and the computer-executable instructions are not limited to the method operations described above, and may also perform related operations in the data settlement method provided by any embodiment of the present invention.
From the above description of the embodiments, it is obvious for those skilled in the art that the present invention can be implemented by software and necessary general hardware, and certainly, can also be implemented by hardware, but the former is a better embodiment in many cases. Based on such understanding, the technical solutions of the present invention may be embodied in the form of a software product, which can be stored in a computer-readable storage medium, such as a floppy disk, a Read-Only Memory (ROM), a Random Access Memory (RAM), a FLASH Memory (FLASH), a hard disk or an optical disk of a computer, and includes several instructions for enabling a computer device (which may be a personal computer, a server or a network device) to execute the methods according to the embodiments of the present invention.
It should be noted that, in the embodiment of the data settlement apparatus, the included units and modules are merely divided according to functional logic, but are not limited to the above division as long as the corresponding functions can be realized; in addition, specific names of the functional units are only for convenience of distinguishing from each other, and are not used for limiting the protection scope of the present invention.
The above description is only a preferred embodiment of the present invention and is not intended to limit the present invention, and various modifications and changes may be made by those skilled in the art. Any modification, equivalent replacement, or improvement made within the spirit and principle of the present invention should be included in the protection scope of the present invention.
Claims (10)
1. A data settlement method is characterized in that the method is applied to a data settlement system, the data settlement system comprises a function module layer and a service logic layer, the function module layer comprises a work order management module and a work order auditing module, and the method comprises the following steps:
the work order management module initiates a settlement application of a power supply mechanism to a target photovoltaic power generation user, and derives target accounts payable information of the power supply mechanism through the business logic layer, wherein the target photovoltaic power generation user comprises a user who generates power through a photovoltaic module and provides electric energy for the power supply mechanism, and the target accounts payable information is determined according to a settlement period of the power supply mechanism to the target photovoltaic user;
the work order management module receives payment application information imported by the power supply mechanism, verifies the target accounts payable information and the payment application information through the business logic layer, and sends the payment application information to the work order auditing module when the verification is passed;
and the work order auditing module audits the received payment application information, forms a settlement work order after the audit is passed, and sends the settlement work order to the financial system corresponding to the power supply mechanism so that the financial system can pay according to the settlement work order.
2. The method of claim 1, wherein the work order management module initiates a settlement application for a target photovoltaic user by a power supply mechanism, comprising:
and when the work order management module receives the electricity purchase fee application data and the standing book source data, the work order management module initiates a settlement application of the power supply mechanism to the target photovoltaic user.
3. The method of claim 2, wherein the functional module layer comprises a ledger management module;
correspondingly, the ledger source data is obtained through the following method:
the standing book management module initiates a hanging book application of the power supply mechanism to the target photovoltaic user and receives all accounts payable information imported by staff of the power supply mechanism;
the ledger management module sends all accounts payable information to the work order auditing module;
and the work order auditing module forms the ledger source data after all accounts payable information is approved.
4. The method of claim 1, wherein the work order management module derives target accounts payable information for the power supply mechanism through the business logic layer, comprising:
the work order management module receives target accounts payable information of the power supply mechanism and verifies the legality of a target photovoltaic user, the legality of target accounts payable data and the accuracy of the target accounts payable data corresponding to the target accounts payable information through the business logic layer;
and after the work order management module passes the verification, the target accounts payable information of the power supply mechanism is exported.
5. The method of claim 1, wherein the work order management module verifies the target accounts payable information and the payment application information through the business logic layer, comprising:
the work order management module determines the size relationship between the target accounts payable data corresponding to the target accounts payable information and the payment application data corresponding to the payment application information through the business logic layer;
and the work order management module determines that the target accounts payable data is greater than or equal to the payment application data, and the verification is passed.
6. The method as claimed in claim 1, wherein after the work order management module receives the payment application information imported by the power supply mechanism, the method further comprises:
and the work order management module verifies the payment application information through the service logic layer and informs the power supply mechanism to re-introduce new payment application information when the verification fails.
7. The method of claim 4, wherein the functional module layer comprises a photovoltaic subscriber profile management module;
correspondingly, the work order management module verifies the legality of the target photovoltaic user corresponding to the target accounts payable information through the business logic layer, and the verification comprises the following steps:
and the work order management module calls the file of the target photovoltaic user stored in the photovoltaic user file management module through the service logic layer to check the legality of the target photovoltaic user.
8. A data settlement device is applied to a data settlement system, the data settlement system comprises a functional module layer and a service logic layer, the functional module layer comprises a work order management module and a work order auditing module, and the device comprises:
the work order management module is used for initiating settlement application of a power supply mechanism to a target photovoltaic power generation user and exporting target accounts payable information of the power supply mechanism through the business logic layer, wherein the target photovoltaic power generation user comprises a user who generates power through a photovoltaic module and provides electric energy for the power supply mechanism, and the target accounts payable information is determined according to a settlement period of the power supply mechanism to the target photovoltaic user;
the work order management module is used for receiving payment application information imported by the power supply mechanism, verifying the target accounts payable information and the payment application information through the business logic layer, and sending the payment application information to the work order auditing module when the verification is passed;
and the work order auditing module is used for auditing the received payment application information, forming a settlement work order after the auditing is passed, and sending the settlement work order to the financial system corresponding to the power supply institution so that the financial system can pay according to the settlement work order.
9. A data settlement system, comprising: the system comprises a functional module layer and a service logic layer, wherein the functional module layer comprises a work order management module and a work order auditing module;
the data settlement system is for performing the method of any one of claims 1-7.
10. A computer-readable storage medium, on which a computer program is stored which, when being executed by a processor, carries out the method according to any one of claims 1-7.
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