CN112633663A - Electricity charge meter reading accounting analysis system based on big data platform - Google Patents
Electricity charge meter reading accounting analysis system based on big data platform Download PDFInfo
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Abstract
The invention discloses an electric charge meter reading accounting analysis system based on a big data platform, which comprises an electric quantity query module, an electric charge risk evaluation module and a data center, wherein the electric quantity query module is used for querying electric quantity used by a user; the data center is in communication connection with the electric quantity query module and the electric charge risk assessment module respectively; the data center comprises an electric quantity recording module, an electric quantity recording time module, an electric charge accounting module, an electric quantity processing module, a fee deducting module, a prepayment query module and a data storage module.
Description
Technical Field
The invention relates to the technical field of electric power, in particular to an electric charge meter reading accounting analysis system based on a big data platform.
Background
The electric charge accounting work is taken as a core component in the electric charge management, the quality of the accounting work can directly influence the normal operation of the electric marketing business of the power supply department, and the electric charge accounting work also has important influence and significance on the sustainable development of the electric power enterprise. The traditional electricity charge accounting is mainly based on manual accounting, after the electricity charge of a user is generated, the user manually checks whether the electricity charge is generated wrongly, whether abnormal conditions exist, whether user information changes and the like, and then the electricity charge information is input into a system after the accounting personnel manually calculate, so that the accounting personnel spend a lot of time in the whole process, the process is complicated, in the electricity charge accounting process, comprehensive analysis and research on user payment information data are difficult to perform, analysis and early warning on electricity consumers with the condition of defaulting the electricity charge are difficult to perform, corresponding measures are made, and the management level of an electric power company is low.
Disclosure of Invention
The invention aims to provide an electric charge meter reading accounting analysis system based on a big data platform, so as to solve the problems in the background technology.
In order to achieve the purpose, the technical scheme adopted by the invention is as follows:
a large data platform-based electric charge meter reading accounting analysis system comprises an electric quantity query module, an electric charge risk evaluation module and a data center, wherein the electric quantity query module is used for querying electric quantity used by a user; the data center is in communication connection with the electric quantity query module and the electric charge risk assessment module respectively; the data center comprises an electric quantity recording module, an electric quantity recording time module, an electric charge accounting module, an electric quantity processing module, a fee deducting module, a prepayment inquiry module and a data storage module; the electric quantity recording module is used for acquiring the electric quantity information inquired by the electric quantity inquiry module and corresponding the electric quantity information to the power consumers one by one; the electric quantity recording time module is used for recording the time for the electric quantity recording module to acquire the electric quantity information; the electric charge accounting module is used for determining the type of the user as follows according to the electric quantity information inquired by the electric quantity acquiring inquiry module and the time for acquiring the electric quantity information: one of personal electricity consumption, enterprise electricity consumption, lease unit electricity consumption, factory building electricity consumption and commercial electricity consumption is calculated, and the electricity fee of a power consumer is calculated; the electric quantity processing module is used for sending the electricity consumption of each electricity consumer and the corresponding electric charge information to the user receiving terminal, so that the user can obtain the electricity consumption and the corresponding electric charge information; the prepayment module is used for receiving the pre-charge value of the user, generating a charge code and feeding back the charge code to the data center; the data center intercommunicates the information of the fee deduction module and the prepayment module; the fee deduction module calculates the electric fee of the electric user according to the electric fee accounting module, deducts the calculated electric fee of the user from the pre-charging value through information intercommunication with the pre-charging module, and informs the returned recharging code to the electric user; the prepayment query module is used for a user to communicate with the data center through a mobile phone or a computer installation client, sending a query request to the data center according to query contents input by the user, and receiving and displaying electricity utilization information and balance out-of-limit warning information by the data center; simultaneously, sending the amount to the prepayment module according to the recharging code input by the user, and feeding back the prepayment recharging result; the data storage module is used for storing the electricity consumption information and the electricity charge information of each electricity consumer;
the electric charge risk assessment module comprises a payment data acquisition module, a payment mode statistic module, a payment frequency statistic module, an electric charge data model establishing module and an electric charge risk assessment module; the payment data acquisition module is respectively connected with the payment mode statistic module, the payment frequency statistic module and the electric quantity recording module; the electricity utilization data model building module is connected with the payment data acquisition module; the electric charge risk evaluation module is connected with the electricity utilization data model building module;
the payment data acquisition module comprises an analysis unit, a cluster analysis unit, an abnormity analysis unit and a trend analysis unit;
the electric charge risk assessment module comprises a model assessment unit and an electric charge risk index test unit, and the model assessment unit is connected with the electric charge risk index test unit;
the electric charge risk assessment module is also connected with a risk early warning module.
Preferably, the data center further comprises: the system comprises a public user registration port, a system user management module and a system log module, wherein the public user registration port is used for enabling a user to register an account and a password in the user registration port and open an editing function or a viewing function only according to the login authority of the public user;
the system user management module is used for providing a login account for an administrator, displaying all user terminal lists in the system, clicking a certain user terminal to further link to the user terminal information module, and checking specific user terminal electricity utilization information;
the system log module is used for recording the login condition of the user, so that management is facilitated and the traceability of the system is improved.
Preferably, the power inquiry module includes: the system comprises a user terminal electric quantity information summarizing module, a comparing module, a user terminal electric quantity real-time processing module, a user terminal electric quantity original information inquiring module and an electric quantity data displaying module;
the user terminal electric quantity information summarizing module is used for calling out the user terminal electric quantity information acquired by the electric quantity inquiring module, setting an initial date and a termination date of the acquired user terminal electric quantity information, summarizing the acquired user terminal electric quantity information at any stage, collating the acquired user terminal electric quantity information to form integral data information of the user terminal electric quantity, forming an integral system report according to a time period or according to the user terminal electric quantity type, and displaying the integral system report on a display of a terminal where the electric quantity inquiring module is located through a ladder diagram, a curve diagram or a chart;
the comparison module is used for transversely comparing the electric quantity information of each user terminal obtained by the electric quantity query module with a set threshold value and the electric quantity of the user terminal in the past period, counting and storing;
the user terminal electric quantity original information inquiry module is used for selecting an inquiry starting date and an inquiry stopping date through the electric quantity inquiry module by a user, selecting a user terminal from a user terminal list of the monitoring center and realizing the electric quantity information inquiry of any user terminal data;
the user terminal electric quantity real-time processing module is used for processing and analyzing current electric quantity data and historical user terminal data based on a graph curve, a user selects any user terminal data, obtains all data information through the user terminal data currently selected by a user terminal display, provides electric quantity information of a selected user terminal in one day, or electric quantity information of the user terminal in one week, or electric quantity information of the user terminal in one month, and generates a data trend curve according to time intervals;
and the data display module is used for automatically refreshing the data of the user terminal in real time by the electric quantity query module according to the data acquired by the data center and displaying the data in real time.
Compared with the prior art, the invention has the following beneficial effects:
(1) according to the invention, through the electric quantity query module, the data center, the electric charge accounting module and the electric quantity processing module, the electric quantity of each power consumer and the corresponding electric charge information can be sent to the power consumer receiving terminal, so that the power consumers can obtain the electric quantity and the corresponding electric charge information; the data storage module can store the power consumption information of every power consumer, and the electricity charge information, the system has realized like this that the electric quantity obtains, and the electricity charge is calculated and is preserved, sends the electricity charge electric quantity for the power consumer again and makes the power consumer know the power consumption information, has improved convenience and the accuracy that the electricity charge was calculated to the electric quantity verification, has practiced thrift operating time, improves work efficiency, alleviates personnel's working strength, and electricity charge information and electric quantity information have the traceability moreover.
(2) The invention can determine the type of the user according to the total electricity consumption of the user through the electricity fee accounting module: the system comprises a power supply management system, a power supply management system and a power supply management system, wherein the power supply management system is used for managing power consumption of a power supply, and the power supply management system is used for managing power consumption of a power supply.
(3) According to the invention, through the electric charge risk assessment module, the historical payment information data of the user is extracted and analyzed based on big data, a model is established, the payment behavior of the electricity consumption habit of the user is pre-assessed, and the user electric charge risk assessment early warning is carried out through a visual electric charge data model generated by the system according to a risk assessment standard, so that a decision is supported, measures are made, and the management level of an electric power company is improved.
Drawings
In order to more clearly illustrate the technical solutions of the embodiments of the present invention, the drawings needed to be used in the embodiments will be briefly described below, it should be understood that the following drawings only illustrate some embodiments of the present invention, and therefore should not be considered as limiting the scope of protection, and it is obvious for those skilled in the art that other related drawings can be obtained according to these drawings without inventive efforts.
FIG. 1 is a block diagram of the present invention.
FIG. 2 is a block diagram of a data center architecture of the present invention.
FIG. 3 is a schematic diagram of the risk assessment of the present invention.
Detailed Description
To further clarify the objects, technical solutions and advantages of the present application, the present invention will be further described with reference to the accompanying drawings and examples, and embodiments of the present invention include, but are not limited to, the following examples. 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 application.
Referring to fig. 1-3, the present invention provides a technical solution: a large data platform-based electric charge meter reading accounting analysis system comprises an electric quantity query module, an electric charge risk evaluation module and a data center, wherein the electric quantity query module is used for querying electric quantity used by a user; the data center is in communication connection with the electric quantity query module and the electric charge risk assessment module respectively; the data center comprises an electric quantity recording module, an electric quantity recording time module, an electric charge accounting module, an electric quantity processing module, a fee deducting module, a prepayment inquiry module and a data storage module; the electric quantity recording module is used for acquiring the electric quantity information inquired by the electric quantity inquiry module and corresponding the electric quantity information to the power consumers one by one; the electric quantity recording time module is used for recording the time for the electric quantity recording module to acquire the electric quantity information; the electric charge accounting module is used for determining the type of the user as follows according to the electric quantity information inquired by the electric quantity acquiring inquiry module and the time for acquiring the electric quantity information: one of personal electricity consumption, enterprise electricity consumption, lease unit electricity consumption, factory building electricity consumption and commercial electricity consumption is calculated, and the electricity fee of a power consumer is calculated; the electric quantity processing module is used for sending the electricity consumption of each electricity consumer and the corresponding electric charge information to the user receiving terminal, so that the user can obtain the electricity consumption and the corresponding electric charge information; the prepayment module is used for receiving the pre-charge value of the user, generating a charge code and feeding back the charge code to the data center; the data center intercommunicates the information of the fee deduction module and the prepayment module; the fee deduction module calculates the electric fee of the electric user according to the electric fee accounting module, deducts the calculated electric fee of the user from the pre-charging value through information intercommunication with the pre-charging module, and informs the returned recharging code to the electric user; the prepayment query module is used for a user to communicate with the data center through a mobile phone or a computer installation client, sending a query request to the data center according to query contents input by the user, and receiving and displaying electricity utilization information and balance out-of-limit warning information by the data center; simultaneously, sending the amount to the prepayment module according to the recharging code input by the user, and feeding back the prepayment recharging result; the data storage module is used for storing the electricity consumption information and the electricity charge information of each electricity consumer;
the electric charge risk assessment module comprises a payment data acquisition module, a payment mode statistic module, a payment frequency statistic module, an electric charge data model establishing module and an electric charge risk assessment module; the payment data acquisition module is respectively connected with the payment mode statistic module, the payment frequency statistic module and the electric quantity recording module; the electricity utilization data model building module is connected with the payment data acquisition module; the electric charge risk evaluation module is connected with the electricity utilization data model building module;
the payment data acquisition module comprises an analysis unit, a cluster analysis unit, an abnormity analysis unit and a trend analysis unit;
the electric charge risk assessment module comprises a model assessment unit and an electric charge risk index test unit, and the model assessment unit is connected with the electric charge risk index test unit;
the electric charge risk assessment module is also connected with a risk early warning module, historical payment information data of the user are extracted and analyzed based on big data, a model is established, the payment behavior of the electricity consumption habits of the user is pre-assessed, and the electric charge risk assessment early warning of the user is carried out according to risk assessment standards through a visual electric charge data model generated by the system.
In this embodiment, the data center further includes: the system comprises a public user registration port, a system user management module and a system log module, wherein the public user registration port is used for enabling a user to register an account and a password in the user registration port and open an editing function or a viewing function only according to the login authority of the public user;
the system user management module is used for providing a login account for an administrator, displaying all user terminal lists in the system, clicking a certain user terminal to further link to the user terminal information module, and checking specific user terminal electricity utilization information;
the system log module is used for recording the login condition of the user, so that management is facilitated and the traceability of the system is improved.
In this embodiment, the electric quantity query module includes: the system comprises a user terminal electric quantity information summarizing module, a comparing module, a user terminal electric quantity real-time processing module and a user terminal electric quantity original information inquiry module electric quantity data display module;
the user terminal electric quantity information summarizing module is used for calling out the user terminal electric quantity information acquired by the electric quantity inquiring module, setting an initial date and a termination date of the acquired user terminal electric quantity information, summarizing the acquired user terminal electric quantity information at any stage, collating the acquired user terminal electric quantity information to form integral data information of the user terminal electric quantity, forming an integral system report according to a time period or according to the user terminal electric quantity type, and displaying the integral system report on a display of a terminal where the electric quantity inquiring module is located through a ladder diagram, a curve diagram or a chart;
the comparison module is used for transversely comparing the electric quantity information of each user terminal obtained by the electric quantity query module with a set threshold value and the electric quantity of the user terminal in the past period, counting and storing;
the user terminal electric quantity original information inquiry module is used for selecting an inquiry starting date and an inquiry stopping date through the electric quantity inquiry module by a user, selecting a user terminal from a user terminal list of the monitoring center and realizing the electric quantity information inquiry of any user terminal data;
the user terminal electric quantity real-time processing module is used for processing and analyzing current electric quantity data and historical user terminal data based on a graph curve, a user selects any user terminal data, obtains all data information through the user terminal data currently selected by a user terminal display, provides electric quantity information of a selected user terminal in one day, or electric quantity information of the user terminal in one week, or electric quantity information of the user terminal in one month, and generates a data trend curve according to time intervals;
and the data display module is used for automatically refreshing the data of the user terminal in real time by the electric quantity query module according to the data acquired by the monitoring center and displaying the data in real time.
The above-mentioned embodiments are only preferred embodiments of the present invention, and do not limit the scope of the present invention, but all the modifications made by the principles of the present invention and the non-inventive efforts based on the above-mentioned embodiments shall fall within the scope of the present invention.
Claims (3)
1. A large data platform-based electric charge meter reading accounting analysis system is characterized by comprising an electric quantity query module, an electric charge risk evaluation module and a data center, wherein the electric quantity query module is used for querying electric quantity used by a user; the data center is in communication connection with the electric quantity query module and the electric charge risk assessment module respectively; the data center comprises an electric quantity recording module, an electric quantity recording time module, an electric charge accounting module, an electric quantity processing module, a fee deducting module, a prepayment inquiry module and a data storage module; the electric quantity recording module is used for acquiring the electric quantity information inquired by the electric quantity inquiry module and corresponding the electric quantity information to the power consumers one by one; the electric quantity recording time module is used for recording the time for the electric quantity recording module to acquire the electric quantity information; the electric charge accounting module is used for determining the type of the user as follows according to the electric quantity information inquired by the electric quantity acquiring inquiry module and the time for acquiring the electric quantity information: one of personal electricity consumption, enterprise electricity consumption, lease unit electricity consumption, factory building electricity consumption and commercial electricity consumption is calculated, and the electricity fee of a power consumer is calculated; the electric quantity processing module is used for sending the electricity consumption of each electricity consumer and the corresponding electric charge information to the user receiving terminal, so that the user can obtain the electricity consumption and the corresponding electric charge information; the prepayment module is used for receiving the pre-charge value of the user, generating a charge code and feeding back the charge code to the data center; the data center intercommunicates the information of the fee deduction module and the prepayment module; the fee deduction module calculates the electric fee of the electric user according to the electric fee accounting module, deducts the calculated electric fee of the user from the pre-charging value through information intercommunication with the pre-charging module, and informs the returned recharging code to the electric user; the prepayment query module is used for a user to communicate with the data center through a mobile phone or a computer installation client, sending a query request to the data center according to query contents input by the user, and receiving and displaying electricity utilization information and balance out-of-limit warning information by the data center; simultaneously, sending the amount to the prepayment module according to the recharging code input by the user, and feeding back the prepayment recharging result; the data storage module is used for storing the electricity consumption information and the electricity charge information of each electricity consumer;
the electric charge risk assessment module comprises a payment data acquisition module, a payment mode statistic module, a payment frequency statistic module, an electric charge data model establishing module and an electric charge risk assessment module; the payment data acquisition module is respectively connected with the payment mode statistic module, the payment frequency statistic module and the electric quantity recording module; the electricity utilization data model building module is connected with the payment data acquisition module; the electric charge risk evaluation module is connected with the electricity utilization data model building module;
the payment data acquisition module comprises an analysis unit, a cluster analysis unit, an abnormity analysis unit and a trend analysis unit;
the electric charge risk assessment module comprises a model assessment unit and an electric charge risk index test unit, and the model assessment unit is connected with the electric charge risk index test unit;
the electric charge risk assessment module is also connected with a risk early warning module.
2. The electric charge meter reading accounting and analyzing system based on the big data platform as claimed in claim 1, wherein the data center further comprises: the system comprises a public user registration port, a system user management module and a system log module, wherein the public user registration port is used for enabling a user to register an account and a password in the user registration port and open an editing function or a viewing function only according to the login authority of the public user;
the system user management module is used for providing a login account for an administrator, displaying all user terminal lists in the system, clicking a certain user terminal to further link to the user terminal information module, and checking specific user terminal electricity utilization information;
the system log module is used for recording the login condition of the user, so that management is facilitated and the traceability of the system is improved.
3. The electric charge meter reading accounting analysis system based on the big data platform as claimed in claim 1, wherein the electric quantity query module comprises: the system comprises a user terminal electric quantity information summarizing module, a comparing module, a user terminal electric quantity real-time processing module and a user terminal electric quantity original information inquiring module electric quantity data display module.
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Cited By (1)
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| CN113962685A (en) * | 2021-10-19 | 2022-01-21 | 国家电网有限公司客户服务中心 | System suitable for multi-user energy information management |
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Application publication date: 20210409 |