CN104156852A - Prepaid interaction platform and prepaid interaction method based on AMI system - Google Patents
Prepaid interaction platform and prepaid interaction method based on AMI system Download PDFInfo
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- CN104156852A CN104156852A CN201410334986.6A CN201410334986A CN104156852A CN 104156852 A CN104156852 A CN 104156852A CN 201410334986 A CN201410334986 A CN 201410334986A CN 104156852 A CN104156852 A CN 104156852A
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- G—PHYSICS
- 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
- G06Q20/00—Payment architectures, schemes or protocols
- G06Q20/22—Payment schemes or models
- G06Q20/28—Pre-payment schemes, e.g. "pay before"
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- G—PHYSICS
- 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
- G06Q20/00—Payment architectures, schemes or protocols
- G06Q20/08—Payment architectures
- G06Q20/12—Payment architectures specially adapted for electronic shopping systems
Abstract
The invention relates to a prepaid interaction platform and a prepaid interaction method based on an AMI system, and aims to enable users to query electricity utilization information and to realize self-help charging power reconnection conveniently, can realize local switching out and switching on, and can avoid high failure rate during remote switching out and switching on, so as to solve the technical problems. According to technical scheme for solving the problems, the prepaid interaction platform based on the AMI system comprises an electricity prepayment system, a prepaid management system, a self-help power reconnection inquiry device and a prepaid management terminal, wherein the electricity prepayment system is connected with the prepaid management system through Ethernet; the prepaid management system is in information interaction with the prepaid management terminal through a wireless or wired manner; the self-help power reconnection inquiry device is connected with the prepaid management terminal through an RS485 interface; the prepaid management terminal is positioned on a user side and is connected with a user ammeter. The prepaid interaction platform and the prepaid interaction method belong to the field of power marketing management and service.
Description
Technical field
The present invention relates to a kind of pre-payment interaction platform and exchange method based on AMI system, belong to power marketing management and service field.
Background technology
Along with the raising of China's living standards of the people, resident's power consumption and expense expenditure is up-trend always, and user pays the fees to power purchase whenever and wherever possible and to obtain the demand of power information day by day urgent.For improving power marketing management and service level, the implementation of State Grid Corporation of China's time-division charge rate electricity price fully under way and step price, and constantly advance the implementation of comprehensive pre-payment.Under the remote pre-payment pattern of current implementation, user pays the fees by Utilities Electric Co. business hall or bank's power purchase, and AMI system is crossed the telepaks such as GPRS/CDMA according to user power utilization information exchange subscriber's meter is carried out to long-range switching on control.But there is following drawback in above-mentioned pattern:
1, user carries out power purchase transaction by bank, and the user power utilization information updating in AMI system not in time, causes after power purchase the subscriber's meter telegram in reply that can not close a floodgate in time;
2, user can not obtain power information in time, and right to know cannot be protected, can be because power purchase causes subscriber's meter arrearage tripping operation not in time;
3, only can select two kinds of channel power purchases of Utilities Electric Co. business hall or bank, user's power purchase is convenient not;
4, remote switching, through a plurality of links, is subject to mobile network signals impact, has higher mortality risk, and after remote switching failure, on-the-spot telegram in reply need to take a large amount of staff of Utilities Electric Co..And telegram in reply can affect user's normal life not in time.
Summary of the invention
The technical problem to be solved in the present invention is: the problem for above-mentioned existence provides a kind of pre-payment interaction platform and exchange method based on AMI system, facilitate user to inquire about power information and self-recharging telegram in reply, utilize pre-payment management terminal to realize local switching on, to avoid the high problem of long-range switching on mortality simultaneously.
The technical solution adopted in the present invention is: the pre-payment interaction platform based on AMI system, is characterized in that: comprise electricity-selling system, pre-payment management system, self-service query repeating installation and pre-payment management terminal, wherein,
Electricity-selling system, is connected with pre-payment management system by Ethernet, according to user's power purchase operation, to pre-payment management system, sends power purchase information, and the charge code of after power purchase success, pre-payment management system being returned is informed to power purchase user;
Pre-payment management system, on the one hand carries out power purchase operation according to the power purchase information receiving, and generates charge code and return to electricity-selling system, carries out information interaction on the other hand by wireless or wired mode and pre-payment management terminal;
Self-service query repeating installation, is user's operating terminal, by RS485 interface, is connected with pre-payment management terminal; On the one hand according to the query contents of user's input, to pre-payment management terminal, send power information inquiry request, receive and show power information and the remaining sum Threshold Crossing Alert information that pre-payment management terminal is returned; According to the charge code of user's input, to pre-payment management terminal, send charging request on the other hand, and receive and show the recharging result feedback that pre-payment management terminal is returned;
Pre-payment management terminal, is positioned at user's side and is connected with electric supply meter, for realizing user power utilization information acquisition, residue electricity charge accounting, the output of remaining sum Threshold Crossing Alert information, and according to remaining sum, electric supply meter is carried out to local switching on control; By wireless or wired mode, be connected with pre-payment management system and carry out information interaction; The inquiry request sending according to self-service query repeating installation on the one hand, the power information inquiring is fed back to self-service query repeating installation, the charge code sending according to self-service query repeating installation is on the other hand supplemented operation with money to electric supply meter, and returns to recharging result to self-service query repeating installation.
Described pre-payment management system is carried out information interaction by wireless or wired mode and pre-payment management terminal and is comprised:
Pre-payment management system is set to electric supply meter archives and rate electricity price in pre-payment management terminal, and pre-payment management terminal is sent to user power utilization information and remaining sum Threshold Crossing Alert information in pre-payment management system.
Described interaction platform also comprises:
Note pushes platform, by USB interface, is connected with pre-payment management system, and the remaining sum Threshold Crossing Alert information notification user that pre-payment management system is sent, reminding user is supplemented with money in time.
Described interaction platform also comprises:
Encryption equipment COMSEC module, is connected with pre-payment management system by Ethernet, for realizing the encryption and decryption of transmission information and data between pre-payment management system and pre-payment management terminal, guarantees the safety of communication.
Described electricity-selling system comprises Client Agent sale of electricity point, Utilities Electric Co.'s business hall Web webpage sale of electricity point and third party's sale of electricity platform.
Pre-payment exchange method based on AMI system, is characterized in that, comprising:
Pre-payment management terminal is carried out information interaction according to the user power utilization information collecting and the residue electricity charge and pre-payment management system, and according to electricity charge remaining sum, electric supply meter is carried out to local switching on control;
The inquiry request that pre-payment management terminal sends according to self-service query repeating installation, feeds back to self-service query repeating installation by the power information inquiring, and is shown to user by self-service query repeating installation;
Self-service query repeating installation sends charging request to pre-payment management terminal, and pre-payment management terminal is supplemented operation according to this charging request with money to electric supply meter, and returns to recharging result to self-service query repeating installation.
Described pre-payment management terminal is carried out information interaction according to the user power utilization information collecting and the residue electricity charge with pre-payment management system, and according to electricity charge remaining sum, electric supply meter is carried out to local switching on control and comprise:
Whether pre-payment management terminal polling electric supply meter remaining sum, lower than alarming threshold value, if so, sends a warning message to pre-payment management system, and whether poll electric supply meter remaining sum is lower than winding gate limit value, if so, electric supply meter carried out to power cuts to limit consumption; Described pre-payment management system pushes platform by note warning information is informed to user.
Described self-service query repeating installation sends charging request to pre-payment management terminal and comprises:
User sends power purchase information by electricity-selling system to pre-payment management system, and pre-payment management system is carried out power purchase operation according to the power purchase information receiving, and generates charge code and return to electricity-selling system to inform user;
User initiates charging request by self-service query repeating installation input charge code to pre-payment management terminal.
Described pre-payment management terminal is supplemented operation according to this charging request with money to electric supply meter, and returns to recharging result to self-service query repeating installation and comprise:
Pre-payment management terminal is carried out verification to charge code, if incorrect, to self-service query repeating installation, send information prompting user and re-enter charge code, if correct, electric supply meter is supplemented with money, new balance more, and judge electric supply meter supplement with money before arrearage tripping operation and to have supplemented rear remaining sum with money sufficient whether, if so, to the electric supply meter telegram in reply that closes a floodgate, if not, to self-service query repeating installation, sending information prompting user continues to supplement with money.
Described exchange method also comprises:
Pre-payment management system sends the request of upgrading electric supply meter archives and rate electricity price to pre-payment management terminal;
Pre-payment management terminal is upgraded ammeter archives and rate electricity price after receiving above-mentioned request, and sends to pre-payment management system the message that ammeter archives and rate electricity price are updated successfully.
The invention has the beneficial effects as follows:
1, the present invention accesses self-service query repeating installation, facilitates user to inquire about power information and self-recharging telegram in reply, can realize the mutual needs of Utilities Electric Co. and electricity consumption user profile, has fully ensured user's right to know; In addition, self-service query repeating installation can real time propelling movement Utilities Electric Co. advertisement information or the issue bulletin that has a power failure, and has increased effective publicity channel of power information.
2, the present invention by the authorization of supplementing telegram in reply with money to user, the telegram in reply that guarantees to close a floodgate in time after subscriber's meter arrearage has a power failure, Shi Dui State Grid Corporation of China remote pre-payment function useful supplementary; Utilize pre-payment management terminal to realize local switching on simultaneously, avoided the high problem of long-range switching on mortality.
3, access short message of the present invention pushes platform, can by SMS, notify user by user's electricity charge deficiency or arrearage tripping operation warning information, and reminding user is supplemented with money in time, avoids causing not in time because of power purchase the problem of electric supply meter arrearage tripping operation.
4, the present invention accesses encryption equipment COMSEC module, for realizing the encryption and decryption of data, thereby has guaranteed the safety of communicating by letter.
5, by Web Service interface server access third party electricity-selling system, thereby provide multiple power purchase channel and the multiple modes of payments, adapt to the demand of user individual, promoted electricity consumption user's service satisfaction.
6, the pre-payment interaction platform based on existing AMI system building, can realize application integration and resource sharing with existing AMI system, has guaranteed one of the subscriber's meter base profile information real-time synchronization of making peace.
Accompanying drawing explanation
Fig. 1 is the structured flowchart of interaction platform of the present invention.
Fig. 2 is the structure diagram of pre-payment management system of the present invention.
Fig. 3 is the structure diagram of pre-payment management terminal of the present invention.
Fig. 4 is the structure diagram of self-service query repeating installation in the present invention.
Fig. 5 is the process flow diagram of exchange method of the present invention.
Fig. 6 is the signaling diagram of exchange method of the present invention.
Embodiment
The assets management module, data acquisition and the analysis management module that the present invention is based in intelligent grid fundamental information platform AMI system are built pre-payment interaction platform, realize application integration and resource sharing with existing AMI system, the multiplexing customer data base of AMI system, has guaranteed consistance and the real-time synchronization of subscriber's meter base profile information.
As shown in Figure 1, the pre-payment interaction platform based on AMI system, comprises that electricity-selling system, pre-payment management system, self-service query repeating installation, pre-payment management terminal, note push platform and encryption equipment COMSEC module, wherein,
Electricity-selling system, is connected with pre-payment management system by Ethernet, according to user's power purchase operation, to pre-payment management system, sends power purchase information, and the charge code of after power purchase success, pre-payment management system being returned is informed to power purchase user; Described electricity-selling system comprises Client Agent sale of electricity Dian He Utilities Electric Co. business hall Web webpage sale of electricity point, also can be other third party's sale of electricity platforms (comprise that Net silver is supplemented with money, scratch card recharge, POS machine supplement with money etc., by Web Service interface server, access), so that multiple power purchase channel and the modes of payments to be provided to user;
Pre-payment management system, according to the power purchase information receiving, carry out power purchase operation on the one hand, and generate charge code and return to electricity-selling system, by wireless mode (GPRS etc.) or wired mode (Ethernet), carry out information interaction with pre-payment management terminal on the other hand; Described information interaction comprises that pre-payment management system is set to electric supply meter archives and rate electricity price in pre-payment management terminal, and pre-payment management terminal is sent to user power utilization information and remaining sum Threshold Crossing Alert information in the database of pre-payment management system;
Self-service query repeating installation, for user's operating terminal, by RS485 interface, be connected with pre-payment management terminal, on the one hand according to the query contents of user's input, to pre-payment management terminal, send power information inquiry request, receive and show power information and the remaining sum Threshold Crossing Alert information that pre-payment management terminal is returned; Require on the other hand input charge code to send charging request to pre-payment management terminal, receive and show the recharging result feedback that pre-payment management terminal is returned, to inform user's recharging result; In addition, self-service query repeating installation can real time propelling movement Utilities Electric Co. advertisement information or the issue bulletin that has a power failure, and has increased effective publicity channel of power information;
Pre-payment management terminal, is positioned at user's side and is connected with electric supply meter, for realizing user power utilization information acquisition, residue electricity charge accounting, the output of remaining sum Threshold Crossing Alert information, and according to remaining sum, electric supply meter is carried out to local switching on control; By wireless or wired mode, be connected with pre-payment management terminal and carry out information interaction; The inquiry request sending according to self-service query repeating installation on the one hand, the power information inquiring is fed back to self-service query repeating installation, the charge code sending according to self-service query repeating installation is on the other hand supplemented operation with money to electric supply meter, and returns to recharging result to self-service query repeating installation;
Note pushes platform, by USB interface, is connected with pre-payment management system, and the remaining sum Threshold Crossing Alert information notification user that pre-payment management system is sent, reminding user is supplemented with money in time, avoids causing not in time because of power purchase the problem of electric supply meter arrearage tripping operation;
Encryption equipment COMSEC module, is connected with pre-payment management system by Ethernet, for realizing the encryption and decryption of transmission information and data between pre-payment management system and pre-payment management terminal, guarantees the safety of communication.
As shown in Figure 2, described pre-payment management system comprises:
Administration module (being comprised of assets management module, data acquisition and analysis management module), generates statistical report form for analysis user data, is connected by electricity-selling system interface with electricity-selling system simultaneously, receives power purchase request and returns to charge code;
Man machine operation interface, by built-in system integrated interface, be connected with administration module, table archives and the renewal of rate electricity price, power information and warning information inquiry and sale of electricity function (carry out power purchase by Utilities Electric Co.'s business hall Web webpage, Utilities Electric Co.'s business hall Web webpage sale of electricity is a function of man machine operation interface in pre-payment management system) are provided;
Customer data base, is connected with administration module, for storing user data;
Communication service module, is connected with customer data base, for realizing the digital received and sent between pre-payment management system and pre-payment management terminal.
As shown in Figure 3, described pre-payment management terminal comprises:
Remote communication module, corresponding with described communication service module, realize the data interaction (wireless mode can be GPRS) with pre-payment management system;
Data acquisition module, is connected with electric supply meter by RS485 interface, for gathering user's power information;
Take control module, be connected with electric supply meter, for realizing residue electricity charge accounting, remaining sum Threshold Crossing Alert judgement, subscriber's meter being carried out to local switching on control;
Parameter and data memory module, be connected with remote communication module, data acquisition module and expense control module respectively, for store communications parameters, table archives and rate electricity price and user data, the remaining sum Threshold Crossing Alert judged result sending over according to expense control module, selects whether by remote communication module, to pre-payment management system, to send remaining sum Threshold Crossing Alert information;
Interactive module, is connected with self-service query repeating installation by RS485 interface, is connected with parameter with data memory module simultaneously, returns to information or the feedback recharging result that will inquire about according to the request command of self-service query repeating installation;
Safety management module, is connected with interactive module with expense control module respectively, and the charge code for inputting is carried out to verification, if remain the electricity charge by notifying expense control module to upgrade user.
During inquiry power information, interactive module is obtained power information to parameter and data memory module, and feeds back to self-service query repeating installation; While supplementing telegram in reply with money, interactive module is sent to safety management module by the charge code of user's input and carries out verification, and the recharging result of safety management module feedback (successful recharging or failure) is returned to self-service query repeating installation.
As shown in Figure 4, described self-service query repeating installation comprises input block, interactive unit and display unit, wherein,
Input block, user is selected the information category that will inquire about or is supplemented with money operation by key-press input charge code by button;
Interactive unit, be connected with input block, the key-press input value transmitting for receiving input block, by RS485 interface, be connected with the interactive module of pre-payment management terminal simultaneously, on the one hand power information inquiry request or charge code are transferred to pre-payment management terminal, on the other hand the power information of the needs inquiry of pre-payment management terminal feedback or recharging result (successful recharging or failure) are sent to display unit;
Display unit, is connected with interactive unit with input block respectively, the displaying contents (power information inquiring and recharging result) transmitting for display button input value or interactive unit.
As shown in Figure 5, Figure 6, the pre-payment exchange method based on AMI system, comprising:
S101, pre-payment management system send the request of upgrading electric supply meter archives and rate electricity price to pre-payment management terminal;
S102, pre-payment management terminal are upgraded ammeter archives and rate electricity price after receiving above-mentioned request;
S103, pre-payment management terminal send to pre-payment management system the message that ammeter archives and rate electricity price are updated successfully;
S104, pre-payment management terminal gather user power utilization information and adjust the residue electricity charge;
S105, pre-payment management terminal polling electric supply meter remaining sum, whether lower than alarming threshold value, if so, perform step S106; If not, perform step S109;
S106, pre-payment management terminal polling electric supply meter remaining sum, whether lower than winding gate limit value, if so, perform step S107; If not, perform step S108;
S107, pre-payment management terminal are carried out power cuts to limit consumption to electric supply meter;
S108, pre-payment management terminal send the remaining sum warning information that transfinites to pre-payment management system, and pre-payment management system pushes platform by this warning information by note and is sent to user;
S109, pre-payment management terminal receive the request that self-service query repeating installation sends in real time, when this request is power information inquiry request, and execution step S110; When this request is charging request, perform step S112; Described charging request is by initiating to self-service query repeating installation input charge code, the acquisition methods of described charge code is, user sends power purchase information by electricity-selling system to pre-payment management system, pre-payment management system is carried out power purchase operation according to the power purchase information that receives, and generates charge code and return to electricity-selling system to inform user;
The inquiry request that S110, pre-payment management terminal send according to self-service query repeating installation, reads user power utilization information;
S111, pre-payment management terminal feed back to self-service query repeating installation by the power information inquiring;
S112, self-service query repeating installation show the power information that user will inquire about;
S113, pre-payment management terminal are carried out verification to charge code, if incorrect, execution step S114; If correct, perform step S116;
S114, pre-payment management terminal send and supplement unsuccessful information with money to self-service query repeating installation;
S115, self-service query repeating installation prompting user re-enter charge code, again to pre-payment management terminal, send charging request, again go to step S113;
S116, pre-payment management terminal electric supply meter is supplemented with money and updating form in remaining sum;
S117, judge electric supply meter supplement with money before arrearage tripping operation and to have supplemented rear remaining sum with money sufficient whether, if so, perform step S118; If not, perform step S119;
S118, pre-payment management terminal are carried out this locality combined floodgate telegram in reply to electric supply meter, finish;
S119, pre-payment management terminal send successful recharging but Sorry, your ticket has not enough value and require the information that continues to supplement with money to self-service query repeating installation;
S120, self-service query repeating installation prompting user continue to supplement with money, again to pre-payment management terminal, send charging request, again go to step S113.
Claims (10)
1. the pre-payment interaction platform based on AMI system, is characterized in that: comprise electricity-selling system, pre-payment management system, self-service query repeating installation and pre-payment management terminal, wherein,
Electricity-selling system, is connected with pre-payment management system by Ethernet, according to user's power purchase operation, to pre-payment management system, sends power purchase information, and the charge code of after power purchase success, pre-payment management system being returned is informed to power purchase user;
Pre-payment management system, on the one hand carries out power purchase operation according to the power purchase information receiving, and generates charge code and return to electricity-selling system, carries out information interaction on the other hand by wireless or wired mode and pre-payment management terminal;
Self-service query repeating installation, is user's operating terminal, by RS485 interface, is connected with pre-payment management terminal; On the one hand according to the query contents of user's input, to pre-payment management terminal, send power information inquiry request, receive and show power information and the remaining sum Threshold Crossing Alert information that pre-payment management terminal is returned; According to the charge code of user's input, to pre-payment management terminal, send charging request on the other hand, and receive and show the recharging result feedback that pre-payment management terminal is returned;
Pre-payment management terminal, is positioned at user's side and is connected with electric supply meter, for realizing user power utilization information acquisition, residue electricity charge accounting, the output of remaining sum Threshold Crossing Alert information, and according to remaining sum, electric supply meter is carried out to local switching on control; By wireless or wired mode, be connected with pre-payment management system and carry out information interaction; The inquiry request sending according to self-service query repeating installation on the one hand, the power information inquiring is fed back to self-service query repeating installation, the charge code sending according to self-service query repeating installation is on the other hand supplemented operation with money to electric supply meter, and returns to recharging result to self-service query repeating installation.
2. the pre-payment interaction platform based on AMI system according to claim 1, is characterized in that, described pre-payment management system is carried out information interaction by wireless or wired mode and pre-payment management terminal and comprised:
Pre-payment management system is set to electric supply meter archives and rate electricity price in pre-payment management terminal, and pre-payment management terminal is sent to user power utilization information and remaining sum Threshold Crossing Alert information in pre-payment management system.
3. the pre-payment interaction platform based on AMI system according to claim 2, is characterized in that, described interaction platform also comprises:
Note pushes platform, by USB interface, is connected with pre-payment management system, and the remaining sum Threshold Crossing Alert information notification user that pre-payment management system is sent, reminding user is supplemented with money in time.
4. according to the pre-payment interaction platform based on AMI system described in claim 1 or 2 or 3, it is characterized in that, described interaction platform also comprises:
Encryption equipment COMSEC module, is connected with pre-payment management system by Ethernet, for realizing the encryption and decryption of transmission information and data between pre-payment management system and pre-payment management terminal, guarantees the safety of communication.
5. according to the pre-payment interaction platform based on AMI system described in claim 1 or 2 or 3, it is characterized in that: described electricity-selling system comprises Client Agent sale of electricity point, Utilities Electric Co.'s business hall Web webpage sale of electricity point and third party's sale of electricity platform.
6. the pre-payment exchange method based on AMI system, is characterized in that, comprising:
Pre-payment management terminal is carried out information interaction according to the user power utilization information collecting and the residue electricity charge and pre-payment management system, and according to electricity charge remaining sum, electric supply meter is carried out to local switching on control;
The inquiry request that pre-payment management terminal sends according to self-service query repeating installation, feeds back to self-service query repeating installation by the power information inquiring, and is shown to user by self-service query repeating installation;
Self-service query repeating installation sends charging request to pre-payment management terminal, and pre-payment management terminal is supplemented operation according to this charging request with money to electric supply meter, and returns to recharging result to self-service query repeating installation.
7. the pre-payment exchange method based on AMI system according to claim 6, it is characterized in that, described pre-payment management terminal is carried out information interaction according to the user power utilization information collecting and the residue electricity charge with pre-payment management system, and according to electricity charge remaining sum, electric supply meter is carried out to local switching on control and comprise:
Whether pre-payment management terminal polling electric supply meter remaining sum, lower than alarming threshold value, if so, sends a warning message to pre-payment management system, and whether poll electric supply meter remaining sum is lower than winding gate limit value, if so, electric supply meter carried out to power cuts to limit consumption; Described pre-payment management system pushes platform by note warning information is informed to user.
8. the pre-payment exchange method based on AMI system according to claim 6, is characterized in that, described self-service query repeating installation sends charging request to pre-payment management terminal and comprises:
User sends power purchase information by electricity-selling system to pre-payment management system, and pre-payment management system is carried out power purchase operation according to the power purchase information receiving, and generates charge code and return to electricity-selling system to inform user;
User initiates charging request by self-service query repeating installation input charge code to pre-payment management terminal.
9. the pre-payment exchange method based on AMI system according to claim 8, is characterized in that, described pre-payment management terminal is supplemented operation according to this charging request with money to electric supply meter, and returns to recharging result to self-service query repeating installation and comprise:
Pre-payment management terminal is carried out verification to charge code, if incorrect, to self-service query repeating installation, send information prompting user and re-enter charge code, if correct, electric supply meter is supplemented with money, new balance more, and judge electric supply meter supplement with money before arrearage tripping operation and to have supplemented rear remaining sum with money sufficient whether, if so, to the electric supply meter telegram in reply that closes a floodgate, if not, to self-service query repeating installation, sending information prompting user continues to supplement with money.
10. the pre-payment exchange method based on AMI system according to claim 6, is characterized in that, described exchange method also comprises:
Pre-payment management system sends the request of upgrading electric supply meter archives and rate electricity price to pre-payment management terminal;
Pre-payment management terminal is upgraded ammeter archives and rate electricity price after receiving above-mentioned request, and sends to pre-payment management system the message that ammeter archives and rate electricity price are updated successfully.
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| CN104915645A (en) * | 2015-05-30 | 2015-09-16 | 深圳市鑫通辉实业有限公司 | Data processing method and system |
| CN106846638A (en) * | 2017-01-05 | 2017-06-13 | 北京小米移动软件有限公司 | The surplus management method and device of intelligence instrument |
| CN109166245A (en) * | 2018-08-17 | 2019-01-08 | 云丁智能科技（北京）有限公司 | The method and device of the electricity charge amount of money is calculated based on step price |
| CN109272384A (en) * | 2018-09-11 | 2019-01-25 | 重庆邮电大学 | A kind of distributed intelligence ammeter sale of electricity method and system |
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| CN109410453A (en) * | 2018-11-05 | 2019-03-01 | 国网河北省电力有限公司电力科学研究院 | Service system is copied and accepted in the electricity charge |
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| CN111415465A (en) * | 2020-03-25 | 2020-07-14 | 广西电网有限责任公司 | Method for recharging and power-restoring intelligent electric meter based on two-dimensional code |
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| CN109272384B (en) * | 2018-09-11 | 2022-01-28 | 重庆邮电大学 | Distributed intelligent electric meter electricity selling method and system |
| CN109410453A (en) * | 2018-11-05 | 2019-03-01 | 国网河北省电力有限公司电力科学研究院 | Service system is copied and accepted in the electricity charge |
| CN109410454A (en) * | 2018-11-08 | 2019-03-01 | 珠海十亿网络科技有限公司 | A kind of management control method and system of water meter |
| CN109410454B (en) * | 2018-11-08 | 2021-06-11 | 珠海十亿网络科技有限公司 | Management control method and system for water electric meter |
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