CN101714277A - Network prepayment recharging system and recharging method thereof - Google Patents
Network prepayment recharging system and recharging method thereof Download PDFInfo
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- CN101714277A CN101714277A CN200910234016A CN200910234016A CN101714277A CN 101714277 A CN101714277 A CN 101714277A CN 200910234016 A CN200910234016 A CN 200910234016A CN 200910234016 A CN200910234016 A CN 200910234016A CN 101714277 A CN101714277 A CN 101714277A
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Abstract
The invention discloses a network prepayment rechargeable card system and a recharging method thereof. The network prepayment recharging system consists of a non-contact IC card, a self-help recharging machine and a running terminal system thereon, a prepayment electrical energy management system, a prepayment gateway and a prepayment ammeter. The recharging method comprises the following steps that: 1, an IC card account is set up in an IC card system; 2, an electrical energy management operator uniformly installs the prepayment gateway and the corresponding prepayment ammeter on a client electricity utilization field; 3, the self-help recharging machine and the running terminal system thereon are relevantly collocated; 4, the self-help recharging machine exchanges data with the prepayment electrical energy management system; 5, the current remaining electric quantity of the corresponding prepayment ammeter is read through the prepayment gateway; and 6, after the prepayment ammeter receives a recharging command, the remaining electric quantity value in the ammeter is changed. The technology of the invention has the advantages of safety, quickness, low operation cost, convenient management and the like, and has great popularization value in a power system.
Description
Technical field:
The invention belongs to electric system and supplement the sale of electricity service field with money, be specifically related to a kind of network prepayment charging system and recharge method thereof.
Background technology:
Along with the development of power technology, the use of electric energy is not strange to everybody now.Traditional electric power operation way is the electricity consumption of client elder generation, pays tariff on regularly then, how many electricity to submit the corresponding electricity charge with.This kind operational mode has continued long time, but this operational mode has its limitation, such as, left this place when pay tariff in the electricity back on not when it uses up in client some the indefinite place of time of living, then these part electricity charge will be paid by operator.For overcoming such drawback, the pre-payment electric energy management mode has just produced.The client buys electricity (just client's pre-payment electric energy account executive being supplemented with money) earlier, supplements the electric energy that respective amount just can be used in the back with money, and the client must in time supplement with money its pre-payment electric energy account executive under the situation of dump energy deficiency.This operation mode has solved the deficiency of a lot of traditional operation modes, but also exist the pre-payment electric energy account executive when being accompanied by the generation of pre-payment electric energy management mode advantage and supplement complicated problems with money, traditional mode of supplementing with money is that the client uses recharging by cash to the outlet that supplements with money that operator is provided with, like this, operator will be provided with the more outlet that supplements with money in different areas, also to arrange specially staff simultaneously for the recharging of customer service, concerning operator, this operation mode need be built the more outlet that supplements with money, personnel also will arrange work simultaneously, drop into bigger manpower, material resources increase the operating cost of operator.From client's angle, be limited to and supplement with money the working time that outlet supplements the staff with money, the client must go to supplement with money in official hour, and this mode of supplementing with money is for the not enough hommization of client, facilitation.The client also needs to carry cash and supplements with money, also can relate to the small change problem simultaneously, and this is also cumbersome concerning the client.In sum, this kind way to manage is very unreasonable to the client.
Summary of the invention:
For solving problems of the prior art, the present invention aims to provide a kind of personnel, fund input is few, and the pre-payment electric energy account executive is supplemented pattern with money easily and efficiently.
For realizing the above object, the technical scheme that patent of the present invention adopts is:
The network prepayment charging system comprises: non-contact IC card, self-recharging machine reach and move terminal system, pre-payment electric energy management system, pre-payment gateway, pre-paying kilowatt-hour meter composition thereon, non-contact IC card is a stored value card, storing the fund information that the client has stored in advance on the IC-card, can be used as the fund carrier and the means of payment of network prepayment charging system, finish the read-write operation of this IC-card by the IC-card read write line.Self-recharging machine and move terminal system thereon and be connected with the pre-payment electric energy communication, this system directly contacts with the client, belong to man-machine interface, can system information be shown to the user by display screen, finish client's operation requests by the unified external interface that calls the pre-payment electric energy management system simultaneously.Self-recharging machine and move terminal system thereon and be responsible for communicating by letter of self-recharging machine and pre-payment electric energy management system, with realization client's pre-payment electric energy account executive is supplemented with money, also be responsible for simultaneously IC-card is read and write, with the demonstration of realization IC-card remaining sum and the deduction operation of the IC-card amount of money.The pre-payment electric energy management system is connected with self-recharging machine, pre-payment gateway respectively, this system runs on the electric energy management system server, for providing unified external interface, the self-recharging machine is used to realize the charging request of self-recharging machine, it also is responsible for communicating by the pre-paying kilowatt-hour meter of pre-payment gateway and bottom, collect client's power information, can also operate control to pre-paying kilowatt-hour meter, real-time collection client electric energy behaviour in service is perhaps supplemented with money, is eliminated and supplement or inquire about power information with money client's pre-payment electric energy account executive.The pre-payment gateway connects pre-payment electric energy management system and pre-paying kilowatt-hour meter respectively, is used for the conversion of communication protocol, the mutual conversion between the communication protocol of responsible client's pre-paying kilowatt-hour meter communication protocol and pre-payment electric energy management system.Pre-paying kilowatt-hour meter is connected with the pre-payment gateway, be used for monitoring in real time client's electricity consumption situation, carry out interactive communication by pre-payment gateway and pre-payment electric energy management server, can report client's power information, can store client's charging information, the pre-payment electric energy management system can be controlled it, realizes power on/off.
Described network prepayment charging system and recharge method thereof comprise following operation steps:
The first step: at first in the IC-card system, offer the IC-card account, and on account, store enough funds, and hold IC-card.
Second step: electric energy management operator is unified in on-the-spot pre-payment gateway and the corresponding pre-paying kilowatt-hour meter installed of client's electricity consumption, and unification is provided pre-payment electric energy managing customer account to the client.
The 3rd step: need and move terminal system thereon to the self-recharging machine and carry out relevant configuration, at first, the pre-payment electric energy management system need be to every self-recharging machine distributing user name and password, and preserves the white list of user name, password and the IP address of a all top-up machines on the pre-payment electric energy management system; Secondly, every self-recharging machine need be preserved the user name and password separately that is assigned to, for later top-up machines is prepared with the checking of communicating by letter of payment system.When the self-recharging machine to pre-payment electric energy management system requested data or when operation, the pre-payment electric energy management system is verified its user name, password and IP address.If checking is by then carrying out top-up machines institute requested operation, if checking is not by then carrying out self-recharging machine institute requested operation.
The 4th step: self-recharging machine and pre-payment electric energy management system swap data.
The 5th step: the pre-payment electric energy management system receives after the self-recharging machine charging request, read the current residual electric weight of corresponding pre-paying kilowatt-hour meter by the pre-payment gateway, put sign to database server afterwards, supplement order with money to the customer account pre-paying kilowatt-hour meter transmission of top-up machines request then.
The 6th step: pre-paying kilowatt-hour meter is received the pre-payment electric energy management system and is read the current residual electric weight that returns this ammeter after the order of current residual electric weight to system, when receiving the residual electric quantity of then changing after supplementing order with money in this ammeter, and the return result, the process of supplementing with money like this is whole to be finished.
Patent of the present invention has been compared following advantage with existing recharging technique: (1) safety, supplement operation with money is all undertaken by electronic money at every turn, need not cash settlement, eliminated the potential safety hazard that the client uses cash consumption like this, simultaneously electric energy operator also need not to make the charging system safety coefficient be improved to the fund that accumulates after a large amount of recharging of customer processing such as carry out that special keeping is transported.(2) convenient, the client can supplement with money account at any time, is not subjected to the constraint of the staff's of prepaying charge outlet working time, and simultaneously, this system utilizes electronic money in conjunction with card system, and it is convenient, quick that the client uses.(3) operation cost is low, and operator only need set up corresponding apparatus, and it is carried out simple configuration and safeguard just can putting into operation for a long time, has saved and has supplemented staff's arrangement and corresponding spending with money.(4) convenient management, this system can independently move, and can store automatically, processing and management data, seldom needs human intervention, and data are understood accurately.
Description of drawings:
Fig. 1 is a patent frame principle figure of the present invention;
Fig. 2 is the entire system process flow diagram of the preferable case study on implementation of patent of the present invention;
Embodiment:
As shown in Figure 1, the network prepayment charging system comprises: non-contact IC card 1, self-recharging machine reach and move terminal system 2, pre-payment electric energy management system 3, pre-payment gateway 4, pre-paying kilowatt-hour meter 5 compositions thereon, non-contact IC card 1 is as the carrier of clients fund, the IC-card system can supplement with money, manage it, comprises out card, supplements with money and reports the loss etc.The IC-card system also can be used for consumption.The self-recharging machine reaches and moves terminal system 2 thereon, can read and write IC-card, can deduct the fund on the IC-card, can also communicate with the pre-payment electric energy management system simultaneously, inform that the pre-payment electric energy management system supplements with money certain pre-payment electric energy account executive or cancel and supplementing with money, can show the operating position of certain pre-payment electric energy account executive and remaining sum thereof etc.; Pre-payment electric energy management server 3, it is the core of described network prepayment charging system, comprise management platform server and database server, it is in charge of total system, comprise account management of customer, login user management, client's acquiring electric energy information, customer account is supplemented with money and client's electrical energy consumption analysis etc., can show each customer account information, electricity consumption situation to login user, can open up customer account, can be to the given client account charging, can eliminate supplementing with money of given client account, can cancellation, the record customer account is supplemented situation etc. with money; Pre-payment gateway 4, realize the conversion of communication protocol, the ethernet communication protocol of pre-payment electric energy management server is converted to the RS--485 communication protocol that pre-paying kilowatt-hour meter can be discerned, can be the discernible ethernet communication protocol of pre-payment electric energy management server with the RS--485 communication Protocol Conversion of pre-paying kilowatt-hour meter, it can connect a plurality of pre-paying kilowatt-hour meters simultaneously, communication contention aware control can be realized, the forwarding data can be stored; Pre-paying kilowatt-hour meter 5 is monitored client's electricity consumption situation in real time, can carry out interactive communication by pre-payment gateway and pre-payment electric energy management server, can report client's power information, can store client's charging information, the pre-payment electric energy management server can be controlled it, realizes power on/off.
Described network prepayment charging system and recharge method one preferable case study on implementation concrete operations process flow diagram thereof are as shown in Figure 2, the client imports account name on the self-recharging machine, the self-recharging machine calls the unified external interface of pre-payment electric energy management system, to pre-payment electric energy management system requested epi-position information, the account name and the password that comprise this machine login system in the solicited message that the self-recharging machine sends, the IP address that also has this machine, the pre-payment electric energy management system is verified these information, if checking sends its information requested by the account authority according to the self-recharging machine then to it, if not by checking, then return error message, (in pre-payment electric energy management system requested data or operation at each self-recharging machine, the pre-payment electric energy management system all can be to its account name, password and IP address are verified, then it is correctly responded by checking, then do not return error message by checking.All can so operate in the communication afterwards, no longer explanation later on), it is the discernible pictograph information of client that the self-recharging machine receives after the epi-position information this information translation, the account number that customer selecting need be supplemented with money, and input recharge amount, the self-recharging machine will initialization be unified external interface, and the DoBuy that calls the pre-payment electric energy management system supplements interface routine with money.The pre-payment electric energy management system receives account number and the recharge amount that need supplement with money by this interface, and then the pre-payment electric energy management system sends charging information to pre-paying kilowatt-hour meter and supplements operation with money, and database is adjusted accordingly.If operation failure stops supplementing with money, if operate successfully, then the pre-payment electric energy management system is called the interface routine of stamping the card of self-recharging machine, the operation of stamping the card of self-recharging machine, if stamp the card successfully, then self-recharging successfully finishes, if the self-recharging machine of failing then of stamping the card calls the DoSell interface routine and cancels and supplement operation with money, if this operation failure then continues until cancellation and stamps the card and operate successfully, independently supplements termination afterwards with money.The process of supplementing with money to this finishes.
Patent of the present invention has the advantages such as old of safety, quick, operation are low, convenient management, has great promotional value in power system.
Claims (2)
1. network prepayment charging system and recharge method thereof, it is characterized in that: the network prepayment charging system comprises: non-contact IC card, the self-recharging machine reaches and moves terminal system thereon, the pre-payment electric energy management system, the pre-payment gateway, pre-paying kilowatt-hour meter is formed, non-contact IC card is a stored value card, can be used as the fund carrier and the means of payment of network prepayment charging system, self-recharging machine and move terminal system thereon and be connected with the pre-payment electric energy communication, the pre-payment electric energy management system respectively with the self-recharging machine, the pre-payment gateway connects, the pre-payment gateway connects pre-payment electric energy management system and pre-paying kilowatt-hour meter respectively, be used for the conversion of communication protocol, pre-paying kilowatt-hour meter is connected with the pre-payment gateway.
2. network prepayment charging system according to claim 1 and recharge method thereof is characterized in that: described recharge method comprises following operation steps:
The first step: at first in the IC-card system, offer the IC-card account, and on account, store enough funds, and hold IC-card.
Second step: electric energy management operator is unified in on-the-spot pre-payment gateway and the corresponding pre-paying kilowatt-hour meter installed of client's electricity consumption, and unification is provided pre-payment electric energy managing customer account to the client.
The 3rd step: need and move terminal system thereon to the self-recharging machine and carry out relevant configuration, at first, the pre-payment electric energy management system need be to every self-recharging machine distributing user name and password, and preserves the white list of user name, password and the IP address of a all top-up machines on the pre-payment electric energy management system; Secondly, every self-recharging machine need be preserved the user name and password separately that is assigned to, for later top-up machines is prepared with the checking of communicating by letter of payment system.When the self-recharging machine to pre-payment electric energy management system requested data or when operation, the pre-payment electric energy management system is verified its user name, password and IP address.If checking is by then carrying out top-up machines institute requested operation, if checking is not by then carrying out self-recharging machine institute requested operation.
The 4th step: self-recharging machine and pre-payment electric energy management system swap data.
The 5th step: the pre-payment electric energy management system receives after the self-recharging machine charging request, read the current residual electric weight of corresponding pre-paying kilowatt-hour meter by the pre-payment gateway, put sign to database server afterwards, supplement order with money to the customer account pre-paying kilowatt-hour meter transmission of top-up machines request then.
The 6th step: pre-paying kilowatt-hour meter is received the pre-payment electric energy management system and is read the current residual electric weight that returns this ammeter after the order of current residual electric weight to system, when receiving the residual electric quantity of then changing after supplementing order with money in this ammeter, and the return result, the process of supplementing with money like this is whole to be finished.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
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| CN200910234016A CN101714277A (en) | 2009-11-19 | 2009-11-19 | Network prepayment recharging system and recharging method thereof |
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| CN200910234016A CN101714277A (en) | 2009-11-19 | 2009-11-19 | Network prepayment recharging system and recharging method thereof |
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| CN101931579A (en) * | 2010-08-06 | 2010-12-29 | 中兴通讯股份有限公司 | Prepayment domestic equipment, payment method thereof, payment system thereof and payment device thereof |
| CN102610040A (en) * | 2012-03-16 | 2012-07-25 | 深圳供电局有限公司 | Electricity selling management system for charging station |
| CN105321023A (en) * | 2014-07-24 | 2016-02-10 | 国家电网公司 | Data processing method and device for power system |
| CN105336047A (en) * | 2014-08-07 | 2016-02-17 | 上海安居利智能科技发展有限公司 | Prepayment meter charging method and system |
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101931579A (en) * | 2010-08-06 | 2010-12-29 | 中兴通讯股份有限公司 | Prepayment domestic equipment, payment method thereof, payment system thereof and payment device thereof |
| CN102610040A (en) * | 2012-03-16 | 2012-07-25 | 深圳供电局有限公司 | Electricity selling management system for charging station |
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| CN105336047A (en) * | 2014-08-07 | 2016-02-17 | 上海安居利智能科技发展有限公司 | Prepayment meter charging method and system |
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Application publication date: 20100526 |