CN113763637A - Property charge management method based on water-electricity double-metering network prepayment cloud platform - Google Patents
Property charge management method based on water-electricity double-metering network prepayment cloud platform Download PDFInfo
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Abstract
The invention relates to a property charge management method based on a water and electricity double-metering network prepayment cloud platform, which comprises the steps of building a water and electricity prepayment platform, and preparing a wireless prepayment ammeter, a wireless prepayment water meter and a client; property personnel formulate a house renting and property fee payment plan in the hydropower prepayment platform; every time a single tenant pays the last day from the coming first N days to the deadline, a message to be paid is pushed to the client of the tenant once a day; if the tenant finishes paying according to the paying amount in the client after receiving the message, finishing the paying plan; if the end date is reached, the tenant does not pay the house rents and property fees, the water and electricity prepayment cloud platform automatically inquires whether the electricity meter power-off setting is bound for the tenant, and if the electricity meter power-off setting is associated with the tenant, a remote power-off measure is forcibly implemented for the tenant. The invention realizes the functions of distributed monitoring of the business property group and the charging of the water and electricity fees of all the sub-properties.
Description
Technical Field
The invention relates to the technical field of property charge management, in particular to a property charge management method based on a water-electricity double-metering network prepayment cloud platform.
Background
The prepayment system is used as a management system for prepaying electricity charges and water charges, and mainly realizes automatic power-on and automatic power-off in defaulting based on the intelligent electric meter after payment, and automatic water-on and automatic valve closing in defaulting based on the intelligent water meter after payment.
With the advent of the cloud computing era, properties are not more and more in line with the requirements of management modes in the past in a way that tenants use offline IC cards to pay water and electricity fees. Because the reading of the water and electricity meter data depends on the electricity purchasing card and the water purchasing card, the electricity and water consumption data of a user lags behind the occurrence time, and the property management, the monitoring and the real-time control of the electricity and water consumption cannot be effectively carried out as well as the manual meter reading; the property wants to urge to pay property fees and house rents, and no effective mandatory means exists; meanwhile, the payment of the commercial tenant needs time waste for financial payment, the water and electricity consumption can not be checked in real time, and the early warning information of insufficient cost can not be obtained.
In the prior art, chinese patent CN107301540A discloses a cloud platform-based electric energy meter network prepayment system and a management method thereof, including an electric energy meter, a main system and a database, where the main system and the database are installed on a cloud server, and the cloud server is used to receive/transmit electric energy meter information, process information encryption request and recharge; the electric energy meter adopts an intelligent electric energy meter matched with an electric energy meter network prepayment system; the intelligent electric energy meter is in wireless connection with a main system and a database on the cloud server to perform recharging code input processing and/or remote communication, is an intelligent system with the cloud server, is an electric energy meter prepayment system with various network electricity selling modes such as a webpage, a WeChat, a short message and an APP, and is provided with a keyboard type electric energy meter and/or an online WIFI meter in a matching way. However, the prior art still has the following problems:
(1) the simultaneous remote metering and charging of a water meter and an electric meter cannot be realized;
(2) the commercial tenant wants to realize that unattended self-service electricity purchasing cannot be realized through online recharging, and needs to manually confirm and operate the mobile phone to complete electricity purchasing after a landlord or property management personnel receives money;
(3) the demand that the property wants to urge to pay property fees and house rents cannot be realized;
(4) the need for managing multiple properties in multiple cities for a large property group cannot be met.
Disclosure of Invention
The invention aims to overcome the defects and provide a property charge management method based on a water-electricity double-metering network prepayment cloud platform, so that the function of collecting water and electricity charges of all sub-properties by distributed monitoring and management only by one system in the whole country of a commercial property group is realized.
The purpose of the invention is realized as follows:
a property charge management method based on a water-electricity double-metering network prepayment cloud platform comprises the following contents:
building a hydropower prepayment platform, and preparing a wireless prepayment electric meter, a wireless prepayment water meter and a client; the water and electricity prepayment cloud platform is connected with the telecommunication AEP platform and a plurality of clients through a public network and is connected with a plurality of wireless prepayment electric meters through a 4G network; the telecom AEP platform is used as an Internet of things data acquisition platform of the NB-IOT network, is connected with a plurality of wireless prepayment water meters in a downward mode, and is uploaded to the water and electricity prepayment cloud platform after being analyzed;
property personnel formulate a house renting and property fee payment plan in the hydropower prepayment platform;
every time a single tenant pays the last day from the coming first N days to the deadline, a message to be paid is pushed to the client of the tenant once a day;
if the tenant finishes paying according to the paying amount in the client after receiving the message, finishing the paying plan;
if the end date is reached, the tenant does not pay the house rents and the property fees, the fee paying is overdue, the water and electricity prepayment cloud platform automatically inquires whether the ammeter power-off setting is bound for the tenant, if the ammeter power-off setting is associated, the remote power-off measure of the wireless prepayment ammeter is forcibly implemented for the tenant, manual service and the tenant are used for carrying out communication processing of fee paying until the client finishes on-line or up-down house rents and property fee paying, and the fee paying plan is finished.
Further, the hydropower prepayment cloud platform comprises a data acquisition module, a data storage module, a data display module, a tenant payment module and a group management and control module; the data acquisition module acquires meter reading data of the water meter and the ammeter, analyzes the data, transmits the data to the data storage module, receives an operation instruction from the data display module, and transmits the operation instruction to the corresponding ammeter and the corresponding water meter; the data storage module stores various data, including a memory database, a relational database and a non-relational database, and is used for storing the data, instruction analysis, abnormal information and alarm information uploaded by the data acquisition module; the data display module is responsible for interaction with a user; the tenant payment module is responsible for managing functions of water and electricity charging, online payment, property fee and house rental payment, tenant energy consumption analysis and the like of tenants; the group management and control module provides authority management functions from a property group to a single property, can enable a property group headquarter to manage finance of water, electricity, property fees, house rents and the like of multiple properties in the country, and can also enable the single property to manage property environments of the property management module.
Furthermore, the data acquisition module uses asynchronous socket technology, load balancing technology and cloud server cluster technology, has the functions of super-large concurrent acquisition water meters and electric meters, and can simultaneously accommodate one million wireless prepaid electric meters and one million wireless prepaid electric meters for simultaneous meter reading.
Further, the hydropower prepayment cloud platform comprises a data acquisition module, a data storage module, a data display module, a tenant payment module and a group management and control module; the data acquisition module acquires meter reading data of the water meter and the ammeter, analyzes the data, transmits the data to the data storage module, receives an operation instruction from the data display module, and transmits the operation instruction to the corresponding ammeter and the corresponding water meter; the data storage module stores various data, including a memory database, a relational database and a non-relational database, and is used for storing the data, instruction analysis, abnormal information and alarm information uploaded by the data acquisition module; the data display module is responsible for interaction with a user; the tenant payment module is responsible for managing functions of water and electricity charging, online payment, property fee and house rental payment, tenant energy consumption analysis and the like of tenants.
Furthermore, the data display module comprises data monitoring, energy consumption analysis, instrument control, configuration management, data management, financial analysis and arrearage alarm analysis sub-modules.
Furthermore, an electric charge charging module and a relay control module are arranged in the wireless prepayment electric meter; the electric charge charging module monitors information such as voltage, current, power and electric energy of an electricity utilization loop, the electric charge can be prestored in the electric meter, the electric charge is continuously reduced along with the electricity utilization of a user, when the electric charge is lower than a preset alarm amount or the electric charge is lower than the amount 0, an electric charge insufficiency alarm instruction is uploaded to the water and electricity prepayment cloud platform system in time, and the electric meter is actively opened when the electric charge is lower than the amount 0; the relay control module can receive opening and closing instructions from the water and electricity prepayment cloud platform system, and the relay in the automatic operation ammeter completes opening and closing actions.
Furthermore, the telecom AEP platform is used for receiving data uploading of the wireless prepaid water meter, converting and analyzing the data and pushing the data to a corresponding hydropower prepaid cloud platform system; the hydropower prepayment cloud platform system can send a water charge recharging command and a valve opening and closing command to the telecommunication AEP platform, the telecommunication AEP platform sends the command to the wireless prepayment water meter at the moment that the wireless prepayment water meter wakes up and uploads data, and the command is forwarded to the hydropower prepayment cloud platform system after the wireless prepayment water meter replies a successful command.
Furthermore, a water fee metering module and a valve control module are arranged in the wireless prepaid water meter, an NB-IOT flow card is arranged in the wireless prepaid water meter, and the wireless prepaid water meter is connected with a telecom AEP platform by using an NB-IOT network; the water charge metering module can monitor the water consumption of the water consumption loop, can be internally provided with water charges, continuously reduces the water charges along with the water consumption of a user, timely uploads a water charge shortage warning instruction to the telecom AEP platform when the water charges are lower than a preset warning amount or the water charges are lower than the amount 0, and actively closes the valve when the water charges are lower than the amount 0; the water fee metering module sends data to a telecom AEP platform and reports the water amount in the water meter once a day; the valve control module can receive the water meter opening and closing instructions from the hydropower prepayment cloud platform system to the telecom AEP platform, and automatically operates the valve in the water meter to complete the opening and closing actions.
Further, the data acquisition module also comprises a message processing submodule which continuously acquires tasks to be processed from a memory database in the data storage module, wherein the task types comprise all operations of the water ammeter, such as opening an account, selling electricity, selling water, opening and closing a switch and the like; after the task is obtained, the message processing submodule decomposes the task, sends the command to the corresponding water and electricity meter, the meter returns the command after completing the operation, and the message processing mechanism completes the task closed loop and closes the task.
Furthermore, the data display module also comprises an energy consumption analysis submodule, and the energy consumption analysis submodule can inquire energy consumption data, user expense data and payment data of the day, the week, the month and the year of each electric meter and each water meter, and can also inquire real-time meter reading data records and historical meter reading data records of each electric meter and each water meter.
Furthermore, the data display module is provided with a financial analysis submodule of the prepaid electric meter and a financial analysis submodule of the prepaid water meter; the financial analysis sub-module of the prepayment electric meter can carry out account opening and electricity selling operations aiming at the electric meter, wherein the account opening operation comprises the steps of setting peak flat valley electricity price and stepped electricity price of the electric meter, setting alarm amount when the electricity charge in the electric meter is lower than a limit amount and the amount of first recharging, clicking a sending button, and forming task messages of the parameters into the message processing sub-module; the electricity selling operation comprises the steps of selecting an instrument to be issued with electricity charge, filling the electricity charge amount, clicking an issuing button, forming a task message and transmitting the task message to the message processing submodule; the financial analysis sub-module of the prepaid water meter can carry out account opening and water selling operations aiming at the water meter, wherein the account opening operation comprises the steps of setting the water price and the stepped water price of the water meter, setting the alarm amount when the water price in the water meter is lower than the limit amount and the first-time recharging amount, clicking the issuing button, and forming task messages by the parameters and transmitting the task messages to the message processing sub-module; the water selling operation comprises the steps of selecting a meter to be issued with water fee, filling the water fee amount, clicking an issuing button, forming a task message and transmitting the task message to the message processing submodule.
Compared with the prior art, the invention has the beneficial effects that:
(1) the prepayment water meter can realize that one set of system simultaneously manages the prepayment electric meter and the prepayment water meter and realizes the collection and payment of the electric charge and the water charge, the prepayment electric meter utilizes a 4G network communication technology without deploying communication lines, the prepayment water meter utilizes a NB-IOT wireless technology without deploying power lines and communication lines, and the cost is saved;
(2) the invention can realize unattended prepaid water and electricity management, realize the WeChat and Payment treasured payment of the tenant, the course does not need the participation of the property management personnel;
(3) the invention can solve the difficult problem of paying property fees and house rents for property management by utilizing the association with the closing and opening of the tenant ammeter, can realize the account balance of the house rents and the property fees, and avoids missed paying and cheating;
(4) the invention can realize the function of collecting the water and electricity fees of all the sub-properties by only one system in the whole country of the commercial property group in a distributed monitoring and management manner.
Drawings
FIG. 1 is a logic diagram of the property cost management method of the present invention.
FIG. 2 is a logic diagram of property group management and control according to the present invention.
Fig. 3 is a schematic view illustrating an unattended electricity selling and controlling process of the wireless prepaid electricity meter according to the present invention.
Fig. 4 is a schematic view of the unattended water selling and controlling process of the wireless prepaid water meter of the present invention.
Detailed Description
For a better understanding of the technical aspects of the present invention, reference will now be made in detail to the accompanying drawings. It should be understood that the following specific examples are not intended to limit the embodiments of the present invention, but are merely exemplary embodiments of the present invention. It should be noted that the description of the positional relationship of the components, such as the component a is located above the component B, is based on the description of the relative positions of the components in the drawings, and is not intended to limit the actual positional relationship of the components.
Example 1:
referring to fig. 1, the property charge management method based on the water-electricity double-metering network prepaid cloud platform includes the following steps:
building a hydropower prepayment platform, and preparing a wireless prepayment electric meter, a wireless prepayment water meter and a client; the water and electricity prepayment cloud platform is connected with the telecommunication AEP platform and a plurality of clients through a public network and is connected with a plurality of wireless prepayment electric meters through a 4G network; the telecom AEP platform is used as an Internet of things data acquisition platform of the NB-IOT network, is connected with a plurality of wireless prepayment water meters in a downward mode, and is uploaded to the water and electricity prepayment cloud platform after being analyzed;
property personnel formulate a house renting and property fee payment plan in the hydropower prepayment platform, and can respectively customize each tenant or each cell, such as payment of fee monthly, payment of 8 days per month, or payment of fee annually, payment of 1 month per year and the like;
every time a single tenant pays for the last day from the upcoming first N days to an expiration date (N is configurable), pushing a message to be paid (binding identity in advance) to a client (website, WeChat and Pay applet or mobile phone APP) of the tenant once a day;
if the tenant finishes paying according to the paying amount in the client after receiving the message, finishing the paying plan;
if the end date is reached, the tenant does not pay the house rents and the property fees, the fee paying is overdue, the water and electricity prepayment cloud platform automatically inquires whether the ammeter power-off setting is bound for the tenant, if the ammeter power-off setting is associated, the remote power-off measure of the wireless prepayment ammeter is forcibly implemented for the tenant, manual service and the tenant are used for carrying out communication processing of fee paying until the client finishes on-line or up-down house rents and property fee paying, and the fee paying plan is finished. The implementation of this scheme flow helps the property management side to promote greatly the convenience of collecting of house rent and property charge.
Referring to fig. 2, fig. 2 presents a logical schematic of property consortium administration. As shown in the figure, the property group headquarters can directly manage the water and electricity prepayment charging and the house rent property charge charging under all sub-properties distributed in the whole country through a group management and control module of the water and electricity prepayment cloud platform, the collected accounts can be uniformly managed by the headquarters, and the centralized financial management and control are realized; the property management of each large area is divided, and sub-properties in the large area can be managed through the hydropower prepayment cloud platform system; each sub-property can independently manage the water and electricity charge of the sub-property and the charging of the property fee of the house rental.
The water and electricity prepayment cloud platform runs on the Ali cloud and is used for receiving water electric meter data, data storage analysis, websites, APP and the like. The water and electricity prepayment cloud platform comprises a data acquisition module, a data storage module, a data display module, a tenant payment module and a group management and control module. The data acquisition module is responsible for acquiring the meter reading data of the water meter and the electric meter, analyzing the data, transmitting the data to the data storage module, receiving the operation instruction from the data display module and issuing the operation instruction to the corresponding electric meter and the corresponding water meter; the data storage module is used for storing various data, including a memory database, a relational database and a non-relational database, and storing the data, instruction analysis, abnormal information and alarm information uploaded by the data acquisition module; the data display module comprises a WEB website, a WeChat applet, a Paibao applet and a mobile phone APP, is responsible for interaction with a user and displays functions of meter reading data monitoring, energy consumption analysis, meter control and configuration management, data management, financial analysis, arrearage alarm analysis and the like for the user; the tenant payment module is responsible for managing functions of water and electricity charging, online payment, property fee and house rental payment, tenant energy consumption analysis and the like of tenants; the group management and control module provides authority management functions from a property group to a single property, can enable a property group headquarter to manage finance of water, electricity, property fees, house rents and the like of multiple properties in the country, and can also enable the single property to manage property environments of the property management module.
The data acquisition module uses an asynchronous socket technology, a load balancing technology and a cloud server cluster technology, has the functions of an oversized concurrent acquisition water meter and an electric meter, can simultaneously accommodate one million wireless prepayment electric meters and one million wireless prepayment water meters for simultaneous meter reading, and meets the application requirements of commercial property groups.
The data acquisition module also comprises a message processing submodule which continuously acquires tasks to be processed from a memory database in the data storage module, wherein the task types comprise all operations of the water ammeter, such as opening a house, selling electricity, selling water, opening and closing a switch and the like; after the task is obtained, the message processing submodule decomposes the task, sends the command to the corresponding water and electricity meter, the meter returns the command after completing the operation, and the message processing mechanism completes the task closed loop and closes the task.
The data storage module comprises a memory database Redis, a relational database Mysql and a non-relational database MongoDB. After water and electricity meter data are uploaded to the data acquisition module, the data storage module firstly stores the analyzed data into Redis, and at the moment, real-time data of the same meter are covered for the data display module to call meter reading real-time data; the Mysql is responsible for storing some relation data such as instrument topology, personnel authority, operation records and the like; the data storage module reads all real-time meter reading data from the Redis at regular time, and the data is transferred and stored into the MongoDB, the MongoDB can store all historical meter reading data, and the historical data is used for the display module to display the functions of energy consumption analysis, alarm analysis and the like.
The data display module is provided with a financial analysis submodule of the prepaid electric meter and a financial analysis submodule of the prepaid water meter; the financial analysis submodule of the prepayment electric meter can perform account opening and electricity selling operations on the electric meter. The account opening operation comprises the steps of setting peak flat valley electricity price and step electricity price of the electric meter, setting alarm amount when the electricity fee in the electric meter is lower than a limit amount and the amount of first recharging, clicking a sending button, and forming task messages of the parameters into the message processing submodule and transmitting the task messages to the message processing submodule; the electricity selling operation comprises the steps of selecting an instrument to be issued with electricity charge, filling the amount of the electricity charge, clicking an issuing button, forming a task message and transmitting the task message to the message processing submodule. The financial analysis submodule of the prepayment water meter can perform account opening and water selling operations on the water meter. The account opening operation comprises setting water price and step water price of the water meter, setting alarm amount when water charge in the water meter is lower than a limit amount and the amount of first recharging, clicking a sending button, and forming task messages by the parameters and transmitting the task messages to the message processing submodule; the water selling operation comprises the steps of selecting a meter to be issued with water fee, filling the water fee amount, clicking an issuing button, forming a task message and transmitting the task message to the message processing submodule.
The data display module also comprises an energy consumption analysis submodule which can inquire the energy consumption data, the user expense data and the payment data of the day, the week, the month and the year of each electric meter and each water meter and also can inquire the real-time meter reading data record and the historical meter reading data record of each electric meter and each water meter.
The data display module also comprises an ammeter control submodule and a water meter control submodule; the electric meter control submodule can control the remote switching-on and switching-off of the electric meter, and a task is formed after a button is clicked and is transmitted to the message processing submodule; the water meter control submodule can control a remote switch valve of the water meter, and after a button is clicked, a task is formed and transmitted to the message processing submodule.
The data display module also comprises an arrearage alarm submodule; when the residual amount in the ammeter is less than the set alarm amount and the arrearage, and the residual amount in the water meter is less than the set alarm amount and the arrearage, alarm information can be automatically generated, the alarm information is generated in real time through the message processing submodule, the alarm information is forwarded to a WEB website, a small program or a mobile phone APP, the WEB website is popped up and is reminded, the small program or the APP is pushed to remind, and a mobile phone short message is generated to remind a tenant to which the water ammeter belongs.
The data display module further comprises a property charge and house rent submodule, in the submodule, a tenant can contract with a property charge for a house rent and property charge payment contract and promise full-amount monthly payment, if the full-amount monthly payment is not paid in time, the submodule can generate alarm information and send the alarm information to the tenant through a short message to remind the tenant, the arrearage is delayed for five days and is not paid, the submodule can automatically generate an ammeter opening task and transmit the ammeter opening task to the message processing submodule, and the function of power failure of a room of the tenant is achieved.
The tenant payment module comprises a WeChat small program and a Paobao small program which are used by the tenant. The small program comprises the following functions: the tenants can inquire the daily energy consumption of the electric meters and the daily energy consumption of the water meters, and can inquire each payment record; the tenant can realize unattended electric charge payment and water charge payment through WeChat payment and Payment, if the payment ammeter trips because of arrearage, the electricity meter is automatically switched on after payment, and similarly, the water meter is automatically switched on after payment of water charge; the tenants can pay the own contracted house renting and property fees in the same month through WeChat payment and Payment treasured payment.
Furthermore, the group management and control module can help a commercial property group to build a large platform with double water and electricity meters, and can divide project sites of all sub-property environments of the whole country under the flag. Through authority management, a manager of each sub-property can only manage the electric meters and the water meters to which the sub-property belongs, and a manager of a group headquarters can view and manage the water and electricity meters of all the properties nationwide.
The wireless prepayment ammeter is arranged in an electric circuit for charging, a 4G network is used for uploading data, the wireless prepayment ammeter is automatically connected with the data acquisition module through a TCP (transmission control protocol) after being electrified, a communication protocol of the wireless prepayment ammeter and the data acquisition module is encrypted by using an AES (advanced encryption standard) encryption mode, and a secret key is fixed; the wireless prepayment ammeter comprises three-phase and single-phase models and can be used for metering a room electricity utilization loop, and an electricity charge charging module and a relay control module are arranged in the wireless prepayment ammeter; the electric charge charging module can monitor information such as voltage, current, power and electric energy of an electric loop, the electric charge can be prestored in the electric meter, the electric charge is continuously reduced along with the electricity consumption of a user, when the electric charge is lower than a preset alarm amount or the electric charge is lower than the amount 0, an electric charge insufficiency alarm instruction is timely uploaded to the water and electricity prepayment cloud platform, and the electric meter is actively switched off when the electric charge is lower than the amount 0; the relay control module can receive opening and closing instructions from the water and electricity prepayment cloud platform, automatically operate a relay in the ammeter to complete opening and closing actions, and can also receive electricity selling and electricity returning commands from the data acquisition module.
The telecom AEP platform is used as an Internet of things platform created by China telecom, and is used for carrying hardware data acquisition of an NB-IOT network and carrying out data docking with an application software platform. In the invention, a telecommunication AEP platform mainly receives data uploading of a wireless prepaid water meter, converts and analyzes the data through a profile file format preset in the telecommunication AEP platform, and pushes the data to a corresponding hydropower prepaid cloud platform through advanced setting; the hydropower prepayment cloud platform can also send a water charge recharging command and a valve opening and closing command to the telecommunication AEP platform, the telecommunication AEP platform sends the command to the wireless prepayment water meter at the moment that the wireless prepayment water meter wakes up and uploads data, and the command is forwarded to the hydropower prepayment cloud platform after the wireless prepayment water meter replies a successful command.
The wireless prepayment water meter is arranged on a charging water consumption loop and uses an NB-IOT network for data uploading; the wireless prepaid water meter is internally provided with a water fee metering module and a valve control module, is internally provided with an NB-IOT flow card and is connected with a telecom AEP platform by using an NB-IOT network; the built-in lithium cell of wireless prepayment water gauge can use 6 years in succession. The water charge metering module can monitor the water consumption of the water consumption loop, can be internally provided with water charges, continuously reduces the water charges along with the water consumption of a user, timely uploads a water charge shortage warning instruction to the telecom AEP platform when the water charges are lower than a preset warning amount or the water charges are lower than the amount 0, and actively closes the valve when the water charges are lower than the amount 0; the water fee metering module sends data to a telecom AEP platform and reports the water amount in the water meter once a day; the valve control module can receive the water meter opening and closing instructions from the hydropower prepayment cloud platform system to the telecom AEP platform, and automatically operates the valve in the water meter to complete the opening and closing actions.
The client comprises a WEB website, a WeChat applet, a Paibao applet, a mobile phone APP and the like.
The hydropower prepayment cloud platform can carry out remote account opening, remote opening and closing and remote electricity selling operations on the ammeter, and carry out remote account opening, remote valve opening and water selling operations on the water meter; the account opening operation comprises setting peak flat valley electricity price and step electricity price of the electricity meter, setting alarm amount in the electricity meter, setting water price and step water price of the water meter and setting alarm amount in the water meter. The wireless prepayment ammeter can measure the voltage, the current, the power, the residual amount and the total electric energy value of an electricity utilization loop, is internally provided with a relay, can receive the instruction of a system to realize remote opening and closing, can set the residual amount of three-level alarm, and can give an audible and visual alarm and upload alarm information to the system when the residual amount is lower than the alarm amount of each level. The wireless prepayment water meter can measure the residual water charge amount and the total water consumption of the electricity utilization loop, a valve is arranged in the wireless prepayment water meter, the valve can receive instructions of a system to realize remote opening and closing, three-level alarm residual amount can be set, and when the residual amount is lower than each level of alarm amount, the water meter uploads alarm information to the system. When the remaining amount of the electric meter and the water meter is lower than the remaining amount of alarm at each level, the system automatically generates alarm information and informs the tenant through one or more parties of short message service, mail, small WeChat program pushing, small Payment program pushing, small WeChat public number pushing and voice call.
Referring to fig. 3, fig. 3 is a schematic view illustrating an unattended electricity selling and controlling process of the wireless prepaid electricity meter according to the present invention. As shown in the figure, the wireless prepaid water meter unattended water selling process is shown, tenants use clients (WeChat and Paibao small program) to visit, one tenant can manage a plurality of rooms, and after selecting a corresponding room, the tenant can inquire information such as the remaining electricity fee, the remaining water fee, the house renting due date, the property fee due date and the like of the room. The tenant clicks and selects WeChat or Payment treasures to pay, after successful payment, the hydropower prepayment cloud platform system generates an electricity selling order, generates an electricity selling task and sends the electricity selling task to the data acquisition module, the data acquisition module converts the electricity selling task into an electricity meter sending instruction, if the wireless prepayment electricity meter is not on line at the moment, a failure task record is generated, the order is closed, the WeChat payment treasures are notified to return, and the order is closed successfully after the return; and if the wireless prepayment electric meter is on line, issuing an electricity selling instruction, successfully increasing the electricity charge by the electric meter, returning the instruction to the data acquisition module, generating an order success record by the water and electricity prepayment cloud platform system, and informing the tenant of a small program that electricity selling is successful.
Similarly, when a tenant or a property manager wants to perform power failure and power supply recovery operation on the wireless prepaid electric meter, the operation flow is completely consistent with the unattended electricity selling process of the wireless prepaid electric meter.
Referring to fig. 4, fig. 4 is a schematic view illustrating an unattended water selling and controlling process of the wireless prepaid water meter according to the present invention. As shown, the wireless prepaid water meter unattended water vending process is presented, and tenants access using wechat and pay-for-nothing programs. The tenant clicks and selects WeChat or Payment treasured to pay, after successful payment, the hydropower prepayment cloud platform system generates a water selling order and generates an instruction ID, generates a water selling task and sends the water selling task to the data acquisition module, and the data acquisition module converts the water meter issuing instruction containing the instruction ID and sends the water meter issuing instruction to the telecom AEP platform. After the telecommunication AEP platform obtains the instruction, the telecommunication AEP platform starts to probe and issue the instruction to the wireless prepaid water meter, when the water meter is online and water charge increasing operation is executed, an operation success instruction is returned, the telecommunication AEP platform returns the success instruction to the water and electricity prepaid cloud platform system, and due to the non-real-time property of the NB-IOT network, the water and electricity prepaid cloud platform system searches a hung water selling order according to the instruction ID, generates an order success record for the order, and pushes notification information of water selling success to the WeChat or Paobao small program of a tenant; if the telecom AEP platform issues the data for multiple times and the data cannot be successfully issued to the wireless prepaid water meter after a period of time, the failure record is returned to the water and electricity prepaid cloud platform system, the water and electricity prepaid cloud platform system searches for a suspended water selling order according to the instruction ID, the order is generated into an order failure record, notification information of water selling failure is pushed to WeChat or Paibao small program of a tenant, and the charge refunding is completed.
Similarly, when a tenant or a property manager wants to perform switching valve operation on the wireless prepaid water meter, the operation flow is completely consistent with the unattended water selling process of the wireless prepaid water meter.
The above is only a specific application example of the present invention, and the protection scope of the present invention is not limited in any way. All the technical solutions formed by equivalent transformation or equivalent replacement fall within the protection scope of the present invention.
Claims (10)
1. A property charge management method based on a water-electricity double-metering network prepayment cloud platform is characterized by comprising the following steps: it comprises the following contents:
building a hydropower prepayment platform, and preparing a wireless prepayment electric meter, a wireless prepayment water meter and a client; the water and electricity prepayment cloud platform is connected with the telecommunication AEP platform and a plurality of clients through a public network and is connected with a plurality of wireless prepayment electric meters through a 4G network; the telecom AEP platform is used as an Internet of things data acquisition platform of the NB-IOT network, is connected with a plurality of wireless prepayment water meters in a downward mode, and is uploaded to the water and electricity prepayment cloud platform after being analyzed;
property personnel formulate a house renting and property fee payment plan in the hydropower prepayment platform;
every time a single tenant pays the last day from the coming first N days to the deadline, a message to be paid is pushed to the client of the tenant once a day;
if the tenant finishes paying according to the paying amount in the client after receiving the message, finishing the paying plan;
if the end date is reached, the tenant does not pay the house rents and the property fees, the fee paying is overdue, the water and electricity prepayment cloud platform automatically inquires whether the ammeter power-off setting is bound for the tenant, if the ammeter power-off setting is associated, the remote power-off measure of the wireless prepayment ammeter is forcibly implemented for the tenant, manual service and the tenant are used for carrying out communication processing of fee paying until the client finishes on-line or up-down house rents and property fee paying, and the fee paying plan is finished.
2. The property charge management method based on the water-electricity double-metering network prepayment cloud platform according to claim 1, characterized by comprising the following steps: the hydropower prepayment cloud platform comprises a data acquisition module, a data storage module, a data display module, a tenant payment module and a group management and control module; the data acquisition module acquires meter reading data of the water meter and the ammeter, analyzes the data, transmits the data to the data storage module, receives an operation instruction from the data display module, and transmits the operation instruction to the corresponding ammeter and the corresponding water meter; the data storage module stores various data, including a memory database, a relational database and a non-relational database, and is used for storing the data, instruction analysis, abnormal information and alarm information uploaded by the data acquisition module; the data display module is responsible for interaction with a user; the tenant payment module is responsible for managing functions of water and electricity charging, online payment, property fee and house rental payment, tenant energy consumption analysis and the like of tenants; the group management and control module provides authority management functions from a property group to a single property, can enable a property group headquarter to manage finance of water, electricity, property fees, house rents and the like of multiple properties in the country, and can also enable the single property to manage property environments of the property management module.
3. The property charge management method based on the water-electricity double-metering network prepayment cloud platform is characterized by comprising the following steps of: the data acquisition module uses an asynchronous socket technology, a load balancing technology and a cloud server cluster technology, has the functions of an oversized concurrent acquisition water meter and an electric meter, and can simultaneously accommodate one million wireless prepaid electric meters and one million wireless prepaid electric meters for simultaneous meter reading.
4. The property charge management method based on the water-electricity double-metering network prepayment cloud platform is characterized by comprising the following steps of: the data display module comprises data monitoring, energy consumption analysis, instrument control, configuration management, data management, financial analysis and arrearage alarm analysis sub-modules.
5. The property charge management method based on the water-electricity double-metering network prepayment cloud platform according to claim 1, characterized by comprising the following steps: the wireless prepayment ammeter is internally provided with an electric charge charging module and a relay control module; the electric charge charging module monitors information such as voltage, current, power and electric energy of an electricity utilization loop, the electric charge can be prestored in the electric meter, the electric charge is continuously reduced along with the electricity utilization of a user, when the electric charge is lower than a preset alarm amount or the electric charge is lower than the amount 0, an electric charge insufficiency alarm instruction is uploaded to the water and electricity prepayment cloud platform system in time, and the electric meter is actively opened when the electric charge is lower than the amount 0; the relay control module can receive opening and closing instructions from the water and electricity prepayment cloud platform system, and the relay in the automatic operation ammeter completes opening and closing actions.
6. The property charge management method based on the water-electricity double-metering network prepayment cloud platform according to claim 1, characterized by comprising the following steps: the telecommunication AEP platform is used for receiving data uploading of the wireless prepaid water meter, converting and analyzing the data and pushing the data to a corresponding hydropower prepaid cloud platform system; the hydropower prepayment cloud platform system can send a water charge recharging command and a valve opening and closing command to the telecommunication AEP platform, the telecommunication AEP platform sends the command to the wireless prepayment water meter at the moment that the wireless prepayment water meter wakes up and uploads data, and the command is forwarded to the hydropower prepayment cloud platform system after the wireless prepayment water meter replies a successful command.
7. The property charge management method based on the water-electricity double-metering network prepayment cloud platform according to claim 1, characterized by comprising the following steps: the wireless prepaid water meter is internally provided with a water fee metering module and a valve control module, is internally provided with an NB-IOT flow card and is connected with a telecom AEP platform by using an NB-IOT network; the water charge metering module can monitor the water consumption of the water consumption loop, can be internally provided with water charges, continuously reduces the water charges along with the water consumption of a user, timely uploads a water charge shortage warning instruction to the telecom AEP platform when the water charges are lower than a preset warning amount or the water charges are lower than the amount 0, and actively closes the valve when the water charges are lower than the amount 0; the water fee metering module sends data to a telecom AEP platform and reports the water amount in the water meter once a day; the valve control module can receive the water meter opening and closing instructions from the hydropower prepayment cloud platform system to the telecom AEP platform, and automatically operates the valve in the water meter to complete the opening and closing actions.
8. The property charge management method based on the water-electricity double-metering network prepayment cloud platform is characterized by comprising the following steps of: the data acquisition module also comprises a message processing submodule which continuously acquires tasks to be processed from a memory database in the data storage module, wherein the task types comprise all operations of the water ammeter, such as opening a house, selling electricity, selling water, opening and closing a switch and the like; after the task is obtained, the message processing submodule decomposes the task, sends the command to the corresponding water and electricity meter, the meter returns the command after completing the operation, and the message processing mechanism completes the task closed loop and closes the task.
9. The property charge management method based on the water-electricity double-metering network prepayment cloud platform is characterized by comprising the following steps of: the data display module also comprises an energy consumption analysis submodule which can inquire the energy consumption data, the user expense data and the payment data of the day, the week, the month and the year of each electric meter and each water meter and also can inquire the real-time meter reading data record and the historical meter reading data record of each electric meter and each water meter.
10. The property charge management method based on the water-electricity double-metering network prepayment cloud platform is characterized by comprising the following steps of: the data display module is provided with a financial analysis submodule of the prepaid electric meter and a financial analysis submodule of the prepaid water meter; the financial analysis sub-module of the prepayment electric meter can carry out account opening and electricity selling operations aiming at the electric meter, wherein the account opening operation comprises the steps of setting peak flat valley electricity price and stepped electricity price of the electric meter, setting alarm amount when the electricity charge in the electric meter is lower than a limit amount and the amount of first recharging, clicking a sending button, and forming task messages of the parameters into the message processing sub-module; the electricity selling operation comprises the steps of selecting an instrument to be issued with electricity charge, filling the electricity charge amount, clicking an issuing button, forming a task message and transmitting the task message to the message processing submodule; the financial analysis sub-module of the prepaid water meter can carry out account opening and water selling operations aiming at the water meter, wherein the account opening operation comprises the steps of setting the water price and the stepped water price of the water meter, setting the alarm amount when the water price in the water meter is lower than the limit amount and the first-time recharging amount, clicking the issuing button, and forming task messages by the parameters and transmitting the task messages to the message processing sub-module; the water selling operation comprises the steps of selecting a meter to be issued with water fee, filling the water fee amount, clicking an issuing button, forming a task message and transmitting the task message to the message processing submodule.
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