CN107170127A - A kind of self-service electricity-selling terminal and self-service sale of electricity method - Google Patents
A kind of self-service electricity-selling terminal and self-service sale of electricity method Download PDFInfo
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- CN107170127A CN107170127A CN201710433787.4A CN201710433787A CN107170127A CN 107170127 A CN107170127 A CN 107170127A CN 201710433787 A CN201710433787 A CN 201710433787A CN 107170127 A CN107170127 A CN 107170127A
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- G—PHYSICS
- G07—CHECKING-DEVICES
- G07F—COIN-FREED OR LIKE APPARATUS
- G07F15/00—Coin-freed apparatus with meter-controlled dispensing of liquid, gas or electricity
- G07F15/003—Coin-freed apparatus with meter-controlled dispensing of liquid, gas or electricity for electricity
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Abstract
The invention discloses a kind of self-service electricity-selling terminal and self-service sale of electricity method, self-service electricity-selling terminal includes intelligent electric meter, codes match module and wireless transceiver；Wireless transceiver is used for the coding information for receiving cloud platform transmission, and the gathered data of intelligent electric meter is transferred into cloud platform by gateway；Self-service electricity-selling terminal has unique coding；Codes match module receives the coding information from wireless transceiver, and coding information is matched with the pre-arranged code of self-service electricity-selling terminal；Intelligent electric meter includes relay, ammeter metering module and control module；Control module receives the match information of codes match module；The reclosing command or trip command of relay receive and control module；Ammeter metering module records the power consumption or electricity consumption duration of charging socket.The present invention makes multiple self-service electricity-selling terminals be managed collectively in cloud platform, and is charged by online way of paying, meets the demand of user.
Description
Technical field
The present invention relates to self-service sale of electricity technical field, more particularly to a kind of self-service electricity-selling terminal and self-service sale of electricity side
Method.
Background technology
There are some powered products in existing public place (such as property, cell, store, park, railway station, airport),
The charging pile of such as electric bicycle and electric automobile, these powered products are separate, and operation side needs periodically right to scene
These equipment are safeguarded that O＆M cost is higher, and largely use traditional manual charge or coin-charging pattern, expense
The efficiency of management is low and cost is high, is unfavorable for joint venture, therefore can not be widely applied.
Meanwhile, as user's request is improved constantly, public place needs more more dense powered products, which results in
The quantity and management mode of powered products can not be matched with actual demand.
The content of the invention
It is an object of the invention to provide a kind of self-service electricity-selling terminal and self-service sale of electricity method, O＆M cost is reduced,
Simplify expenses management mode, facilitate joint venture and large scale application.
To reach above-mentioned purpose, the present invention provides a kind of self-service electricity-selling terminal, including charging socket, in addition to intelligent electricity
Table, codes match module and wireless transceiver；Wherein：
Wireless transceiver is communicated to connect by gateway and cloud platform, the coding information for receiving cloud platform transmission, and will
The gathered data of intelligent electric meter is transferred to cloud platform by gateway；Wherein, self-service electricity-selling terminal has unique coding；
Codes match module is electrically connected with wireless transceiver, receives the coding information from wireless transceiver, and will coding
Information is matched with the pre-arranged code of self-service electricity-selling terminal；
Intelligent electric meter includes relay, ammeter metering module and control module；Control module is electrically connected with codes match module
Connect, receive the match information of codes match module；Relay is electrically connected with control module, the reclosing command of receive and control module or
Trip command；Ammeter metering module is connected with charging socket, records the power consumption or electricity consumption duration of charging socket.
As above, wherein, wireless transceiver receives payment information while receiving coding information from cloud platform, pays
Information includes preset charged amount or preset charged duration；
Intelligent electric meter also includes power consumption comparison module and electricity consumption duration comparison module；Wherein：
Power consumption comparison module is electrically connected with ammeter metering module, control module and wireless transceiver respectively, for receiving
Preset charged amount from wireless transceiver, the power consumption from ammeter metering module is compared with preset charged amount, and
And power consumption is equal to the information transfer of preset charged amount to control module；
Electricity consumption duration comparison module is electrically connected with ammeter metering module, control module and wireless transceiver respectively, for connecing
The preset charged duration from wireless transceiver is received, the electricity consumption duration from ammeter metering module and preset charged duration are carried out
Compare, and electricity consumption duration is equal to the information transfer of preset charged duration to control module.
As above, wherein, ammeter metering module is electrically connected with wireless transceiver, for wireless transceiver transmit power consumption
Information or electricity consumption duration information.
As above, wherein, intelligent electric meter also include current detection module and breakdown judge module；Wherein：
Current detection module is electrically connected with charging socket, the current information for detecting charging socket；
Breakdown judge module is electrically connected with current detection module and relay respectively, the electricity for receiving current detection module
Whether the status information of stream information and relay, self-service electricity-selling terminal is judged according to the "on" position and current information of relay
There is failure；And breakdown judge module is electrically connected with wireless transceiver, for wireless transceiver transmission fault information；
Wireless transceiver is used to fault message being transferred to cloud platform by gateway.
As above, wherein, wireless transceiver is communicatively coupled with self-service electricity-selling terminal using RS-485 communications protocol,
Gateway is communicatively coupled with cloud platform based on ICP/IP protocol.
The present invention also provides a kind of self-service sale of electricity method based on self-service electricity-selling terminal, and self-service electricity-selling terminal includes
Intelligent electric meter, codes match module, wireless transceiver and charging socket, intelligent electric meter include control module and relay, its
It is characterised by, self-service sale of electricity method comprises the following steps：
Wireless transceiver receives the coding information from cloud platform by gateway；
Codes match module is matched coding information with the pre-arranged code of self-service electricity-selling terminal；
If coding information is matched with the pre-arranged code of self-service electricity-selling terminal, codes match module to control module send
With successful information；
Control module control relay is closed a floodgate, and makes self-service electricity-selling terminal to power supply for electrical equipment；
Wherein, self-service electricity-selling terminal has unique coding.
As above, wherein, in addition to：
Wireless transceiver receives payment information while receiving the coding information from cloud platform, payment information includes default
Charge volume or preset charged duration；
While to power supply for electrical equipment, intelligent electric meter detects the power consumption or electricity consumption duration of electrical equipment；
Power consumption is compared with preset charged amount or is compared electricity consumption duration with preset charged duration；
If power consumption is equal to preset charged amount or electricity consumption duration is equal to preset charged duration, control module control relay
Tripping operation, so as to stop to power supply for electrical equipment.
As above, wherein, in addition to：
Wireless transceiver receives way of paying information, way of paying information while receiving the coding information from cloud platform
Including selecting to be measured or selected to be measured according to electricity consumption duration according to power consumption；
While to power supply for electrical equipment, intelligent electric meter detects the power consumption or electricity consumption duration of electrical equipment；
If control module receives trip command, the tripping operation of control module control relay stops to power supply for electrical equipment；
Intelligent electric meter transmits power consumption or electricity consumption duration to wireless transceiver；
Wireless transceiver transmits power consumption or electricity consumption duration by gateway to cloud platform, to carry out expense calculating.
As above, wherein, in addition to：
While to power supply for electrical equipment, intelligent electric meter detects the first current value of charging socket in real time；
If the first current value exceeds the first current range, intelligent electric meter sends fault message by gateway to cloud platform；
And
Under the off working state of charging socket, intelligent electric meter detects the second current value of charging socket in real time；
If the second current value exceeds the second current range, intelligent electric meter sends fault message by gateway to cloud platform.
As above, wherein, wireless transceiver is communicatively coupled using RS-485 communications protocol with self-service electricity-selling terminal.
What the present invention was realized has the beneficial effect that：
(1) self-service electricity-selling terminal obtains authentication by uniquely encoding in cloud platform, makes multiple self-service sell
Electric terminals are managed collectively in cloud platform, and are charged by online way of paying, reduce O＆M cost, favorably
In joint venture and it is widely applied, increases the quantity of self-service electricity-selling terminal, improves power consumption efficiency, meet the demand of user.
(2) self-service electricity-selling terminal can carry out breakdown judge automatically, and by transmitting fault information to cloud platform, be easy to cloud
Platform informs that system manager is repaired in time.
(3) self-service electricity-selling terminal and cloud platform formation Internet of Things, and enter by way of Internet of Things and internet are combined
Row management, expands the range of management of cloud platform significantly, reduces the quantity of gateway, simplifies cloud platform management system, reduces pipe
The O＆M cost of reason system.
(4) its gathered data is transferred to cloud platform by self-service electricity-selling terminal, is easy to cloud platform to each self-service sale of electricity
The traffic-operating period of terminal is planned as a whole and analyzed, and the distribution situation and guiding user's adjustment for being conveniently adjusted self-service electricity-selling terminal are used
Electric time and power consumption, make self-service electricity-selling terminal be equalized using.
Brief description of the drawings
In order to illustrate more clearly about the embodiment of the present invention or technical scheme of the prior art, embodiment will be described below
In required for the accompanying drawing that uses be briefly described, it should be apparent that, drawings in the following description are only some of the present invention
Embodiment, for those of ordinary skill in the art, on the premise of not paying creative work, can also be attached according to these
Figure obtains other accompanying drawings.
The schematic diagram for the self-service electricity-selling system that Fig. 1 provides for the present invention；
Fig. 2 is the structure chart for the self-service electricity-selling terminal that the embodiment of the present invention one is provided；
Fig. 3 is the structure chart of the intelligent electric meter for the self-service electricity-selling terminal that inventive embodiments one are provided.
Fig. 4 is the flow chart for the self-service sale of electricity method that inventive embodiments two are provided.
Fig. 5 is the flow chart for the self-service sale of electricity method that inventive embodiments three are provided.
A kind of flow chart of the embodiment for the breakdown judge that Fig. 6 provides for invention.
The flow chart of another embodiment for the breakdown judge that Fig. 7 provides for invention.
Description of reference numerals：
The self-service electricity-selling terminal 3- gateways of 1- electrical equipments 2-
4- cloud platforms the first mobile clients of 5- 6-PC
7- the second mobile client 21- intelligent electric meter 22- codes match modules
23- wireless transceiver 211- relay 212- control modules
213- ammeter metering module 214- power consumption comparison module 215- breakdown judge modules
216- electricity consumption duration comparison module 217- voltage detection module 218- power detection modules
219- current detection modules
Embodiment
Below in conjunction with the accompanying drawing in the embodiment of the present invention, the technical scheme in the embodiment of the present invention is carried out clear, complete
Site preparation is described, it is clear that described embodiment is a part of embodiment of the invention, rather than whole embodiments.Based on this hair
Embodiment in bright, the every other implementation that those of ordinary skill in the art are obtained under the premise of creative work is not made
Example, belongs to the scope of protection of the invention.
The schematic diagram for the self-service electricity-selling system that Fig. 1 provides for the present invention.
As described in Figure 1, self-service electricity-selling system includes cloud platform 4, gateway 3, multiple self-service electricity-selling terminals 2 and first
Mobile client 5, PC ends 6, the second mobile client 7, the self-service electricity supply and use equipment 1 of electricity-selling terminal 2 charge.
Cloud platform 4 controls the power supply and power-off of self-service electricity-selling terminal 2.Self-service electricity-selling terminal 2 can by gateway 3 with
Cloud platform 4 is communicated to connect, and is connected between gateway 3 and cloud platform 4 based on TCP/IP internet protocol communications.
Its gathered data is transferred to cloud platform 4 by self-service electricity-selling terminal 2, is easy to cloud platform 4 to each self-service sale of electricity
The traffic-operating period of terminal 2 is planned as a whole and analyzed.The status information of gathered data including relay and charging socket use telecommunications
The information such as breath.Power information include electricity consumption duration, power consumption, the electric current of charging socket, voltage, power, etc.
Wherein, each self-service electricity-selling terminal 2 has unique coding, can be uniquely true according to the coding in cloud platform 4
The specifying information of fixed self-service electricity-selling terminal 2, such as geographical position, encrypt-decrypt algorithm information.
Second mobile client 7, the mobile client 5 of PC ends 6 and first are based respectively on TCP/IP Internet protocols and cloud is flat
Platform 4 is communicatively coupled.
The user of the electricity supply and use equipment 1 of first mobile client 5 accesses, for data processings such as reimbursement of expense, troublshootings
Program.Cloud platform 4 sets to control self-service electricity-selling terminal 2 according to the reimbursement of expense state of the first mobile client 5 or electricity consumption
Power supply and tripping operation.Wherein, the payment of expense can be carried out by platforms such as wechat, Alipays.
PC (personal computer, personal computer) ends 6 supply the keeper of self-service electricity-selling system to cloud platform 4
Routine work management is carried out, is such as stored, collected, classified and analyzed using energy information, is easy to the later stage whole to self-help electric-selling
The setting and management at end are adjusted.For example, adjusting self-service electricity-selling terminal in regional according to the power consumption demand of user
Distribution situation, or adjust according to the distribution of electricity consumption time the charging regulation of each period, guiding user's adjustment electricity consumption time
And power consumption, make self-service electricity-selling terminal be equalized using.
Second mobile client 7 supplies the encrypt-decrypt algorithm of self-service electricity-selling terminal 2 to the self-service sale of electricity in oneself compass of competency
Terminal 2 is managed.
Preferably, self-service electricity-selling terminal 2 is connected to wireless transceiver based on RS-485 communications protocol, then is communicated with gateway 3
Connection, finally forms Internet of Things, it is possible to achieve the networking centralized Control of multiple self-service electricity-selling terminals, just between cloud platform 4
All self-service electricity-selling terminals are monitored in manager, O＆M cost is reduced, are easy to be widely applied.
Alternatively, the wireless transceiver that self-service electricity-selling terminal 2 is connected can use Lora, GPRS, Sigfox, NB-
The Internet of Things such as lot, Zigbee fidonetFido and gateway 3 are communicated to connect.
The present invention makes multiple self-service electricity-selling terminals and cloud platform formation Internet of Things, and is managed by cloud platform, and
And paying is realized by on-line payment, and the integrated management and coordination of system are realized, O＆M cost is reduced, it is convenient to quantity
More self-service electricity-selling terminals carry out operation management, help to be widely applied, meet the demand of user.
Embodiment one
Fig. 2 is the structure chart for the self-service electricity-selling terminal that the embodiment of the present invention one is provided.Fig. 3 is that inventive embodiments one are provided
Self-service electricity-selling terminal intelligent electric meter structure chart.
As shown in Fig. 2 self-service electricity-selling terminal 2 includes intelligent electric meter 21, codes match module 22, the and of wireless transceiver 23
Charging socket (not shown).
Wireless transceiver 23 is communicated to connect by gateway 3 with cloud platform 4, for receive cloud platform 4 transmission coding information,
Payment information and fault message etc., and the gathered data of intelligent electric meter 21 is transferred to cloud platform 4.Wherein, payment information includes
The information such as preset charged amount or preset charged duration.
Codes match module 22 is electrically connected with wireless transceiver 23, receives the coding information from wireless transceiver 23, and
The coding information is matched with the pre-arranged code of self-service electricity-selling terminal 2.
As shown in figure 3, intelligent electric meter 21 includes relay 211, control module 212, ammeter metering module 213, power consumption
Comparison module 214, breakdown judge module 215, electricity consumption duration comparison module 216, voltage detection module 217, power detection module
The module such as 218 and current detection module 219.
Control module 212 is electrically connected with codes match module 22, receives the match information of codes match module 22.Relay
211 electrically connect with control module 212, the reclosing command or trip command of receive and control module 212.
Ammeter metering module 213 is electrically connected with charging socket and wireless transceiver 23 respectively, records the electricity consumption of charging socket
Amount or electricity consumption duration, and transmit power consumption information or electricity consumption duration information to wireless transceiver 23.
Power consumption comparison module 214 is electrically connected with ammeter metering module 213, control module 212 and wireless transceiver 23 respectively
Connect, for receiving the preset charged amount from wireless transceiver 23, the power consumption from ammeter metering module 213 is filled with default
Electricity is compared, and power consumption is equal into the information transfer of preset charged amount to control module 212.
Electricity consumption duration comparison module 216 is electric with ammeter metering module 213, control module 212 and wireless transceiver 23 respectively
Connection, for receiving the preset charged duration from wireless transceiver 23, by the electricity consumption duration from ammeter metering module 213 with
Preset charged duration is compared, and electricity consumption duration is equal into the information transfer of preset charged duration to control module 212.
Current detection module 219 is electrically connected with charging socket, the current information for detecting charging socket.
As one embodiment, current detection module can be current sensor or ammeter.
Breakdown judge module 215 is electrically connected with current detection module 219, relay 211 and wireless transceiver 23 respectively, is used
In the current information and the status information of relay 211 that receive current detection module 219, according to the "on" position of relay 211
Judge that self-service electricity-selling terminal whether there is failure with current information, and to the transmission fault information of wireless transceiver 23.
Voltage detection module 217 and power detection module 218 are electrically connected with wireless transceiver 23 respectively, for detecting charging
The voltage and power of socket, and voltage and power information are transferred to by cloud platform 4 by wireless transceiver 23, it is easy to cloud platform pair
The various information of self-service electricity-selling terminal is stored and collected.
As one embodiment, voltage detection module can be voltage sensor or voltmeter.
As one embodiment, power detection module can be power sensor or power meter.
In the present embodiment, whether self-service electricity-selling terminal is filled by unique encoding verification user using the equipment
Electricity, and make the intelligent electric meter of the equipment be powered control by cloud platform, is easy to cloud platform to the system of self-service electricity-selling terminal
One management；The intelligent electric meter of self-service electricity-selling terminal has the function that collects of gathered data, and also there is automatic fault to judge
Function, the integration degree of intelligent electric meter is high, reduces the installation difficulty of self-service electricity-selling terminal.
Embodiment two
Fig. 4 is the flow chart for the self-service sale of electricity method that inventive embodiments two are provided.
In the present embodiment, the user of electrical equipment 1 scans Quick Response Code by the first mobile client 5 and has carried out pre- prepay
Take, payment information is transferred to cloud platform 4, cloud platform 4 by the first mobile client 5 generation payment information, the first mobile client 5
The coding and payment information of self-service terminal equipment corresponding to Quick Response Code are transferred to by self-service electricity-selling terminal by gateway 3.
Pay in advance in mode, user may be selected to pay according to preset charged amount or according to preset charged duration.
In the present embodiment, the self-service sale of electricity method of the self-service electricity-selling terminal based on embodiment one comprises the following steps：
Step 101：Wireless transceiver 23 receives coding information and payment information from cloud platform 4, wherein, payment information
Including preset charged amount or preset charged duration.
Step 102：Codes match module 22 is matched coding information with the pre-arranged code of self-service electricity-selling terminal.
Step 103：If coding information is matched with the pre-arranged code of self-service electricity-selling terminal, codes match module 22 is to control
Molding block 212 sends the match is successful information；Otherwise, the charging flow terminates.
Step 104：If information that control module 212 receives that the match is successful, the control relay 211 of control module 212 is closed a floodgate,
Self-service electricity-selling terminal 2 is set to be powered to electrical equipment 1；Meanwhile, ammeter metering module 213 detection electrical equipment 1 power consumption or
Electricity consumption duration.
Step 105：The power consumption that power consumption comparison module 214 in real time detects ammeter metering module 213 fills with default
Electricity is compared or electricity consumption duration comparison module 216 detects ammeter metering module 213 electricity consumption duration and preset charged
Duration is compared.
Step 106：If power consumption is equal to preset charged amount or electricity consumption duration is equal to preset charged duration, control module
212 control relays 211 trip, so as to stop powering to electrical equipment 1.
In this embodiment it is possible to carry out fault diagnosis to self-service electricity-selling terminal, and failure letter is provided to cloud platform 4
Breath, facilitates system manager to learn failure in time and arranges maintenance.
As shown in fig. 6, the breakdown judge step includes：
While power supply to electrical equipment 1, current detection module 219 detects the charging socket of self-service electricity-selling terminal in real time
The first current value；
The first current value detected and the first current range are compared by breakdown judge module 215, wherein the first electricity
Flowing scope is【16A, 17A】.If the first current value exceeds the first current range (such as larger than the first current range), breakdown judge
Module 215 sends fault message via gateway 3 by wireless transceiver 23 to cloud platform 4.
As shown in fig. 7, the breakdown judge step also includes：
Under the off working state of charging socket, current detection module 219 detects the second current value of charging socket in real time；
The second current value detected and the second current range are compared by breakdown judge module 215, wherein the second electricity
Flowing scope is【0A, 0.05A】.
If the second current value is in the second current range (such as：More than the second current range), then breakdown judge module 215 is led to
Cross wireless transceiver 23 and send fault message to cloud platform 4.
Certainly, in the present embodiment, self-service electricity-selling terminal can also be acquired to status information and power information to collect
And cloud platform is transferred to, it is easy to information gathering and unified management of the cloud platform to self-service electricity-selling terminal.
In the present embodiment, pre-payment is carried out using the first mobile client, and by cloud platform to self-service electricity-selling terminal
Control is powered, the human cost charged manually and the expenses management cost of coin-charging is eliminated, makes charging process quick
Change and judicial convenience, and cloud platform is monitored in real time to self-service electricity-selling terminal, it is possible to decrease O＆M cost.
Embodiment three
Fig. 5 is the flow chart for the self-service sale of electricity method that inventive embodiments three are provided.
In the present embodiment, the user of electrical equipment is charged using post-paid mode.User passes through the first movement visitor
The Quick Response Code request charging on self-service electricity-selling terminal is scanned at family end 5, and according to user credit volume in the first mobile client 5
Degree, limits user power utilization amount or the electricity consumption duration upper limit, this power consumption and duration is determined, by the use of the first mobile client 5
Electrical parameter and the corresponding coding information of Quick Response Code are transferred to cloud platform 4, and cloud platform 4 is by gateway 3 by coding information and post-paid
Mode information transfer gives self-service electricity-selling terminal.
In the present embodiment, the self-service sale of electricity method of the self-service electricity-selling terminal based on embodiment one comprises the following steps：
Step 201：Wireless transceiver 23 receives coding information and way of paying information from cloud platform 4, wherein, pay
Mode information includes selection and is measured or selected to be measured according to electricity consumption duration according to power consumption.
Step 202：Codes match module 22 is matched coding information with the pre-arranged code of self-service electricity-selling terminal.
Step 203：If coding information is matched with the pre-arranged code of self-service electricity-selling terminal, codes match module 22 is to control
Molding block 212 sends the match is successful information；Otherwise, the charging flow terminates.
Step 204：If information that control module 212 receives that the match is successful, the control relay 211 of control module 212 is closed a floodgate,
Self-service electricity-selling terminal 2 is set to be powered to electrical equipment 1；Meanwhile, ammeter metering module 213 detection electrical equipment 1 power consumption or
Electricity consumption duration.
Step 205：If control module 212 receives the trip command from cloud platform 4, control module 212 control after
Electrical equipment 211 trips, and stops powering to electrical equipment 1.
Step 206：Ammeter metering module 213 transmits power consumption or electricity consumption duration by wireless transceiver 23 to cloud platform 4
Information, makes the carry out expense calculating of cloud platform 4, and cost information is transferred into the first mobile client 5, and user can pass through first
Mobile client 5 is paid.
In this embodiment it is possible to carry out fault diagnosis to self-service electricity-selling terminal, and failure letter is provided to cloud platform 4
Breath, facilitates system manager to learn failure in time and arranges maintenance.Breakdown judge step refers to the corresponding portion of embodiment two
Point.
Certainly, in the present embodiment, self-service electricity-selling terminal can also be acquired to status information and power information to collect
And cloud platform is transferred to, it is easy to information gathering and unified management of the cloud platform to self-service electricity-selling terminal.
In the present embodiment, control is powered to self-service electricity-selling terminal by cloud platform, the people charged manually is eliminated
The expenses management cost of power cost and coin-charging, makes charging process high-speeding and judicial convenience, and cloud platform is sold to self-service
Electric terminals are monitored in real time, it is possible to decrease O＆M cost.
What the present invention was realized has the beneficial effect that：
(1) self-service electricity-selling terminal obtains authentication by uniquely encoding in cloud platform, makes multiple self-service sell
Electric terminals are managed collectively in cloud platform, and are charged by online way of paying, reduce O＆M cost, favorably
In joint venture and it is widely applied, increases the quantity of self-service electricity-selling terminal, improves power consumption efficiency, meet the demand of user.
(2) self-service electricity-selling terminal can carry out breakdown judge automatically, and by transmitting fault information to cloud platform, be easy to cloud
Platform informs that system manager is repaired in time.
(3) self-service electricity-selling terminal and cloud platform formation Internet of Things, and enter by way of Internet of Things and internet are combined
Row management, expands the range of management of cloud platform significantly, reduces the quantity of gateway, simplifies cloud platform management system, reduces pipe
The O＆M cost of reason system.
(4) its gathered data is transferred to cloud platform by self-service electricity-selling terminal, is easy to cloud platform to each self-service sale of electricity
The traffic-operating period of terminal is planned as a whole and analyzed, and the distribution situation and guiding user's adjustment for being conveniently adjusted self-service electricity-selling terminal are used
Electric time and power consumption, make self-service electricity-selling terminal be equalized using.
The foregoing is only a specific embodiment of the invention, but protection scope of the present invention is not limited thereto, any
Those familiar with the art the invention discloses technical scope in, change or replacement can be readily occurred in, should all be contained
Cover within protection scope of the present invention.Therefore, protection scope of the present invention should be based on the protection scope of the described claims.
Claims (10)
1. a kind of self-service electricity-selling terminal, including charging socket, it is characterised in that also including intelligent electric meter, codes match module
And wireless transceiver；Wherein：
The wireless transceiver is communicated to connect by gateway and cloud platform, the coding information for receiving the cloud platform transmission,
And the gathered data of the intelligent electric meter is transferred to the cloud platform by gateway；Wherein, the self-service electricity-selling terminal tool
There is unique coding；
The codes match module is electrically connected with the wireless transceiver, receives the coding letter from the wireless transceiver
Breath, and the coding information is matched with the pre-arranged code of the self-service electricity-selling terminal；
The intelligent electric meter includes relay, ammeter metering module and control module；The control module and the codes match
Module is electrically connected, and receives the match information of the codes match module；The relay is electrically connected with the control module, is received
The reclosing command or trip command of the control module；The ammeter metering module is connected with the charging socket, and record is described
The power consumption or electricity consumption duration of charging socket.
2. self-service electricity-selling terminal according to claim 1, it is characterised in that the wireless transceiver is received from described
Payment information is received while the coding information of cloud platform, the payment information includes preset charged amount or preset charged duration；
The intelligent electric meter also includes power consumption comparison module and electricity consumption duration comparison module；Wherein：
The power consumption comparison module is electrically connected with the ammeter metering module, the control module and the wireless transceiver respectively
Connect, for receiving the preset charged amount from the wireless transceiver, by the power consumption from the ammeter metering module
It is compared with the preset charged amount, and the power consumption is equal to the information transfer of the preset charged amount to the control
Molding block；
The electricity consumption duration comparison module is electric with the ammeter metering module, the control module and the wireless transceiver respectively
Connection, for receiving the preset charged duration from the wireless transceiver, by the use from the ammeter metering module
Electric duration is compared with the preset charged duration, and the information by the electricity consumption duration equal to the preset charged duration
It is transferred to the control module.
3. self-service electricity-selling terminal according to claim 1, it is characterised in that the ammeter metering module with it is described wireless
Transceiver is electrically connected, for transmitting power consumption information or electricity consumption duration information to the wireless transceiver.
4. self-service electricity-selling terminal according to claim 1, it is characterised in that the intelligent electric meter also includes current detecting
Module and breakdown judge module；Wherein：
The current detection module is electrically connected with the charging socket, the current information for detecting the charging socket；
The breakdown judge module is electrically connected with the current detection module and the relay respectively, for receiving the electric current
The status information of the current information of detection module and the relay, believes according to the "on" position of the relay and the electric current
Breath judges that the self-service electricity-selling terminal whether there is failure；And the breakdown judge module is electrically connected with the wireless transceiver
Connect, for the wireless transceiver transmission fault information；
The wireless transceiver is used to the fault message being transferred to the cloud platform by the gateway.
5. self-service electricity-selling terminal according to claim 1, it is characterised in that the wireless transceiver with it is described self-service
Electricity-selling terminal is communicatively coupled using RS-485 communications protocol, and the gateway is carried out with the cloud platform based on ICP/IP protocol
Communication connection.
6. a kind of self-service sale of electricity method based on self-service electricity-selling terminal, the self-service electricity-selling terminal include intelligent electric meter,
Codes match module, wireless transceiver and charging socket, the intelligent electric meter include control module and relay, and its feature exists
In the self-service sale of electricity method comprises the following steps：
The wireless transceiver receives the coding information from cloud platform by gateway；
The codes match module is matched the coding information with the pre-arranged code of the self-service electricity-selling terminal；
If the coding information is matched with the pre-arranged code of the self-service electricity-selling terminal, the codes match module is to the control
Molding block sends the match is successful information；
The control module controls the relay to close a floodgate, and makes the self-service electricity-selling terminal to power supply for electrical equipment；
Wherein, the self-service electricity-selling terminal has unique coding.
7. the self-service sale of electricity method according to claim 6 based on self-service electricity-selling terminal, it is characterised in that also wrap
Include：
The wireless transceiver receives payment information, the payment information while receiving the coding information from the cloud platform
Including preset charged amount or preset charged duration；
While to the power supply for electrical equipment, the intelligent electric meter detects the power consumption or electricity consumption duration of the electrical equipment；
The power consumption and the preset charged amount are compared or by progress when the electricity consumption duration and the preset charged
Row compares；
If the power consumption is equal to the preset charged amount or the electricity consumption duration is equal to the preset charged duration, the control
Molding block controls the relay tripping operation, so as to stop to the power supply for electrical equipment.
8. the self-service sale of electricity method according to claim 6 based on self-service electricity-selling terminal, it is characterised in that also wrap
Include：
The wireless transceiver receives way of paying information, the paying while receiving the coding information from the cloud platform
Mode information includes selection and is measured or selected to be measured according to electricity consumption duration according to power consumption；
While to power supply for electrical equipment, the intelligent electric meter detects the power consumption or electricity consumption duration of electrical equipment；
If the control module receives trip command, the control module controls the relay tripping operation, stopped to described
Power supply for electrical equipment；
The intelligent electric meter transmits the power consumption or the electricity consumption duration to the wireless transceiver；
The wireless transceiver transmits the power consumption or the electricity consumption duration by the gateway to the cloud platform, to enter
Row expense is calculated.
9. the self-service sale of electricity method according to claim 6 based on self-service electricity-selling terminal, it is characterised in that also wrap
Include：
While to power supply for electrical equipment, the intelligent electric meter detects the first current value of the charging socket in real time；
If first current value exceeds the first current range, the intelligent electric meter is sent out by the gateway to the cloud platform
Send fault message；And
Under the off working state of the charging socket, the intelligent electric meter detects the second electric current of the charging socket in real time
Value；
If second current value exceeds the second current range, the intelligent electric meter is by the gateway to described or described cloud
Platform sends fault message.
10. the self-service sale of electricity method according to claim 6 based on self-service electricity-selling terminal, it is characterised in that described
Wireless transceiver is communicatively coupled using RS-485 communications protocol with the self-service electricity-selling terminal.
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| CN107612082A (en) * | 2017-10-09 | 2018-01-19 | 深圳造物部落科技有限公司 | Wireless charging device and apply its method of commerce |
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| CN107942850A (en) * | 2017-10-31 | 2018-04-20 | 青岛海尔智能技术研发有限公司 | Household electrical appliances method for diagnosing faults and system |
| CN110097702A (en) * | 2019-03-11 | 2019-08-06 | 成都特思拓信息科技有限公司 | A kind of electric vehicle self-filling electro-detection control method |
| CN111739217A (en) * | 2020-05-27 | 2020-10-02 | 重庆乐吧便捷科技有限公司 | Remote management system of vending machine |
| CN112311827A (en) * | 2019-07-30 | 2021-02-02 | 云丁网络技术(北京)有限公司 | Intelligent ammeter management system and method |
| CN112550043A (en) * | 2019-09-10 | 2021-03-26 | 国创新能源汽车能源与信息创新中心(江苏)有限公司 | Multi-platform access device and method for charging pile |
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| CN112802268A (en) * | 2021-01-06 | 2021-05-14 | 四川七特能创科技有限公司 | Method for calibrating meter desk |
| CN114511966A (en) * | 2022-02-15 | 2022-05-17 | 山西恒运售电有限公司 | Outdoor high-voltage split type electricity selling device |
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| CN114511966A (en) * | 2022-02-15 | 2022-05-17 | 山西恒运售电有限公司 | Outdoor high-voltage split type electricity selling device |
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