CN109919475A - The fast charge dispatching method and system of new energy vehicle - Google Patents
The fast charge dispatching method and system of new energy vehicle Download PDFInfo
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- CN109919475A CN109919475A CN201910149419.6A CN201910149419A CN109919475A CN 109919475 A CN109919475 A CN 109919475A CN 201910149419 A CN201910149419 A CN 201910149419A CN 109919475 A CN109919475 A CN 109919475A
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02T—CLIMATE CHANGE MITIGATION TECHNOLOGIES RELATED TO TRANSPORTATION
- Y02T10/00—Road transport of goods or passengers
- Y02T10/60—Other road transportation technologies with climate change mitigation effect
- Y02T10/70—Energy storage systems for electromobility, e.g. batteries
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02T—CLIMATE CHANGE MITIGATION TECHNOLOGIES RELATED TO TRANSPORTATION
- Y02T10/00—Road transport of goods or passengers
- Y02T10/60—Other road transportation technologies with climate change mitigation effect
- Y02T10/7072—Electromobility specific charging systems or methods for batteries, ultracapacitors, supercapacitors or double-layer capacitors
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02T—CLIMATE CHANGE MITIGATION TECHNOLOGIES RELATED TO TRANSPORTATION
- Y02T90/00—Enabling technologies or technologies with a potential or indirect contribution to GHG emissions mitigation
- Y02T90/10—Technologies relating to charging of electric vehicles
- Y02T90/12—Electric charging stations
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02T—CLIMATE CHANGE MITIGATION TECHNOLOGIES RELATED TO TRANSPORTATION
- Y02T90/00—Enabling technologies or technologies with a potential or indirect contribution to GHG emissions mitigation
- Y02T90/10—Technologies relating to charging of electric vehicles
- Y02T90/16—Information or communication technologies improving the operation of electric vehicles
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Abstract
The invention discloses a kind of fast charge dispatching method of new energy vehicle and system, the method comprising the steps of 1: monitor terminal module (27) sends travel condition of vehicle and information to vehicle background system (3)；Step 2: vehicle scheduling module (31) judges whether vehicle needs to charge according to new energy vehicle (2) operating status, if so, step 3 is executed, if it is not, return step 1；Step 3: vehicle background system sends Vehicular charging demand information to charging station (1), and charging resource information can be used by sending after the certification of charging station to charging resource module (34)；Step 4: vehicle background system combination vehicle operation task and available charging resource information are matched and are dispatched；Step 5: new energy vehicle enters the charging of charging station.The present invention can be realized the charging schedule of full automatic new energy vehicle, and significant increase charge efficiency reduces spare vehicles, the operational efficiency of optimization vehicle and station of charging.
Description
Technical field
The present invention relates to a kind of charging method of new energy vehicle and systems more particularly to a kind of fast charge of new energy vehicle to dispatch
Method and system.
Background technique
Currently, with the promotion and application of new energy commercial vehicle, since the trickle charge mode charging time based on charging gun is long,
Cause Vehicular charging slow and needs to occupy very big charging station place, in the case where charging station place is at full stretch, fast charge side
Formula becomes a good solution.But there is following urgent problems to be solved for current fast charge mode:
1, how charging station obtains the information of vehicle to be charged, and dispatches, distributes suitable charging unit.
2, how vehicle interacts with charging station, to find suitable charging unit.It is driven especially with intelligence
It sails, the realization of automatic charging technology, reasonable vehicle and its charging schedule are the necessary links for needing to solve.
In the quick charge dispatching technique scheme of the prior art, it can only be tried by vehicle driver according to vehicle state of charge
The selection charging station for the property visited, but do not know whether to have in charging station and can be used with the charging unit of the vehicle match；By vehicle
After driving into charging station, need manually to find available charging unit, when charging ability that charging unit is capable of providing and charging
Between need manual confirmation；After vehicle stopping, driver is needed to start charging operations, carry out communication connection, completes subsequent fill
Electricity, charging complete rear vehicle sail out of charging unit, and communication disconnects.In existing technical solution, all information judgements are main
According to driver, it can not be automatically performed scheduling, need to expend a great deal of time, and cause scheduling chaotic, be unable to give full play fast
Fill mode time short advantage.
Summary of the invention
The purpose of the present invention is to provide a kind of fast charge dispatching method of new energy vehicle and systems, can be realized full automatic
The charging schedule of new energy vehicle, greatly improves charge efficiency, reduces spare vehicles, optimizes vehicle and station of charging
Operational efficiency has very big value for the promotion and application of quick-inflating type new energy vehicle.
The present invention is implemented as follows:
A kind of fast charge dispatching method of new energy vehicle, includes the following steps:
Step 1: monitor terminal module sends travel condition of vehicle and information to vehicle background system；
Step 2: vehicle scheduling module judges whether vehicle needs to charge according to new energy vehicle operating status, if so, executing step
Rapid 3, if it is not, then return step 1；
Step 3: vehicle background system sends Vehicular charging demand information to charging station, to charging resource after the certification of charging station
Module, which is sent, can use charging resource information；
Step 4: vehicle background system combination vehicle operation task and available charging resource information are matched and are dispatched；
Step 5: new energy vehicle enters the charging of charging station.
In the step 1, travel condition of vehicle and information include vehicle identity information, remaining capacity, real time position,
Continual mileage；Travel condition of vehicle and information are by energy management module, sensor module, navigation module, vehicle-mounted low coverage communication mould
Block and other control modules acquire and are sent to main control module, and main control module is analyzed the information received, judged
And processing, it makes a policy, and vehicle background system is sent to by monitor terminal module, is authenticated by vehicle identification authentication module
It is used as effective information to be passed to vehicle scheduling module with after filtering.
The step 3 further include it is following step by step:
Step 3.1: charging schedule module acquires the operating status and data of charging module and Power entry module in real time, and receives vehicle
The vehicle identity information for the new energy vehicle to be charged that background system is sent；
Step 3.2: charging schedule module carries out charging resource analysis and calculating, carries out distribution and distributes corresponding charging unit mould
Block, and vehicle background system can be sent to charging resource information, can include with charging resource information charge station position,
Chargeable power, chargeable duration and low coverage communication module password.
The step 4 further include it is following step by step:
Step 4.1: vehicle scheduling module is by charging schedule instruction by vehicle identification authentication module through information of vehicles monitoring module
It is sent to monitor terminal module and sends main control module to after authenticated functional module certification；
Step 4.2: after main control module analysis processing charging schedule instruction, the position of purpose charging station being sent to navigation mould
Block；
Step 4.3: information to be displayed being sent to display module, while control instruction is sent to other control modules, is controlled
Vehicle drives into corresponding charging station；Information to be displayed include dispatch command, purpose charging station, low coverage communication module password,
Remaining capacity, continual mileage；Control instruction includes throttle, brake, steering order；
Step 4.4: the vehicle identity information of new energy vehicle to be charged is sent to charging schedule software mould by vehicle background system
Block, vehicle identity information include license plate number or VIN code.
The step 5 include it is following step by step:
Step 5.1: vehicle-mounted Near Field Communication module starts automatically and the connection with station low coverage communication module, vehicle-mounted Near Field Communication mould
Low coverage communication module password in the instruction of the charging schedule of vehicle background system is sent to station Near Field Communication module by block, and two
Low coverage communication module completes cipher authentication；
Step 5.2: the identity information that the vehicle identity information and new energy vehicle sent by comparison vehicle background system is sent, it is complete
The authentication of pairs of new energy vehicle；
Step 5.3: vehicle identity information and charging unit information are sent to charging module by charging schedule module, and with telecommunications
Breath is sent to Power entry module, while charging schedule module feeds back to the charging unit information of distribution in new energy vehicle to be charged；
Step 5.4: new energy vehicle receives the charging unit position and information that charging schedule software module is sent, and new energy vehicle is logical
Cross navigation module be directed to distribution charging unit module position and carry out close to recognition and verification；
Step 5.5: close to after recognition and verification, the energy management module of new energy vehicle sends charge request order, confirmation message
It is sent to Power entry module, by Power entry module corresponding power energy allocation to charging module, charging module controls charging unit module
For the charging of new energy vehicle.
In the step 5.5, when stopping charging during charging complete or charging, new energy vehicle sails out of charging unit mould
Block, and vehicle background system and charging schedule software module are fed back to information is disconnected close to identification, it then turns off and charging field
The communication connection stood.
A kind of fast charge scheduling system of new energy vehicle, including several charging stations, receives the new energy vehicle and vehicle that charge
Background system；In each charging station be equipped with charging schedule software module and connect with charging schedule software module several
The charging unit module and station low coverage communication module of electric energy are provided, install on new energy vehicle main control module and with master control molding
The monitor terminal module and vehicle-mounted low coverage communication module, vehicle background system of block connection include vehicle scheduling module, vehicle identification
Authentication module, information of vehicles monitoring module and charging resource module；Charging schedule software module is connect with charging resource module；Prison
Control terminal module is connect by vehicle identification authentication module with vehicle scheduling module, and vehicle-mounted low coverage communication module and station low coverage are logical
Module connection is interrogated, charging unit module and the charge port of new energy vehicle are connect, is Vehicular charging.
The Power entry module that the charging schedule software module includes charging schedule module and connect with charging schedule module
And charging module, charging schedule module are connect with charging resource module.
It is additionally provided with energy management module on the new energy vehicle, energy management module is connect with main control module, charging
Dispatcher software module is connect with energy management module.
Authentication function module, authentication function module and monitor terminal module and main control are additionally provided on the new energy vehicle
Module connection.
It is additionally provided with navigation module and display module on the new energy vehicle, navigation module and display module and master control molding
Block connection.
The selection of vehicle scheduling, station and charging unit is all automatically, to realize full automatic new energy in the present invention
The charging schedule of vehicle, greatly improves charge efficiency, reduces spare vehicles, optimizes the operation effect of vehicle and station of charging
Rate has very big value for the promotion and application of quick-inflating type new energy vehicle, is suitable for quick-inflating type pure electric vehicle commercial vehicle (packet
Include car), mixed powered vehicle, fuel cell commercial vehicle, the new energy vehicle such as super capacitor commercial vehicle.
Detailed description of the invention
Fig. 1 is the main view of the fast charge scheduling system of new energy vehicle of the present invention；
Fig. 2 is the work flow diagram of the vehicle background system of the fast charge dispatching method of new energy vehicle of the present invention；
Fig. 3 is the work flow diagram of the new energy vehicle of the fast charge dispatching method of new energy vehicle of the present invention；
Fig. 4 is the work flow diagram of the charging station of the fast charge dispatching method of new energy vehicle of the present invention.
In figure, 1 charging station, 11 station low coverage communication modules, 12 vehicle identity information modules, 13 charging schedule software moulds
Block, 131 charging schedule modules, 132 Power entry modules, 133 charging modules, 14 charging unit modules, 2 new energy vehicles, 21 other controls
Molding block, 22 vehicle-mounted low coverage communication modules, 23 sensor modules, 24 energy management modules, 25 navigation modules, 26 display modules,
27 monitor terminal modules, 28 authentication function modules, 29 main control modules, 3 vehicle background systems, 31 vehicle scheduling modules, 32 vehicles
Authentication module, 33 information of vehicles monitoring modules, 34 charging resource modules.
Specific embodiment
The present invention will be further explained below with reference to the attached drawings and specific examples.
Attached drawing 1 is referred to, a kind of fast charge scheduling system of new energy vehicle including several charging stations 1, receives charging
New energy vehicle 2 and vehicle background system 3；Each charging station 1 is interior equipped with charging schedule software module 13 and soft with charging schedule
Part module 13 connect several the charging unit module 14 and station low coverage communication module 11 of electric energy are provided, on new energy vehicle 2
Main control module 29 and the monitor terminal module 27 connecting with main control module 29 and vehicle-mounted low coverage communication module 22, vehicle are installed
Background system 3 includes vehicle scheduling module 31, vehicle identification authentication module 32, information of vehicles monitoring module 33 and charging resource mould
Block 34；Charging schedule software module 13 is connect with charging resource module 34, and charging schedule software module 13 is by charging unit module
14 chargeable information is sent to vehicle background system 3；Monitor terminal module 27 passes through vehicle identification authentication module 32 and vehicle
Scheduler module 31 connects, and monitor terminal module 27 sends vehicle after the certification filtering of vehicle identification authentication module 32 for information of vehicles
Scheduler module 31, vehicle scheduling module 31 send main control module 29 through monitor terminal module 27 for scheduling information；It is vehicle-mounted
Low coverage communication module 22 is shaken hands with station low coverage communication module 11 and is connect, and the charging of charging unit module 14 Yu new energy vehicle 2 is made
Mouth connection is Vehicular charging.
The charging schedule software module 13 includes charging schedule module 131 and connect with charging schedule module 131
Power entry module 132 and charging module 133, charging schedule module 131 acquire the charging module 133 and Power entry module of station in real time
132 operating status and data, charging schedule module 131 are connect with charging resource module 34.Charging schedule module 131 can fill
Power information is sent to charging resource module 34, and receives the vehicle of the new energy vehicle 2 to be charged issued by charging schedule module 131
Information.
The charging station 1 further includes vehicle identity information module 12, vehicle identity information module 12 and station low coverage
Communication module 11 and charging schedule software module 13 connect, the confirmation of the vehicle identity information for assisting new energy vehicle 2.
Energy management module 24 is additionally provided on the new energy vehicle 2, energy management module 24 and main control module 29 connect
It connects, charging schedule software module 13 is connect with energy management module 24, and new energy vehicle 2 sends charging by energy management module 24
Order, for starting or disconnecting charging process.
Authentication function module 28, authentication function module 28 and monitor terminal module 27 are additionally provided on the new energy vehicle 2
It is connected with main control module 29, the certification for assisting the charging schedule of vehicle background system 3 to instruct, and is transmitted to master control molding
Block 29.
Navigation module 25 and display module 26, navigation module 25 and display module 26 are additionally provided on the new energy vehicle 2
It is connect with main control module 29, for showing position and the navigation of charging station 1.
Other control modules 21 are additionally provided on the new energy vehicle 2, other control modules 21 and main control module 29 connect
It connects, it is preferred that other control modules 21 can be drive system control module, braking system module etc., for controlling new energy
The traveling and braking of vehicle 2.
Sensor module 23 is additionally provided on the new energy vehicle 2, sensor module 23 is connect with main control module 29, is passed
Sensor module 23 acquires the signals such as throttle, brake, camera, radar and is sent to main control module 29, is convenient for main control module
The analysis of 29 pairs of vehicle-states.
Attached drawing 2 is referred to attached drawing 4, a kind of fast charge dispatching method of new energy vehicle includes the following steps:
Step 1: monitor terminal module 27 sends travel condition of vehicle and information to vehicle background system 3, the vehicle operation
State and information include vehicle identity information, remaining capacity, real time position, continual mileage etc., travel condition of vehicle and information by
Energy management module 24, sensor module 23, navigation module 25, vehicle-mounted low coverage communication module 22 and the acquisition of other control modules 21
And it is sent to main control module 29, and main control module 29 is analyzed the information received, judged and is handled, it makes a policy,
And vehicle background system 3 is sent to by monitor terminal module 27, travel condition of vehicle and information authenticate mould by vehicle identification
Vehicle scheduling module 31 is passed to as effective information after the certification of block 32 and filtering.
Step 2: vehicle scheduling module 31 judges whether vehicle needs to charge according to 2 operating status of new energy vehicle, if so,
Step 3 is executed, if it is not, then return step 1.
Step 3: vehicle background system 3 sends Vehicular charging demand information to charging station 1, and charging station 1 authenticates backward
The resource module 34 that charges, which is sent, can use charging resource information, can include the position, chargeable of station 1 of charging with charging resource information
The information such as power, chargeable duration and low coverage communication module password.
Step 3.1: charging schedule module 131 acquires the operating status and number of charging module 133 and Power entry module 132 in real time
According to, and receive the vehicle identity information for the new energy vehicle 2 to be charged that vehicle background system 3 is sent.
Step 3.2: charging schedule module 131 carries out charging resource analysis and calculating, carries out distribution and distribute to fill accordingly
Electric installation module 14, and vehicle background system 3 can be sent to charging resource information, it can include charging with charging resource information
The low coverage communication module password of station 1.
Step 4: vehicle background system 3 combines vehicle operation task and available charging resource information to be matched and dispatched,
Vehicle scheduling module 31 sends charging schedule instruction to by vehicle identification authentication module 32 through information of vehicles monitoring module 33
Monitor terminal module 27, charging schedule instruction include position and its low coverage communication module password of purpose charging station 1；Meanwhile
The vehicle identity information (such as license plate number or VIN code) of new energy vehicle 2 to be charged is sent to charging and adjusted by vehicle background system 3
Spend software module 13.The specific method is as follows:
Step 4.1: charging schedule is instructed and is monitored by vehicle identification authentication module 32 through information of vehicles by vehicle scheduling module 31
Module 33 is sent to monitor terminal module 27 and sends main control module 29 to after authenticated functional module 28 authenticates.
Step 4.2: after the analysis processing charging schedule instruction of main control module 29, the position of purpose charging station 1 being sent
To navigation module 25.
Step 4.3: information to be displayed being sent to display module 26, while control instruction is sent to other control modules
21, control vehicle 2 drives into corresponding charging station 1.Information to be displayed includes dispatch command, purpose charging station, low coverage communication
Block cipher, remaining capacity, continual mileage etc.；Control instruction includes the instruction such as throttle, brake, steering, for controlling new energy
The traveling of vehicle 2.
Step 4.4: vehicle identity information (such as license plate number or VIN of the vehicle background system 3 new energy vehicle 2 to be charged
Code etc., VIN is the abbreviation of Vehicle Identification Number, i.e. cycle serial number) it is sent to charging schedule software mould
Block 13.
Step 5: new energy vehicle 2 enters charging station 1 and charges.
Step 5.1: vehicle-mounted starting and the connection with station low coverage communication module 11 automatically of Near Field Communication module 22, it is vehicle-mounted close
The low coverage communication module password in the charging schedule instruction of vehicle background system 3 station low coverage is sent to away from communication module 22 to lead to
Module 11 is believed, to carry out password match, after two low coverage communication modules complete cipher authentication, so that it may realize normal low coverage
Communication.
Step 5.2: the identity that the vehicle identity information and new energy vehicle 2 sent by comparison vehicle background system 3 is sent
Information completes the authentication to new energy vehicle 2.
Step 5.3: charging schedule module 131 is vehicle identity information (such as license plate number or VIN code) and charging unit information
It is sent to charging module 133, and power distribution information is sent to Power entry module 132, while the filling distribution of charging schedule module 131
Electric installation information feeds back to new energy vehicle 2 to be charged.
Step 5.4: new energy vehicle 2 receives the charging unit position and information that charging schedule software module 13 is sent, newly
Energy vehicle 2 by navigation module 25 be directed to distribution charging unit module 14 position and be in close to recognition and verification
Start after non-travelable state close to identification process: confirming that the charging unit information received is believed with the charging unit currently identified
Manner of breathing matching, and then complete close to identification.
Step 5.5: close to after recognition and verification, the energy management module 24 of new energy vehicle 2 sends charge request order, really
Recognize information and be sent to Power entry module 132, by Power entry module 132 corresponding power energy allocation to charging module 133, charging module
133 control charging unit modules 14 are the charging of new energy vehicle；When stopping charging during charging complete or charging, new energy vehicle 2 is sailed
Vehicle background system 3 and charging schedule software module 13 are fed back to from charging unit module 14, and information is disconnected close to identification,
Then turn off the communication connection with charging station 1.
Battery level information is sent to vehicle backstage by monitor terminal module 27 in the process of running by new energy vehicle 2
System 3, the new energy vehicle 2 needs to charge when vehicle background system 3 judges the electricity of new energy vehicle 2 less than 30%, vehicle background system
The available charging resource information for the different charging stations 1 that 3 bases receive, after analysis processing, to the new energy vehicle 2 for needing to charge
A dispatch command is sent, a nearest charging station 1 is gone to charge；Meanwhile vehicle background system 3 is to be charged new
The information of vehicles of energy vehicle is sent to charging schedule software module 13.After new energy vehicle 2 receives dispatch command, purpose station
Position sends navigation module 25 to, and traveling order and low coverage signal code are sent to display module 26, controls new energy vehicle 2
Purpose charging station 1 is driven to, starting low coverage communication shakes hands, connects, by being communicated after cipher authentication.Charging schedule software
Module 13 distributes charging unit to vehicle to be charged, while including the identification information of device to be charged, new energy vehicle 2 to be charged
It after receiving charging unit information, is accommodated at charging unit module 14, completes close to after identification, the energy management module of vehicle
24 send charge request, charge.When electricity is charged to 95%, energy management module 24 requests to stop charging, and vehicle, which sails out of, to be filled
Electric installation module 14, new energy vehicle 2, which sends to disconnect close to identification information, gives charging station 1, new energy vehicle 2 and station 1 of charging
Low coverage communication disconnects.
The above is merely preferred embodiments of the present invention, it is not intended to limit the protection scope of invention, it is therefore, all at this
Any modification, equivalent replacement, improvement and so within the spirit and principle of invention, should be included in protection model of the invention
Within enclosing.
Claims (10)
1. a kind of fast charge dispatching method of new energy vehicle, it is characterized in that: including the following steps:
Step 1: the travel condition of vehicle and information that monitor terminal module (27) sends new energy vehicle (2) are to vehicle background system
(3)；
Step 2: vehicle scheduling module (31) judges whether vehicle needs to charge according to new energy vehicle (2) operating status, if so,
Step 3 is executed, if it is not, then return step 1；
Step 3: vehicle background system (3) sends Vehicular charging demand information to charging station (1), after charging station (1) certification
Charging resource information can be used by sending to charging resource module (34)；
Step 4: vehicle background system (3) combines vehicle operation task and available charging resource information to be matched and dispatched；
Step 5: new energy vehicle (2) enters charging station (1) charging.
2. the fast charge dispatching method of new energy vehicle according to claim 1, it is characterized in that: in the step 1, vehicle
Operating status and information include vehicle identity information, remaining capacity, real time position, continual mileage；Travel condition of vehicle and information
By energy management module (24), sensor module (23), navigation module (25), vehicle-mounted low coverage communication module (22) and other controls
Module (21) is acquired and is sent to main control module (29), and main control module (29) is analyzed the information received, judged
And processing, it makes a policy, and be sent to vehicle background system (3) by monitor terminal module (27), is authenticated by vehicle identification
Vehicle scheduling module (31) are passed to as effective information after module (32) certification and filtering.
3. the fast charge dispatching method of new energy vehicle according to claim 1, it is characterized in that: the step 3 further include as
Under step by step:
Step 3.1: charging schedule module (131) acquire in real time charging module (133) and Power entry module (132) operating status and
Data, and receive the vehicle identity information of the new energy vehicle (2) to be charged of vehicle background system (3) transmission；
Step 3.2: charging schedule module (131) carries out charging resource analysis and calculating, carries out distribution and distributes corresponding charging
Apparatus module (14), and vehicle background system (3) can be sent to charging resource information, it can include filling with charging resource information
Position, chargeable power, chargeable duration and the low coverage communication module password at electric field station (1).
4. the fast charge dispatching method of new energy vehicle according to claim 1, it is characterized in that: the step 4 further include as
Under step by step:
Step 4.1: vehicle scheduling module (31) is by charging schedule instruction by vehicle identification authentication module (32) through information of vehicles
Monitoring module (33) is sent to monitor terminal module (27), after authenticated functional module (28) certification, sends main control module to
(29)；
Step 4.2: after main control module (29) analysis processing charging schedule instruction, the position of purpose charging station (1) being sent
Give navigation module (25)；
Step 4.3: information to be displayed being sent to display module (26), while control instruction is sent to other control modules
(21), corresponding charging station (1) is driven into control vehicle (2)；Information to be displayed includes dispatch command, purpose charging station, close
Away from communication module password, remaining capacity, continual mileage；Control instruction includes throttle, brake, steering order；
Step 4.4: the vehicle identity information of new energy vehicle (2) to be charged is sent to charging schedule by vehicle background system (3)
Software module (13), vehicle identity information include license plate number or VIN code.
5. the fast charge dispatching method of new energy vehicle according to claim 1, it is characterized in that: the step 5 further include as
Under step by step:
Step 5.1: starting and the connection with station low coverage communication module (11) automatically of vehicle-mounted Near Field Communication module (22), it is vehicle-mounted close
It is close that the low coverage communication module password in the instruction of the charging schedule of vehicle background system (3) is sent to station away from communication module (22)
Away from communication module (11), two low coverage communication modules complete cipher authentication；
Step 5.2: the identity of the vehicle identity information sent by comparison vehicle background system (3) and new energy vehicle (2) transmission
Information completes the authentication to new energy vehicle (2)；
Step 5.3: vehicle identity information and charging unit information are sent to charging module (133) by charging schedule module (131),
And power distribution information is sent to Power entry module (132), while charging schedule module (131) feeds back the charging unit information of distribution
To new energy vehicle (2) to be charged；
Step 5.4: new energy vehicle (2) receives the charging unit position and information that charging schedule software module (13) are sent, newly
It is true that the position and carrying out for the charging unit module (14) that energy vehicle (2) is directed to distribution by navigation module (25) approaches identification
Recognize；
Step 5.5: close to after recognition and verification, the energy management module (24) of new energy vehicle (2) sends charge request order, really
Recognize information and be sent to Power entry module (132), corresponding power energy allocation is given charging module (133) by Power entry module (132), charges
Module (133) controls charging unit module (14) as new energy vehicle (2) charging.
6. the fast charge dispatching method of new energy vehicle according to claim 5, it is characterized in that: being filled in the step 5.5
When stopping charging during electricity completion or charging, new energy vehicle (2) is sailed out of charging unit module (14), and close identification is disconnected letter
Breath feeds back to vehicle background system (3) and charging schedule software module (13), then turns off and connects with the communication of charging station (1)
It connects.
7. the fast charge of the fast charge dispatching method of -6 any new energy vehicles dispatches system according to claim 1, it is characterized in that:
Including several chargings station (1), receive the new energy vehicle (2) and vehicle background system (3) that charge；Each charging station (1)
The interior charging equipped with charging schedule software module (13) and several offer electric energy being connect with charging schedule software module (13)
Apparatus module (14) and station low coverage communication module (11) install main control module (29) and and main control on new energy vehicle (2)
The monitor terminal module (27) and vehicle-mounted low coverage communication module (22) of module (29) connection, vehicle background system (3) includes vehicle
Scheduler module (31), vehicle identification authentication module (32), information of vehicles monitoring module (33) and charging resource module (34)；Charging
Dispatcher software module (13) is connect with charging resource module (34)；Monitor terminal module (27) passes through vehicle identification authentication module
(32) it is connect with vehicle scheduling module (31), vehicle-mounted low coverage communication module (22) connect with station low coverage communication module (11), makes
Charging unit module (14) is connect with the charge port of new energy vehicle (2), is Vehicular charging.
8. the fast charge of new energy vehicle according to claim 7 dispatches system, it is characterized in that: the charging schedule software mould
Block (13) includes charging schedule module (131) and the Power entry module (132) and charging module that connect with charging schedule module (131)
(133), charging schedule module (131) is connect with charging resource module (34).
9. the fast charge of new energy vehicle according to claim 7 dispatches system, it is characterized in that: on the new energy vehicle (2)
It is additionally provided with energy management module (24), energy management module (24) is connect with main control module (29), charging schedule software module
(13) it is connect with energy management module (24).
10. the fast charge of new energy vehicle according to claim 7 dispatches system, it is characterized in that: on the new energy vehicle (2)
It is additionally provided with authentication function module (28), authentication function module (28) and monitor terminal module (27) and main control module (29) are even
It connects.
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| CN114074570A (en) * | 2020-08-20 | 2022-02-22 | 青岛特来电新能源科技有限公司 | Charging control method, charging control device, charging control system, charging control equipment and readable storage medium |
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