CN111002864A - Battery charging management system for new energy electric vehicle - Google Patents

Abstract

The invention discloses a battery charging management system for a new energy electric vehicle, which comprises an alarm, a temperature detector, a power distribution unit, a central manager, a wireless module, a user side, a camera unit, a sensor and a statistic device, wherein the alarm is an acousto-optic alarm and is used for emitting a warning lamp and an alarm sound; the invention has the beneficial effects that: the charging environment monitoring, the remote monitoring and the warning are combined, when potential safety hazards appear, the regional environment can be remotely monitored, the conversation with personnel in the region is realized, dangerous behaviors are prevented, a punishment credit investigation mechanism is provided, punishment is added to overtime users, and when the charging service is occupied for a long time, the users enter a blacklist and cannot reuse the charging service, so that the phenomenon that the users with low quality reduce the use experience of common users is avoided.

Description

Battery charging management system for new energy electric vehicle

Technical Field

The invention relates to electric vehicle charging management, in particular to a battery charging management system for a new energy electric vehicle, and belongs to the technical field of charging management.

Background

At present, China has huge electric vehicle users, because most of districts have no management on the charging of the electric vehicle, the fire caused by the charging of the electric vehicle frequently occurs, and seriously threatens the personal and property safety of people, because the users are not charged properly, the power supply is not cut off for a long time after the electric vehicle is fully charged, the service life of the electric vehicle battery begins to be gradually exposed, the service life of the electric vehicle battery is as short as about one year, the battery capacity is greatly reduced, and the causes of the situation are many, but mainly because the battery is damaged due to the overcharge of the battery, the charging current of the rapid charging pile on the market is far greater than the normal charging current, the service life of the battery is very damaged, the battery is seriously damaged due to the bulge of the battery, the battery is scrapped, the charging management system has the functions of charging at regular time and automatic power-off, the condition of the overcharge of the battery is effectively prevented, the method has the advantages that limitation and backward are existed on the payment mode, mobile phone payment becomes a mainstream consumption mode in life along with the internet and mobile payment, an electric vehicle charging system and the mobile internet payment are combined, the charging of electric vehicles in a community can be effectively managed, and the method has the advantages of timing charging, mobile phone payment, full automatic power off, monitoring of the charging state at any time and the like.

The existing electric vehicle charging management system does not combine charging environment monitoring, remote monitoring and warning reminding, when the charging environment monitors a problem, a background person cannot be reminded to check the problem condition under an area through remote monitoring, the system does not have a conversation adjusting function, the monitoring range is limited, the system cannot communicate with a field person, the warning reminding does not have a time delay function, when the situation of misinformation occurs, the background person cannot cancel the warning reminding midway, the right of a maintenance user cannot be fine, the situation that a non-user occupies the position is easy to occur, a punishment credit investigation mechanism is not provided, the phenomenon that a low-quality user reduces the use experience of an ordinary user is easy to form, and further improvement and strengthening functions are needed.

Disclosure of Invention

The invention aims to solve the problems that the charging environment monitoring, the remote monitoring and the warning reminding are not combined in the existing electric vehicle charging management system, when the charging environment is monitored, a background person cannot be reminded to view the problem condition in the area through the remote monitoring, the charging management system does not have the function of adjusting the conversation, the monitoring range is limited, the charging management system cannot communicate with field persons, the warning reminding does not have the time delay function, when the false alarm occurs, the background person cannot cancel the warning reminding midway, the rights and interests of users cannot be well maintained, the situation that the users do not occupy the position is easy to occur, a punishment credit investigation mechanism is not provided, and the phenomenon that the use experience of low-quality users is reduced by common users is easy to form, so that the battery charging management system for the new-energy electric vehicle is provided.

The purpose of the invention can be realized by the following technical scheme: a battery charging management system for a new energy electric vehicle comprises an alarm, a temperature detector, a power distribution unit, a central manager, a wireless module, a user side, a camera unit, a sensor and a counter;

the alarm is the acousto-optic alarm for send warning light and alarm sound, temperature detector is used for the temperature value of the battery in detection range, the distribution unit includes a plurality of power supply socket, is used for connecting transmission electric power, wireless module is used for long-range wireless data transmission, the camera unit includes camera, electronic cloud platform, conversation module, lighting module, central management ware is used for acquireing user information to judge according to information and handle, specific processing step includes:

the method comprises the following steps: acquiring identity information of a user;

step two: matching and judging the acquired identity information with the identity information stored in the database;

when the same identity information is matched in the database, marking the user as a charging user, and successfully logging in;

when the same identity information is matched in the database and belongs to the blacklist user, the login is refused;

when the same identity information cannot be matched in the database, marking the database as a registered user, adding new identity information into the database, and completing login when the registered user successfully matches when scanning again;

step three: when the login is completed, the barrier gate is started, the charging timing is started, the chargeable position number is randomly displayed on the display, and the charging position number, the charging timing and the login account are bound;

step four: the user stops the electric vehicle at the corresponding charging position, an inductor is arranged at each charging position, an occupation identifier generated when the user induces the vehicle is bound with the corresponding account, the electric vehicle is connected with a power supply socket through a charger to carry out power transmission, and a temperature detector carries out real-time temperature monitoring on the corresponding rechargeable battery in the transmission process and carries out judgment processing according to a temperature value;

when the real-time temperature value is smaller than the preset temperature safety value, the current situation is kept, and no operation is executed;

when the real-time temperature value is greater than or equal to the preset temperature safety value and is smaller than the danger value, the early warning state is judged, the voltage is reduced, the current value is reduced, and the temperature is prevented from being further improved;

when the real-time temperature value is larger than or equal to the dangerous value, judging the real-time temperature value to be in a high-temperature state, cutting off the power supply of the corresponding power supply socket, generating a power-off reminding instruction, and remotely and wirelessly sending the power-off reminding instruction to the mobile terminal;

wherein the danger value is greater than a preset temperature safety value;

step five: when power supply stops, the power supply stops including full power stop and power failure in a high-temperature state, corresponding reminding instructions are generated according to the state, power failure reminding instructions are generated by high-temperature power failure, full power failure reminding instructions are generated by full power failure, the full power failure reminding instructions are all sent to the mobile terminal in a remote wireless mode, parking timing is started, identity information is obtained again, the vehicle is moved away, when the inductor generates an unlocking identifier, the parking timing is ended, when the parking timing is ended, a brake opening signal is generated, and a barrier gate is opened;

step six: judging according to the parking timing;

when the parking timing time is less than or equal to twenty-four hours, judging that the user is not overtime, only carrying out charging processing on the charging time, and obtaining payment amount through the charging time and the charging unit price;

when the parking timing time is more than twenty-four hours and less than or equal to forty-eight hours, judging that the parking time is an overtime user, generating an overtime parking instruction, sending the overtime parking instruction to the mobile terminal, adding parking time cost, and obtaining payment amount through charging time plus charging unit price plus (actual parking time-24) plus parking unit price;

when the parking timing time is more than forty-eight hours, judging as a black user, generating a blacklist reminding instruction, sending the blacklist reminding instruction to the mobile terminal, adding and receiving the parking time cost, obtaining payment amount through charging time and charging unit price plus (actual parking time-24) and parking unit price, pulling the user into the blacklist, generating a trailer reminding instruction, and sending the trailer reminding instruction to the background and the mobile terminal;

the sensor comprises a smoke sensor and a flame sensor, and is used for monitoring smoke and flame information in an area, the central manager is used for judging and processing according to the monitoring information, and the specific processing steps are as follows:

s01: when the smoke information and the flame information in the area are not acquired, the safety state is judged;

s02: when smoke information is obtained in the area, a smoke reminding instruction is generated, a background worker remotely checks the condition in the area in real time through a camera, the monitoring direction of the camera can be changed by controlling an electric pan-tilt to obtain video images of different areas, and a thirty-second delay is generated when the smoke information is obtained;

s04: within thirty seconds, when the background generates an interrupt instruction, the smoke information is deleted;

s05: within thirty seconds, when the background does not generate an interrupt instruction, further triggering an audible and visual alarm instruction to control an alarm to perform audible and visual alarm;

s06: when flame information is acquired in the area, a flame reminding instruction is generated, a background worker remotely checks the condition in the area in real time through a camera, the monitoring direction of the camera can be changed by controlling an electric pan-tilt to acquire video images of different areas, and a thirty-second delay is generated when the flame information is acquired;

s07: within thirty seconds, when the background generates an interrupt instruction, the flame information is deleted;

s08: within thirty seconds, when the background does not generate an interrupt instruction, further triggering an audible and visual alarm instruction to control an alarm to perform audible and visual alarm;

s09: and generating a firework reminding instruction when the smoke information and the flame information exist in the acquired area, and referring to S06-S08.

Further, the method comprises the following steps: the user side comprises a display, a scanner and a barrier gate, the display is used for displaying the serial number of the charging position, the scanner is used for scanning the two-dimensional code information displayed by the mobile terminal, and the barrier gate is used for isolating parking of the user who does not log in.

Further, the method comprises the following steps: the statistics device is used for carrying out statistics processing on the parking information in each area, and the specific statistics processing steps are as follows:

a01: acquiring unused charging position numbers under each region in real time, wherein the numbers are marked as A1, A2, B1, B2, C1 and C2.;

a02: integrating the unused charging position numbers of all the areas and uniformly sending the unused charging position numbers to the mobile terminal;

a03: the mobile terminal acquires the number information, A, B and C.

Further, the method comprises the following steps: the central manager is also used for processing the charge amount, and the specific processing steps comprise:

f01: acquiring the amount of money of a user in each settlement;

f02: classifying the amount of money according to the position of the uploaded amount data, wherein AK1 represents the first charging amount under the area A, AK2 represents the second charging amount under the area A, BK1 represents the first charging amount under the area B, and the like;

f03: giving a timestamp to the data while acquiring the amount of the region;

f04: accumulating the money in the same area in one year to obtain the amount of money charged in the area in one year;

f05: and adding the annual sum data of all the areas to obtain a total sum value.

Further, the method comprises the following steps: the communication module is used for acquiring and transmitting audio.

Further, the method comprises the following steps: the central manager is also used for temporary storage processing of data, and the temporary storage processing steps are as follows:

h01: acquiring user information, acquiring unused charging position numbers and acquiring user settlement amount information;

h02: uploading all the acquired information, and judging according to an uploading state;

when the data is completely uploaded, clearing all the locally stored data;

when the data is not uploaded, the local storage data is still reserved until the uploading is successful, and the execution data is cleared;

and when the uploading of the data is completed, deleting the part of the data of which the uploading of the local storage data is completed, taking the part which is not completed to upload as the reserved data, and performing zero clearing until the uploading is successful.

Compared with the prior art, the invention has the beneficial effects that:

1. one of the smoke sensor and the flame sensor can generate a reminding instruction when monitoring the associated information, a background worker can remotely check the condition in the area in real time through the camera, and can change the monitoring direction of the camera through controlling the electric pan-tilt to obtain video images of different areas, and can also improve the visual field environment in the area through the lighting module, smoking in the area is forbidden, when the background worker finds that smoking occurs in the area, the background worker can communicate with a smoker in the area in time through the communication module to stop smoking behavior, the reminding instruction triggered under the condition is a false reminding instruction which indicates that the fire problem does not really occur, the background worker timely solves the potential safety hazard, when the background generates an interrupt instruction within thirty seconds, the reminding instruction is deleted, when no worker eliminates the problem within thirty seconds, the background does not generate an interrupt instruction, further cause the audible and visual alarm instruction, control the siren and carry out audible and visual alarm, remind the crowd evacuation, will charge environmental monitoring, remote monitoring, warning and remind and combine together, when the potential safety hazard appears, can remote monitoring regional environment, talk with the personnel in the region, prevent dangerous action.

2. Judging according to parking time, when the parking time is less than or equal to twenty-four hours, judging that the user is not overtime, only charging time is charged, when the parking time is more than twenty-four hours and less than or equal to forty-eight hours, the user is judged to be overtime, the parking time cost is charged, when the parking time is more than forty-eight hours, the user is judged to be a black user, a blacklist reminding instruction is generated and sent to the mobile terminal, the parking time cost is added and received, when the user provides the user identity information, the same identity information is matched in the database, the identity information belongs to the blacklist user, login is refused, a penalty credit mechanism is provided, penalty is added to the overtime user, and when the user occupies for a long time, the user can not use the charging service again when entering the blacklist, and the phenomenon that the use experience of a common user is reduced by a low-quality user is avoided.

3. The acquired identity information is matched and judged with identity information stored in a database, when the same identity information is matched in the database, a user is marked as a charging user, login is successful, a gateway is opened, when the same identity information is matched in the database and the identity information belongs to a blacklist user, login and passage are refused, when the same identity information is not matched in the database, the user is marked as a registered user, new identity information is added into the database, the registered user is successfully matched when scanning again, login is completed, only the user meeting the authority can park and charge, and the situation that the position is not occupied by the user is avoided.

Drawings

In order to facilitate understanding for those skilled in the art, the present invention will be further described with reference to the accompanying drawings.

FIG. 1 is a system framework diagram of the present invention.

Detailed Description

The technical solutions of the present invention will be described clearly and completely with reference to the following embodiments, and it should be understood that the described embodiments are only a part of the embodiments of the present invention, and not all of the embodiments. All other embodiments, which can be derived by a person skilled in the art from the embodiments given herein without making any creative effort, shall fall within the protection scope of the present invention.

Referring to fig. 1, a battery charging management system for a new energy electric vehicle includes an alarm, a temperature detector, a power distribution unit, a central manager, a wireless module, a user terminal, a camera unit, a sensor, and a counter;

the siren is the acousto-optic siren for send warning light and alarm sound, temperature detector is used for the temperature value of the battery of detection range, and the distribution unit includes a plurality of power supply socket, is used for connecting transmission electric power, and wireless module is used for long-range wireless data transmission, and the camera unit includes camera, electronic cloud platform, conversation module, lighting module, and central management ware is used for acquireing user information, and judges to handle according to information, and specific processing step includes:

the method comprises the following steps: acquiring identity information of a user;

step two: matching and judging the acquired identity information with the identity information stored in the database;

when the same identity information is matched in the database, marking the user as a charging user, and successfully logging in;

when the same identity information is matched in the database and belongs to the blacklist user, the login is refused;

when the same identity information cannot be matched in the database, marking the database as a registered user, adding new identity information into the database, and completing login when the registered user successfully matches when scanning again;

step three: when the login is completed, the barrier gate is started, the charging timing is started, the chargeable position number is randomly displayed on the display, and the charging position number, the charging timing and the login account are bound;

step four: the user stops the electric vehicle at the corresponding charging position, an inductor is arranged at each charging position, an occupation identifier generated when the user induces the vehicle is bound with the corresponding account, the electric vehicle is connected with a power supply socket through a charger to carry out power transmission, and a temperature detector carries out real-time temperature monitoring on the corresponding rechargeable battery in the transmission process and carries out judgment processing according to a temperature value;

when the real-time temperature value is smaller than the preset temperature safety value, the current situation is kept, and no operation is executed;

when the real-time temperature value is greater than or equal to the preset temperature safety value and is smaller than the danger value, the early warning state is judged, the voltage is reduced, the current value is reduced, and the temperature is prevented from being further improved;

when the real-time temperature value is larger than or equal to the dangerous value, judging the real-time temperature value to be in a high-temperature state, cutting off the power supply of the corresponding power supply socket, generating a power-off reminding instruction, and remotely and wirelessly sending the power-off reminding instruction to the mobile terminal;

wherein the danger value is greater than a preset temperature safety value;

step five: when power supply stops, the power supply stops including full power stop and power failure in a high-temperature state, corresponding reminding instructions are generated according to the state, power failure reminding instructions are generated by high-temperature power failure, full power failure reminding instructions are generated by full power failure, the full power failure reminding instructions are all sent to the mobile terminal in a remote wireless mode, parking timing is started, identity information is obtained again, the vehicle is moved away, when the inductor generates an unlocking identifier, the parking timing is ended, when the parking timing is ended, a brake opening signal is generated, and a barrier gate is opened;

step six: judging according to the parking timing;

when the parking timing time is less than or equal to twenty-four hours, judging that the user is not overtime, only carrying out charging processing on the charging time, and obtaining payment amount through the charging time and the charging unit price;

when the parking timing time is more than twenty-four hours and less than or equal to forty-eight hours, judging that the parking time is an overtime user, generating an overtime parking instruction, sending the overtime parking instruction to the mobile terminal, adding parking time cost, and obtaining payment amount through charging time plus charging unit price plus (actual parking time-24) plus parking unit price;

when the parking timing time is more than forty-eight hours, judging as a black user, generating a blacklist reminding instruction, sending the blacklist reminding instruction to the mobile terminal, adding and receiving the parking time cost, obtaining payment amount through charging time and charging unit price plus (actual parking time-24) and parking unit price, pulling the user into the blacklist, generating a trailer reminding instruction, and sending the trailer reminding instruction to the background and the mobile terminal;

the sensor comprises a smoke sensor and a flame sensor, and is used for monitoring smoke and flame information in an area, the central manager is used for judging and processing according to the monitoring information, and the specific processing steps are as follows:

s01: when the smoke information and the flame information in the area are not acquired, the safety state is judged;

s02: when smoke information is obtained in the area, a smoke reminding instruction is generated, a background worker remotely checks the condition in the area in real time through a camera, the monitoring direction of the camera can be changed by controlling an electric pan-tilt to obtain video images of different areas, and a thirty-second delay is generated when the smoke information is obtained;

s04: within thirty seconds, when the background generates an interrupt instruction, the smoke information is deleted;

s05: within thirty seconds, when the background does not generate an interrupt instruction, further triggering an audible and visual alarm instruction to control an alarm to perform audible and visual alarm;

s06: when flame information is acquired in the area, a flame reminding instruction is generated, a background worker remotely checks the condition in the area in real time through a camera, the monitoring direction of the camera can be changed by controlling an electric pan-tilt to acquire video images of different areas, and a thirty-second delay is generated when the flame information is acquired;

s07: within thirty seconds, when the background generates an interrupt instruction, the flame information is deleted;

s08: within thirty seconds, when the background does not generate an interrupt instruction, further triggering an audible and visual alarm instruction to control an alarm to perform audible and visual alarm;

s09: generating a firework reminding instruction when smoke information and flame information exist in the obtained area, and referring to S06-S08 in the concrete steps;

the user side comprises a display, a scanner and a barrier gate, the display is used for displaying the serial number of the charging position, the scanner is used for scanning the two-dimensional code information displayed by the mobile terminal, and the barrier gate is used for isolating the parking of the user who does not log in;

the statistics device is used for carrying out statistics processing on the parking information in each area, and the specific statistics processing steps are as follows:

a01: acquiring unused charging position numbers under each region in real time, wherein the numbers are marked as A1, A2, B1, B2, C1 and C2.;

a02: integrating the unused charging position numbers of all the areas and uniformly sending the unused charging position numbers to the mobile terminal;

the central manager is also used for processing the charge amount, and the specific processing steps comprise:

f01: acquiring the amount of money of a user in each settlement;

f02: classifying the amount of money according to the position of the uploaded amount data, wherein AK1 represents the first charging amount under the area A, AK2 represents the second charging amount under the area A, BK1 represents the first charging amount under the area B, and the like;

f03: giving a timestamp to the data while acquiring the amount of the region;

f04: accumulating the money in the same area in one year to obtain the amount of money charged in the area in one year;

f05: adding the annual sum data of all the areas to obtain a total sum value;

the call module is used for acquiring and transmitting audio;

the central manager is also used for temporary storage processing of data, and the temporary storage processing steps are as follows:

h01: acquiring user information, acquiring unused charging position numbers and acquiring user settlement amount information;

h02: uploading all the acquired information, and judging according to an uploading state;

when the data is completely uploaded, clearing all the locally stored data;

when the data is not uploaded, the local storage data is still reserved until the uploading is successful, and the execution data is cleared;

and when the uploading of the data is completed, deleting the part of the data of which the uploading of the local storage data is completed, taking the part which is not completed to upload as the reserved data, and performing zero clearing until the uploading is successful.

When the invention is used, the sensor comprises a smoke sensor and a flame sensor which are used for monitoring smoke and flame information in an area, as long as one of the smoke sensor and the flame sensor monitors the relevant information, a reminding instruction can be generated, a background worker can remotely check the condition in the area in real time through a camera, and can obtain video images of different areas by controlling the monitoring direction of the electric pan-tilt head to change the monitoring direction of the camera, the visual field environment in the area can be improved through the lighting module, smoking is forbidden in the area, when the background worker finds that smoking occurs in the area, the background worker can communicate with smokers in the area in time through the communication module to stop smoking behavior, the reminding instruction triggered under the condition is a false reminding instruction which indicates that the fire problem does not really occur, the background worker timely solves the potential safety hazard, within thirty seconds, when the background generates an interrupt instruction, the reminding instruction is deleted, when no problem is eliminated by background workers within thirty seconds, the background does not generate the interrupt instruction, an audible and visual alarm instruction is further triggered, an alarm is controlled to perform audible and visual alarm to remind people of evacuating, when a user needs to park and charge, a system needs to acquire the identity information of the user, the acquired identity information is matched with the identity information stored in a database for judgment, when the same identity information is matched in the database, the user is marked as a charging user, the login is successful, when the login is completed, a barrier gate is opened, the charging timing is started, a chargeable position number is randomly displayed on a display, the charging position number, the charging timing and a login account are bound, the identity information is acquired again, when a vehicle is moved away, when an unlocking identifier is generated by a sensor, the parking timing is ended, and the parking timing is ended, generating a brake opening signal, opening a barrier gate, performing judgment processing according to parking timing, judging that a user does not time out when the parking timing time is less than or equal to twenty-four hours, only performing charging processing on the charging time, judging that the user is time out when the parking timing time is more than twenty-four hours and less than or equal to forty-eight hours, adding and receiving parking time fee, judging that the user is a black user when the parking timing time is more than forty-eight hours, generating a blacklist reminding instruction, sending the blacklist reminding instruction to a mobile terminal, adding and receiving the parking time fee, matching the same identity information in a database when the user provides user identity information, and refusing to log in the identity information which belongs to a blacklist user.

The preferred embodiments of the invention disclosed above are intended to be illustrative only. The preferred embodiments are not intended to be exhaustive or to limit the invention to the precise embodiments disclosed. Obviously, many modifications and variations are possible in light of the above teaching. The embodiments were chosen and described in order to best explain the principles of the invention and the practical application, to thereby enable others skilled in the art to best utilize the invention. The invention is limited only by the claims and their full scope and equivalents.

Claims (6)

1. A battery charging management system for a new energy electric vehicle is characterized by comprising an alarm, a temperature detector, a power distribution unit, a central manager, a wireless module, a user side, a camera unit, a sensor and a counter;

the alarm is the acousto-optic alarm for send warning light and alarm sound, temperature detector is used for the temperature value of the battery in detection range, the distribution unit includes a plurality of power supply socket, is used for connecting transmission electric power, wireless module is used for long-range wireless data transmission, the camera unit includes camera, electronic cloud platform, conversation module, lighting module, central management ware is used for acquireing user information to judge according to information and handle, specific processing step includes:

the method comprises the following steps: acquiring identity information of a user;

step two: matching and judging the acquired identity information with the identity information stored in the database;

when the same identity information is matched in the database, marking the user as a charging user, and successfully logging in;

when the same identity information is matched in the database and belongs to the blacklist user, the login is refused;

when the same identity information cannot be matched in the database, marking the database as a registered user, adding new identity information into the database, and completing login when the registered user successfully matches when scanning again;

step three: when the login is completed, the barrier gate is started, the charging timing is started, the chargeable position number is randomly displayed on the display, and the charging position number, the charging timing and the login account are bound;

step four: the user stops the electric vehicle at the corresponding charging position, an inductor is arranged at each charging position, an occupation identifier generated when the user induces the vehicle is bound with the corresponding account, the electric vehicle is connected with a power supply socket through a charger to carry out power transmission, and a temperature detector carries out real-time temperature monitoring on the corresponding rechargeable battery in the transmission process and carries out judgment processing according to a temperature value;

when the real-time temperature value is smaller than the preset temperature safety value, the current situation is kept, and no operation is executed;

when the real-time temperature value is greater than or equal to the preset temperature safety value and is smaller than the danger value, the early warning state is judged, the voltage is reduced, the current value is reduced, and the temperature is prevented from being further improved;

when the real-time temperature value is larger than or equal to the dangerous value, judging the real-time temperature value to be in a high-temperature state, cutting off the power supply of the corresponding power supply socket, generating a power-off reminding instruction, and remotely and wirelessly sending the power-off reminding instruction to the mobile terminal;

wherein the danger value is greater than a preset temperature safety value;

step five: when power supply stops, the power supply stops including full power stop and power failure in a high-temperature state, corresponding reminding instructions are generated according to the state, power failure reminding instructions are generated by high-temperature power failure, full power failure reminding instructions are generated by full power failure, the full power failure reminding instructions are all sent to the mobile terminal in a remote wireless mode, parking timing is started, identity information is obtained again, the vehicle is moved away, when the inductor generates an unlocking identifier, the parking timing is ended, when the parking timing is ended, a brake opening signal is generated, and a barrier gate is opened;

step six: judging according to the parking timing;

when the parking timing time is less than or equal to twenty-four hours, judging that the user is not overtime, only carrying out charging processing on the charging time, and obtaining payment amount through the charging time and the charging unit price;

when the parking timing time is more than twenty-four hours and less than or equal to forty-eight hours, judging that the parking time is an overtime user, generating an overtime parking instruction, sending the overtime parking instruction to the mobile terminal, adding parking time cost, and obtaining payment amount through charging time plus charging unit price plus (actual parking time-24) plus parking unit price;

when the parking timing time is more than forty-eight hours, judging as a black user, generating a blacklist reminding instruction, sending the blacklist reminding instruction to the mobile terminal, adding and receiving the parking time cost, obtaining payment amount through charging time and charging unit price plus (actual parking time-24) and parking unit price, pulling the user into the blacklist, generating a trailer reminding instruction, and sending the trailer reminding instruction to the background and the mobile terminal;

the sensor comprises a smoke sensor and a flame sensor, and is used for monitoring smoke and flame information in an area, the central manager is used for judging and processing according to the monitoring information, and the specific processing steps are as follows:

s01: when the smoke information and the flame information in the area are not acquired, the safety state is judged;

s02: when smoke information is obtained in the area, a smoke reminding instruction is generated, a background worker remotely checks the condition in the area in real time through a camera, the monitoring direction of the camera can be changed by controlling an electric pan-tilt to obtain video images of different areas, and a thirty-second delay is generated when the smoke information is obtained;

s04: within thirty seconds, when the background generates an interrupt instruction, the smoke information is deleted;

s05: within thirty seconds, when the background does not generate an interrupt instruction, further triggering an audible and visual alarm instruction to control an alarm to perform audible and visual alarm;

s06: when flame information is acquired in the area, a flame reminding instruction is generated, a background worker remotely checks the condition in the area in real time through a camera, the monitoring direction of the camera can be changed by controlling an electric pan-tilt to acquire video images of different areas, and a thirty-second delay is generated when the flame information is acquired;

s07: within thirty seconds, when the background generates an interrupt instruction, the flame information is deleted;

s08: within thirty seconds, when the background does not generate an interrupt instruction, further triggering an audible and visual alarm instruction to control an alarm to perform audible and visual alarm;

s09: and generating a firework reminding instruction when the smoke information and the flame information exist in the acquired area, and referring to S06-S08.

2. The battery charging management system for the new energy electric vehicle as claimed in claim 1, wherein the user side comprises a display, a scanner and a barrier, the display is used for displaying the number of the charging position, the scanner is used for scanning the two-dimensional code information displayed by the mobile terminal, and the barrier is used for isolating the parking of the user who does not log in.

3. The battery charging management system for the new energy electric vehicle as claimed in claim 1, wherein the statistical device is used for statistically processing the parking information in each area, and the specific statistical processing steps are as follows:

a01: acquiring unused charging position numbers under each region in real time, wherein the numbers are marked as A1, A2, B1, B2, C1 and C2.;

a02: integrating the unused charging position numbers of all the areas and uniformly sending the unused charging position numbers to the mobile terminal;

a03: the mobile terminal acquires the number information, A, B and C.

4. The battery charging management system for the new energy electric vehicle as claimed in claim 1, wherein the central manager is further used for processing the charged amount, and the specific processing steps comprise:

f01: acquiring the amount of money of a user in each settlement;

f02: classifying the amount of money according to the position of the uploaded amount data, wherein AK1 represents the first charging amount under the area A, AK2 represents the second charging amount under the area A, BK1 represents the first charging amount under the area B, and the like;

f03: giving a timestamp to the data while acquiring the amount of the region;

f04: accumulating the money in the same area in one year to obtain the amount of money charged in the area in one year;

f05: and adding the annual sum data of all the areas to obtain a total sum value.

5. The battery charging management system for the new energy electric vehicle as claimed in claim 1, wherein the call module is used for audio acquisition and audio transmission.

6. The battery charging management system for the new energy electric vehicle as claimed in claim 1, wherein the central manager is further configured to perform temporary storage processing on the data, and the temporary storage processing step is as follows:

h01: acquiring user information, acquiring unused charging position numbers and acquiring user settlement amount information;

h02: uploading all the acquired information, and judging according to an uploading state;

when the data is completely uploaded, clearing all the locally stored data;

when the data is not uploaded, the local storage data is still reserved until the uploading is successful, and the execution data is cleared;

and when the uploading of the data is completed, deleting the part of the data of which the uploading of the local storage data is completed, taking the part which is not completed to upload as the reserved data, and performing zero clearing until the uploading is successful.

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