TWM552628U - Electric motorcycle rental system - Google Patents

Description

Electric car rental system

This creation is a rental system, especially an electric motor vehicle rental system that can replace the purchase by rent and attract the locomotive group to use the electric motor vehicle to reduce pollution and accurately grasp the driving state of the electric motor vehicle.

With the advancement of society and science and technology, the exhaust gas emitted by steam locomotives and the sewage or sewage discharged from factories have seriously affected the ecological environment, which has led to the increasing awareness of environmental protection. In the early days of steam locomotives, their power demand came from combustion sources such as gasoline and diesel. These combustion sources produced exhaust gas and were exported through the exhaust pipe, which affected the environment.

Therefore, some people have proposed oil-electric vehicles, on the one hand, not only can use electric energy to drive the wheels without gasoline, but also relatively reduce the exhaust gas emitted by gasoline combustion. However, people were not satisfied with the oil and electric vehicle, and it was later proposed that the electric motor vehicle driven by the full electric power could completely eliminate the exhaust gas during the driving process and further improve the environment.

However, the price of the existing electric motor vehicle is still high. Even with the assistance of the government, the price of the electric motor vehicle is still high, which leads to the very low purchasing intention of the people and still chooses to ride the locomotive, so that the effect of reducing pollution cannot be effectively achieved.

In addition, during the driving process of the existing electric motor vehicle, the consumer will only receive the battery information, and may not be able to accurately grasp the driving state of the electric motor vehicle, which may damage the electric motor vehicle, the rechargeable battery and the motor, and even the consumer. have an accident. Once a consumer has an accident, not only will the consumer be filled with grievances, but it will also adversely affect the company's image. Therefore, it is necessary to propose an electric motor vehicle rental system that can replace the purchase by rent and attract the locomotive group to use the electric motor vehicle to reduce pollution and accurately grasp the running state of the electric motor vehicle.

The purpose of this creation is to propose a motor vehicle rental system that can replace the purchase by rent and attract the locomotive group to use the electric motor vehicle to reduce pollution and accurately grasp the running state of the electric motor vehicle.

In accordance with the above objects, the present invention provides an electric motor vehicle rental system including at least one electric motor vehicle, at least one locking device, a management station, a central control management center, and a terminal device. The electric motor vehicle includes a vehicle unit, a lock-and-charge unit that links the vehicle unit, a battery unit that links the vehicle unit and the lock-and-charge unit, and an electronic control unit that links the vehicle unit. unit. The car unit includes a information collection module, the lock and charge unit includes a first RFID module, a first battery information module that links the information collection module, and a lock mechanism. The unit includes at least one rechargeable battery, and a BMS management module electrically connected to the rechargeable battery and connected to the information collecting module. The electronic control unit includes a motor and is electrically connected to the motor and the information is linked to the information. Collect the motor controller of the module.

The lock device includes a second RFID module that links the first RFID module, a second battery information module that links the first battery information module, and a lock that is electrically connected to the lock mechanism. Car control module.

The management station includes a lock charging management module, a rental module, and a site module. The lock charging management module information links the second RFID module, the second battery information module, and the lock control The module, the rental module information is connected to the second RFID module and the second battery information module.

The central control management center includes a site management module that links the site module with information, a rental management module that links the rental module, and a data analysis module that links the rental module.

The terminal device includes an application program that links the information collection module, the site management module, the rental management module, and the data analysis module. The application or the rental module has at least one member rental option and a non-member rental option, and the information is transmitted to the central control management center by selecting the member rental option or the non-member rental option.

Further, the information gathering module is connected to the BMS management module and the motor controller through a controller area network (CANbus).

Further, the information gathering module is linked to the terminal device through a Bluetooth or Wi-Fi.

Further, the vehicle unit includes a positioning module that is connected to the central control management center.

Further, the positioning module includes a GPS device that links the central control management center with information.

Further, the positioning module includes a disconnecting device that is connected to the central control management center.

Further, the positioning module includes a protection device that is linked to the central control management center.

Further, the lock and charge plug unit includes a charging interface electrically connected to the rechargeable battery, the lock device includes a charging module electrically connected to the charging interface, and the management station includes a charging module electrically connected to the charging module. Power management module.

Further, the lock control module includes a card reader and a lock controller electrically connected to the card reader and the lock mechanism.

Further, the BMS management module includes an acquisition module electrically connected to the rechargeable battery, an equalization control module electrically connected to the rechargeable battery, a display module electrically connected to the rechargeable battery, and a main control The module is electrically connected to the acquisition module and the equalization control module, and the main control module information is connected to the information collection module.

Further, the management station includes a voice prompting module that links the lock management module to the information.

Further, the central control management center includes a row of vehicle customer service call modules.

Further, the information center further includes a repair center for the central control management center.

Further, the member rental option is set to three, one of which is an international rental option, one of which is a regional rental option and the other is a specific regional rental option.

The characteristics of this creation are:

1. The terminal device connects the information collection module, the site management module, the rental management module and the data analysis module via information to receive information such as a battery, a vehicle body, a rental location, and the like in the electric motor vehicle. The consumer can know the rental location, the battery and the vehicle body via the application of the terminal device, and then select the appropriate electric motor vehicle for rental at an appropriate location.

2. In the present case, the locomotive group can rent the electric motor vehicle to the central control management center through the terminal device or the management station, thereby attracting the locomotive group to rent the electric motor vehicle, so that the locomotive group can often use the electric motor. The car can reduce environmental pollution.

3. The operation information of the rechargeable battery and the operation information of the motor are transmitted to the terminal device and the central control management center to monitor the driving state of the rechargeable battery and the motor, which can not only avoid the driving of the electric motor car during driving. The abnormality can reduce the probability of injuring the electric motor car, the rechargeable battery and the motor, and can also prevent an accident from occurring when the consumer does not notice the abnormality.

4. The electric motor car does not have atmospheric and noise pollution, which can provide residents and tourists with convenient green travel modes and improve the city's green competitiveness.

5. The electric motor vehicle rental system can become an indispensable part of the urban transportation system, improve the utilization of road resources and alleviate road traffic congestion.

In the following, together with the attached drawings, it is more convenient to understand how the structure of the creation is combined and used. It is easier to understand the purpose, technical content, characteristics and effects of the creation.

Please refer to FIG. 1 to FIG. 8 , which is an electric motor vehicle rental system 1 according to the present invention, which comprises at least one electric motor vehicle 2 , at least one locking device 3 for information connection to the electric motor vehicle 2 , and an information connection. The management station 4 of the lock device 3, a central control management center 5 for information connection to the management station 4, and a terminal device 6 for information connection between the electric motor vehicle 2 and the central control management center 5.

The electric motor vehicle 2 includes a vehicle unit 20, a lock and charge unit 21 for informational connection to the vehicle unit 20, a battery unit 22 for informational connection between the vehicle unit 20 and the lock and fill unit 21, and an information link. The electronic control unit 23 of the vehicle unit 20. The car unit 20 includes a data collection module 200. The lock and charge unit 21 includes a first RFID module 210, a first battery information module 211 that links the information collection module 200, and a Locking mechanism 212. The first RFID module 210 is configured to transmit the vehicle body to the locking device 3, and the first battery information module 211 transmits information of the battery to the locking device 3.

The battery unit 22 includes at least one rechargeable battery 220, and a BMS management module 221 electrically connected to the rechargeable battery 220 and connected to the information collecting module 200. The BMS management module 221 collects the rechargeable battery 220. Relevant information (such as battery status, battery voltage, battery impedance, battery temperature, etc.) is transmitted to the information gathering module 200. The BMS management module 221 can monitor the state of the rechargeable battery 220 in real time, and by detecting the external characteristic parameters (such as voltage, current, temperature, etc.) of the rechargeable battery 220, implement an internal state of the rechargeable battery 220 by using an appropriate algorithm (eg, Estimation and monitoring of capacity and state of charge (SOC). After the state of the rechargeable battery 220 is correctly acquired, thermal management, battery balance management, charge and discharge management, failure alarm, and the like are performed.

The BMS management module 221 includes an acquisition module 222 electrically connected to the rechargeable battery 220, an equalization control module 223 electrically connected to the rechargeable battery 220, and a display module electrically connected to the rechargeable battery 220. 224, and a main control module 225, the main control module 225 is electrically connected to the acquisition module 222 and the equalization control module 223, and the main control module 225 is connected to the information collection module 200. The acquisition module 222 can measure the terminal voltage and temperature of the rechargeable battery 220, and control the temperature and install in the battery box. When the voltage of the rechargeable battery 220 does not exceed a predetermined value, the equalization control module 223 automatically equalizes the rechargeable battery 220 after the charging current is less than a certain value. The display module 224 is configured to display various parameters such as the state of the rechargeable battery 220 and the SOC, and store related data. The display module 224 is configured as a vehicle-mounted meter. The main control module 225 completes the detection of the total voltage and the total current of the rechargeable battery 220, and the information is coupled to the acquisition module 222, the equalization control module 223, and the display module 224.

The electronic control unit 23 includes a motor 230, and a motor controller 231 electrically connected to the motor 230 and connected to the information collecting module 200. The information collecting module 200 is connected to a controller area network (Controller). Area Network, CANbus) is linked to the BMS management module 221 and the motor controller 231. The motor controller 231 can be used to control the start, run, advance and retreat, speed, and stop of the motor 230, and the motor controller 231 can transmit the information of the motor 230, such as the rotational speed and temperature, to the information gathering module 200. . And the motor controller 231 can detect the voltage of the rechargeable battery 220. When the voltage of the rechargeable battery 220 is exhausted, the display panel is used to indicate that the battery is insufficient, and the consumer is reminded to adjust his or her travel time. When the voltage of 220 is exhausted, the signal is sent to the comparator through the sampling power group, and the protection signal is outputted by the circuit, so that the protection circuit issues a command to cut off the current to protect the charger and the rechargeable battery 220.

The lock device 3 includes a second RFID module 30 that links the first RFID module 210, a second battery information module 31 that links the first battery information module 211, and an electrical connection. The lock control module 32 of the lock mechanism 212. The second RFID module 30 can read the body part transmitted through the first RFID module 210 and transfer the body part to the management station 4. The second battery information module 31 receives the battery information transmitted via the first battery information module 211 and transmits the battery information to the management station 4. The lock control module 32 receives the command from the management station 4 and locks the lock mechanism 212.

The management station 4 includes a lock management module 40, a rental module 41, and a site module 42. The lock management module 40 is connected to the second RFID module 30 and the second battery information module. The group 31 and the lock control module 32, the rental module 41 information is connected to the second RFID module 30 and the second battery information module 31. The lock charging management module 40 receives the information of the vehicle body and the rechargeable battery 220 via the second RFID module 30 and the second battery information module 31, and sends a lock command to the lock control module. 32. The rental module 41 can provide a special card to rent a vehicle on the spot, query the rental information through a screen, and upload the rechargeable battery 220 or the identity information of the electric motor vehicle 2 to the central control center 5. The site module 42 is provided with information corresponding to the location.

The central control management center 5 includes a site management module 50 that links the site module 42 with information, a rental management module 51 that links the rental module 41, and a data link to the rental module 41. Analysis module 52. The site management module 50 accepts information from the site module 42 and transmits management commands to the site module 42. The rental management module 51 accepts rental information of the terminal device 6 or the management station 4, and transmits a rental instruction to the terminal device 6 or the management station 4. The data analysis module 52 receives the rental information, the vehicle information and the battery information of the terminal device 6 or the management station 4, and performs the interpretation analysis to form the command and the effective information, and then transmits the information to the terminal device 6 or the management station 4 .

The terminal device 6 is connected to the information collection module 200 via a Bluetooth or Wi-Fi. The terminal device 6 includes an application 60. The application 60 is linked to the information collection module 200 and the site management. The module 50, the rental management module 51 and the data analysis module 52. The information collection module 200 transmits the vehicle information and the information of the rechargeable battery 220 to the terminal device 6. The site management module 50 transmits the site information to the terminal device 6, and the rental management module 51 will lease The information is transmitted to the terminal device 6, and the data analysis module 52 transmits the information of the body of each of the electric motor vehicles 2 in the management station 4 to the terminal device 6. The application 60 or the rental module 41 is provided with at least one member rental option and a non-member rental option, and the information is transmitted to the central control management center 5 by selecting the member rental option or the non-member rental option. The consumer can rent the electric motor vehicle 2 to the hollow management center 5 by means of a member or a temporary rental method. In the embodiment of the present invention, the terminal device 6 is applied to, for example, a smart phone or an iPad or a desktop computer or a notebook computer, but is not limited thereto.

More specifically, please continue to refer to FIGS. 1 to 8 , in which the consumer selects the member rental option or the non-member rental option through the terminal device 6 or the rental module 41 in the management station 4 for use. Login for information. The member leasing model allows consumers to make memberships by paying dues, deposits, lease payments and maintenance annuities, and the central control center 5 records the information of the consumer and provides a password or quick response matrix. A voucher such as a Quick Response Code (QR) is given to the consumer, and the consumer can sense and rent the electric motor car 2 at the management station 4 throughout the country by using the voucher, and when the consumer does not carry the mobile phone, The management station 4 enters a password to rent. The local lease mode is to rent the screen of the management station 4 on the spot, and the cost may be higher than the membership mode.

In one embodiment, the member rental option is set to three, one of which is an international rental option, one of which is a regional rental option and the other is a specific regional rental option. When the consumer selects the consumption mode of driving in a specific area, it can only drive the electric motor car 2 within a prescribed range, and if the consumer travels out of range (such as transnational or trans-regional), the central control management center 5 will pass The terminal device 6 alerts the consumer to allow the consumer to select a temporary cross-border or inter-regional lease through the terminal device 6, and the central control management center 5 immediately changes the authority of the consumer and adds the temporary of the consumer. Cross-regional or cross-border fees.

For example, the membership system model, consumers paying membership fees of 1,000 yuan, security (international member leasing is 20,000 yuan, the district member leasing is 15,000 yuan, the partition member leasing is 10,000 yuan), the lease monthly fee of 600 yuan and the maintenance annuity of 2,000 yuan, The rental month is like the monthly refueling of a typical locomotive. The maintenance annuity is like the annual maintenance fee for a typical locomotive. When the consumer withdraws from the member, the deposit will be returned to the consumer. In other words, the consumer can use the electric motor car 2 without purchasing the electric motor car 2, and the actual situation does not cause the burden on the consumer at all. Thereby, the locomotive group is attracted to rent the electric motor car 2, so that the locomotive group can often use the electric motor car 2 to reduce environmental pollution.

The actual rental situation is continued. In the embodiment of the present invention, the electric motor vehicle 2 and the management station 4 are set to be plural, but it is not used to limit the case. When the terminal device 6 is rented to the central control management center 5 via the application program 60, each of the information collection modules 200 transmits the information of each of the motor vehicles 2 to each of the rechargeable batteries 220. To the terminal device 6, each of the site management modules 50 transmits the site information of each of the management stations 4 to the terminal device 6, and the data analysis module 52 also connects each motor. The body of the car 2 and the information of each of the rechargeable batteries 220 are transmitted to the terminal device 6.

Thereafter, the terminal device 6 receives the information and then selects one of the electric vehicles 2 of the nearby management station 4 to lease and return the rental instruction to the rental management module 51, and the rental management module 51 then orders the lease. The lock module 41 is transmitted to the management station 4, and the lock management module 40 of the management station 4 transmits the unlock command to the lock control module 32 to control the lock control module 32. The lock mechanism 212 is opened to enable the consumer to pull one of the electric motor vehicles 2 out of the vehicle, and the consumer can take the electric motor vehicle 2 home. When the electric motor vehicle 2 is returned later, since each of the management stations 4 is linked to the central control management center 5 and the information of the consumer is recorded, it can be returned to the management station 4 differently.

In addition, during the running of the electric motor vehicle 2, the operation information of the rechargeable battery 220 and the operation information of the motor 230 are also transmitted to the terminal device 6 and the central control management center 5 to monitor the electric motor car 2 The driving state is different from the existing information that only transmits battery information.

In this case, not only the operation information of the rechargeable battery 220 is transmitted to the consumer, but also the operation information of the motor 230 is transmitted to the consumer, so that the consumer can clearly and comprehensively judge and compare the detailed information of each electric motor vehicle 2 to the consumer. It is possible to lease to the appropriate electric motor vehicle 2. During the driving process, the operation information of the rechargeable battery 220 and the operation information of the motor 230 are also transmitted to the terminal device 6 and the central control management center 5 to monitor the driving state of the rechargeable battery 220 and the motor 230, not only The abnormality of the rechargeable battery 220 and the motor 230 can be avoided, and the probability of injuring the motor vehicle 2, the rechargeable battery 220 and the motor 230 can be reduced, and the consumer can be prevented from accidents.

Please refer to FIG. 2 , in an embodiment, the vehicle unit 20 includes a positioning module 201 that is connected to the central control management center 5 , and the positioning module 201 can return the position of the electric motor 2 . The central control management center 5 is given to let the central control management center 5 control the traveling position of the electric motor vehicle 2. The positioning module 201 includes a GPS device 202 that is linked to the central control management center 5. When the electric motor vehicle 2 exceeds the locked range of the GPS device 202, the consumer is alerted to avoid the consumer exceeding the leased consumption range. If the warning is not followed and it is not returned to the consumption within a set time, the alarm will be processed. The positioning module 201 can instantly locate the electric motor vehicle 2, continuously record the vehicle position default by thirty seconds, the vehicle speed parameter, the position parameter, the driving direction, and the like.

The locating module 201 further includes a breaker 203 for linking the central control management center 5 and a protector 204 for linking the central control management center 5 with information. When the vehicle speed of the electric motor car 2 is in a static state for a preset time, the central control management center 5 will issue an instruction to notify the power breaker 203 to perform a power failure, and the consumer then passes the password or the central control. Management Center 5 resumes powering up. When the electric motor car 2 is destroyed or the GPS device 202 is powered off, the protector 204 notifies the central control management center 5 to cause the central control management center 5 to handle the alarm.

Further, as shown in FIG. 3, FIG. 4, and FIG. 6, the lock-and-charge plug unit 21 includes a charging interface 213 electrically connected to the rechargeable battery 220, and the lock device 3 includes an electrical connection. The charging module 33 of the charging interface 213 includes a power management module 43 electrically connected to the charging module 33. When the electric motor vehicle 2 is disposed in the parking device of the management station 4, the information of the rechargeable battery 220 is sequentially transmitted to the power supply management module via the first battery information module 211 and the second battery information module 31. After the power supply management module 43 returns the charging command to the charging module 33, the charging module 33 charges the rechargeable battery 220 via the charging interface 213.

In one embodiment, the lock control module 32 includes a card reader 320 and a lock controller 321 electrically connected to the card reader 320 and the lock mechanism 212. After the consumer senses the card reader 320 by means of a card or a QR code or an APP, the lock release controller 321 releases the lock so that the consumer can pull the motor car 2.

Please continue to refer to FIG. 3 and FIG. 6. The management station 4 includes a voice prompt module 44 for linking the lock management module 40. When the electric motor car 2 is returned or loaned, the lock charge management module 40 notifies the lock control module 32 to operate, and the lock mechanism 212 is turned on or off, and the voice prompt module 44 is simultaneously allowed. A sound is made to alert the consumer. Even when the lock mechanism 212 or the lock control module 32 fails, the voice prompt module 44 also emits a fault sound to warn which of the motor vehicle 2's locks are currently faulty and cannot be loaned.

Further, please refer back to FIG. 7, the central control management center 5 includes a line of car customer service call module 53. According to the complaint suggestion of the on-site user to call the customer service, the user can provide a quick and effective solution in the shortest time.

Referring again to FIG. 1, the electric motor vehicle rental system 1 further includes a service center 7 for information connection to the central control management center 5. The central control management center 5 receives the vehicle information and battery information from the electric motor vehicle 2 in the management station 4, and then transfers the faulty electric motor vehicle 2 to the maintenance center 7, and sends the maintenance center 7 to the maintenance personnel. The repair of the electric motor vehicle 2 is performed to the corresponding management station 4.

In summary, through the above technical features, this creation can get the following characteristics:

1. The terminal device 6 connects the information collection module 200, the site management module 50, the rental management module 51, and the data analysis module 52 via information to receive the battery and the vehicle body in the electric motor vehicle 2. The information about the rental location, the consumer can know the rental location, the rechargeable battery 220 of the electric motor vehicle 2, and the vehicle body via the application 60 of the terminal device 6, and select the appropriate electric vehicle 2 at an appropriate location. Lease.

2. In the present case, the locomotive group can rent the electric motor vehicle 2 to the central control management center 5 through the terminal device 6 or the management station 4, thereby attracting the locomotive group to rent the electric motor vehicle 2, and let the locomotive group The electric motor 2 can often be used to reduce environmental pollution.

3. The operation information of the rechargeable battery 220 and the operation information of the motor 230 are transmitted to the terminal device 6 and the central control management center 5 to monitor the running state of the rechargeable battery 220 and the motor 230, thereby not only avoiding the running process. In the case where the motor vehicle 2 is traveling abnormally, the probability of injuring the motor vehicle 2, the rechargeable battery 220, and the motor 230 can be reduced, and an accident can be avoided without the consumer not paying attention to the abnormality.

4. The electric motor car 2 does not have atmospheric and noise pollution, and can provide convenient green travel modes for residents and tourists to improve the city's green competitiveness.

5. The electric motor vehicle rental system 1 can become an indispensable component of the urban transportation system, improve the utilization of road resources, and alleviate road traffic congestion.

The foregoing is only a preferred embodiment of the present invention, and its purpose is to enable the skilled person to understand the content of the present invention and implement it, and is not intended to limit the scope of the present invention; Equivalent variations or modifications of the shapes, configurations, and features described herein are intended to be included within the scope of the present application.

1‧‧‧Electric car rental system
2‧‧‧Electric motor car
20‧‧‧ car unit
200‧‧‧Information Collection Module
201‧‧‧ Positioning Module
202‧‧‧GPS
203‧‧‧Disconnectors
204‧‧‧protector
21‧‧‧Lock and plug unit
210‧‧‧First RFID Module
211‧‧‧First Battery Information Module
212‧‧‧Locking mechanism
213‧‧‧Charging interface
22‧‧‧ battery unit
220‧‧‧Rechargeable battery
221‧‧‧BMS Management Module
222‧‧‧ Acquisition module
223‧‧‧balance control module
224‧‧‧ display module
225‧‧‧Master Module
23‧‧‧Electronic control unit
230‧‧‧ motor
231‧‧‧Motor controller
3‧‧‧Locking device
30‧‧‧Second RFID module
31‧‧‧Second Battery Information Module
32‧‧‧Lock control module
320‧‧‧ card reader
321‧‧‧Locking controller
33‧‧‧Charging module
4‧‧‧Management Station
40‧‧‧Lock Charge Management Module
41‧‧‧ Rental module
42‧‧‧Site Module
43‧‧‧Power Management Module
44‧‧‧Voice prompt module
5‧‧‧Central Management Center
50‧‧‧Site Management Module
51‧‧‧Leasing Management Module
52‧‧‧Data Analysis Module
53‧‧‧Driving Customer Service Call Module
6‧‧‧ Terminal devices
60‧‧‧Application
7‧‧‧Service Center

Figure 1: Block diagram of the electric car rental system for this creation. Figure 2: Block diagram of the original car unit, central control management center and terminal device. Figure 3: Block diagram of the creative lock refill unit, information collection module and lock device. Figure 4: Block diagram of the creation battery unit, information collection module and charging interface. Figure 5: Block diagram of the electronic control unit and information collection module. Figure 6: Block diagram of the creative management station, the lock device and the central control management center. Figure 7: Block diagram of the creation of the central control management center, site module, rental module and terminal device. Figure 8: Block diagram of the authoring terminal device, information gathering module, site management module, rental management module and data analysis module.

1‧‧‧Electric car rental system

2‧‧‧Electric motor car

20‧‧‧ car unit

21‧‧‧Lock and plug unit

22‧‧‧ battery unit

23‧‧‧Electronic control unit

3‧‧‧Locking device

4‧‧‧Management Station

5‧‧‧Central Management Center

6‧‧‧ Terminal devices

7‧‧‧Service Center

Claims (14)

An electric motor vehicle rental system includes: at least one electric motor vehicle, the electric motor vehicle includes a vehicle unit, a lock and charge unit coupled to the vehicle unit, and an information link between the vehicle unit and the lock and charge unit The battery unit, and an electronic control unit that links the vehicle unit; wherein the vehicle unit includes an information collecting module, the lock charging unit includes a first RFID module, and an information link to the information collecting module The first battery information module of the group, and a lock mechanism, the battery unit includes at least one rechargeable battery, and a BMS management module electrically connected to the rechargeable battery and connected to the information collection module. The unit includes a motor, and a motor controller electrically connected to the motor and the information is coupled to the information collecting module; at least one locking device, the locking device includes a second RFID module that is coupled to the first RFID module a second battery information module of the first battery information module and a lock control module electrically connected to the lock mechanism a management station, the management station includes a lock charging management module, a rental module, and a site module, the lock charging management module information linking the second RFID module, the second battery information module and The lock control module, the rental module information is linked to the second RFID module and the second battery information module; a central control management center, the central control management center includes a station for information linking the site module a point management module, a rental management module for linking the rental module, and a data analysis module for linking the rental module; and a terminal device including an application, the application information link The information collection module, the site management module, the rental management module and the data analysis module; wherein the application or the rental module has at least one member rental option and a non-member rental option Select the member rental option or the non-member rental option to pass the information to the central management center. The electric motor vehicle rental system according to claim 1, wherein the information collection module is connected to the BMS management module and the motor controller through a controller area network (CANbus). . The electric motor vehicle rental system of claim 1, wherein the information collection module is linked to the terminal device by a Bluetooth or Wi-Fi. The electric motor vehicle rental system of claim 1, wherein the vehicle unit comprises a positioning module that is linked to the central control management center. The electric motor vehicle rental system of claim 4, wherein the positioning module comprises a GPS device that is linked to the central control management center. The electric motor vehicle rental system of claim 4, wherein the positioning module comprises a disconnecting device for information connection to the central control management center. The electric motor vehicle rental system of claim 4, wherein the positioning module comprises a protection device for linking the central control management center. The electric motor vehicle rental system of claim 1, wherein the lock and charge plug unit comprises a charging interface electrically connected to the rechargeable battery, and the lock device comprises a charging module electrically connected to the charging interface. The management station includes a power management module electrically connected to the charging module. The electric motor vehicle rental system according to claim 1 or 8, wherein the lock control module comprises a card reader, and a lock for electrically connecting the card reader to the lock mechanism. Controller. The electric motor vehicle rental system of claim 1, wherein the BMS management module comprises an acquisition module electrically connected to the rechargeable battery, an equalization control module electrically connected to the rechargeable battery, and an electric The display module of the rechargeable battery and a main control module are electrically connected to the acquisition module and the equalization control module, and the main control module information is connected to the information collection module. The electric motor vehicle rental system of claim 1, wherein the management station comprises a voice prompting module that links the lock management module. The electric motor vehicle rental system of claim 1, wherein the central control management center comprises a driving customer service calling module that links the terminal device. For example, the electric motor vehicle rental system described in claim 1 further includes a repair center for information connection to the central control management center. The electric motor vehicle rental system according to claim 1, wherein the member rental option is set to three types, one of which is an international member rental option, one of which is a district member leasing option and the other is a sub-division member leasing option.