Battery swap methods with frequent user data and battery energy stations thereof

Abstract

The battery swap methods with frequent user data are applicable to a battery energy station for storing and charging multiple batteries. First, a frequent user information is provided in the battery energy station, wherein the frequent user information includes at least one frequent user data. Then, a specific battery is received via a first battery slot to generate a battery swap request. A specific user data is obtained from the specific battery, and it is determined whether the specific user data matches the frequent user data. When the specific user data matches the frequent user data, at least one first target battery is selected, the frequent user data is written into the first target battery, and the first target battery is provided via a second battery slot to perform a battery swap operation foe the specific battery and the first target battery.

Claims

1. A battery swapping method with frequent customer information, applicable to a battery power station for storing and charging a plurality of batteries, comprising the following steps: providing frequent customer information in a storage unit of the battery power station, wherein the frequent customer information includes at least one frequent customer user data, and a remote server periodically determines the frequent customer information corresponding to the battery power station based on swapping data transmitted by the battery power station, and transmits the frequent customer information to the battery power station via a network for storage in the storage unit; receiving a specific battery through a first battery slot of the battery power station to generate a battery swapping request; obtaining specific user data from the specific battery; determining whether the specific user data matches the frequent customer user data; and when the specific user data matches the frequent customer user data, selecting at least one first target battery from the batteries in the battery power station, writing the frequent customer user data into the first target battery, and providing the first target battery through a second battery slot of the battery power station to perform a battery swapping operation corresponding to the specific battery and the first target battery.

2. The battery swapping method with frequent customer information as described in claim 1 includes the following steps: when the specific user information does not match the frequent customer information, performing an authentication operation on the specific user information; and when the authentication operation is successful, selecting at least one second target battery from the batteries in the battery power station, writing the specific user information into the second target battery, and providing the second target battery through a third battery slot of the battery power station to perform a battery swapping operation between the specific battery and the second target battery.

3. The battery swapping method with frequent customer information as described in claim 2 further includes transmitting the specific user information to the remote server via the network, so as to use the remote server to perform the authentication operation based on the specific user information.

4. The battery swapping method with frequent customer information as described in claim 1 further includes the battery power station transmitting the swapping data corresponding to the battery swapping operation to the remote server via the network, wherein the swapping data includes at least one execution time of the battery swapping operation, the frequent customer information, and identification data corresponding to the first target battery.

5. A battery power station, comprising: A battery storage system includes multiple battery slots for storing multiple batteries; a storage unit including frequent customer information, wherein the frequent customer information includes at least one frequent customer user data; and a processing unit that periodically transmits exchange data corresponding to battery exchange operations to a remote server to determine the frequent customer information corresponding to the battery power station, and receives the frequent customer information through a network to store it in the storage unit, receives a specific battery through a first battery slot among the battery slots to generate a battery exchange request, obtains specific user data from the specific battery, and determines whether the specific user data matches the frequent customer user data. When the specific user data matches the frequent customer user data, at least one first target battery is selected from the battery slots, the frequent customer user data is written to the first target battery, and the first target battery is provided through a second battery slot among the battery slots to perform a battery exchange operation corresponding to the specific battery and the first target battery.

6. The battery power station as described in claim 5, wherein when the specific user data does not match the frequent customer data, the processing unit performs an authentication operation on the specific user data, and when the authentication operation is successful, the processing unit selects at least one second target battery from the batteries, writes the specific user data into the second target battery, and provides the second target battery through one of the third battery slots in the battery slots to perform a battery exchange operation between the specific battery and the second target battery.

7. The battery power station as described in claim 6 further includes a network connection unit, and the processing unit uses the network connection unit to transmit the specific user data to the remote server through the network, so as to use the remote server to perform the authentication operation based on the specific user data.

8. The battery power station as described in claim 5 further includes a network connection unit, and the processing unit uses the network connection unit to transmit the exchange data corresponding to the battery exchange operation to the remote server through the network, wherein the exchange data includes at least one execution time of the battery exchange operation, the customer information, and identification data corresponding to the first target battery.

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