Battery exchange system and battery exchange method

Abstract

The invention discloses a battery exchange system and a battery exchange method. The battery exchange system comprises a plurality of battery exchange stations, a central management station, and a handheld electronic device. Each battery exchange station comprises at least one battery exchange device. Each battery exchange device comprises a battery bearing module which comprises at least one battery placing box disposed in a cabinet body and a placement space for placing a fully charged battery. The fully-charged battery is used for providing a piece of second battery position information anda battery putaway information through the corresponding battery exchange station. Therefore, the battery exchange devices transmit the battery putaway information of the fully-charged batteries and the second battery position information to the central management station. Moreover, the handheld electronic device obtains a piece of second battery exchangeable information which at least comprises the battery putaway information of the fully-charged batteries and the second battery position information through the central management station. Through the above technological features, the system and method can improve the battery exchange convenience and maneuverability.

Description

technical field [0001] The invention relates to a battery exchange system and a battery exchange method, in particular to a battery exchange system and a battery exchange method applied to electric mobile equipment. Background technique [0002] Batteries used in electric mobile devices such as electric cars and golf carts can be exchanged manually or with simple aids to supplement energy, and can be connected in series and parallel to supply high-power batteries. Such batteries can also be used in energy storage systems (ESS) in addition to electric mobility devices. [0003] However, in the prior art, the charging technology of electric mobile devices still needs to be improved. Taking electric locomotives as an example, there are currently many electric locomotives of different brands on the market, and electric locomotives of different brands use rechargeable batteries of different specifications. It is difficult for these rechargeable batteries of different specificati...

AI Technical Summary

Problems solved by technology

One of the reasons is that the motorcycles of each manufacturer need to choose batteries that can be well matched with their own motorcycles. The other reason is that when the mobile device battery fails, it will be difficult to confirm that it is caused by the vehicle body if all the vehicle manufacturers use a common battery with the same specification. It is difficult to clarify whether the battery is faulty or the battery itself is faulty, and the responsibilities between the car factory and the car factory are difficult to clarify

However, batteries with different specifications cause many problems. For example, different battery specifications limit charging and battery swapping.

[0004] In addition, because charging the battery takes time, if the user of the electric mobile device has to wait for the battery to be fully charged in front of the charging device, the mobility and willingness to exchange the electric mobile device will be reduced

Moreover, when using electric mobile devices for long-distance travel, the power required to go back and forth often exceeds the capacity of a single battery, and if the user must carry a replacement battery for exchange in order to avoid a single battery shortage, it will increase the number of electric mobile devices. The load and worry about power consumption and the uneasiness of long-distance continuous driving

Images