FIELD: physics; electric energy accumulation systems.
SUBSTANCE: invention relates to an automated mobile charging station. Station contains: four motor wheels with sensors and speed controllers, on-board computer, radio receiver, storage battery pack, switchgear, rectifier, storage battery module, connection mechanism, voltage converter, camera, lidar and four range finders, headlight and lamp, casing. Speed controllers are connected to sensors and motor wheels. On-board computer is connected to the speed controllers and to the radio receiver. Storage battery pack is connected with speed controllers and on-board computer. Switchgear is connected to a rectifier, the storage battery pack and the storage battery module. Storage battery module is connected to the connection mechanism by means of a voltage converter. Camera, lidar and range finders are connected to an onboard computer. Headlight and the lamp are connected to the storage battery pack and the on-board computer. Casing covers the charging station from the effects of the environment.
EFFECT: enabling expansion of functional capabilities of electric charging station and reduction of labour intensity of electric vehicle charging.
7 cl, 8 dwg
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Authors
Dates
2024-05-27—Published
2023-10-18—Filed