Abstract: The present disclosure introduces an Electric Vehicle (EV) Charger Camera Visual Artificial Intelligence System (EV-CVAIS), integrating cameras with visual artificial intelligence into electric vehicle charging stations. These stations may incorporate EV-CVAIS, featuring a camera for monitoring, security, and visual AI analysis. The camera can capture images or video of the EV and its surroundings, regardless of charging status or EV presence, with options for remote viewing or local storage. The EV-CVAIS may serve security purposes by detecting and deterring theft or vandalism. Moreover, the EV-CVAIS utilizes visual AI algorithms to analyze captured images or video, offering insights such as EV make and model identification, maintenance issue detection, or EV occupancy assessment. Additionally, an integrated alarm system is included in the EV-CVAIS, activated upon vandalism or certain actions detection, enhancing security measures.

Abstract: The present disclosure introduces an Electric Vehicle (EV) Charger Camera Visual Artificial Intelligence System (EV-CVAIS), integrating cameras with visual artificial intelligence into electric vehicle charging stations. These stations may incorporate EV-CVAIS, featuring a camera for monitoring, security, and visual AI analysis. The camera can capture images or video of the EV and its surroundings, regardless of charging status or EV presence, with options for remote viewing or local storage. The EV-CVAIS may serve security purposes by detecting and deterring theft or vandalism. Moreover, the EV-CVAIS utilizes visual AI algorithms to analyze captured images or video, offering insights such as EV make and model identification, maintenance issue detection, or EV occupancy assessment. Additionally, an integrated alarm system is included in the EV-CVAIS, activated upon vandalism or certain actions detection, enhancing security measures.