SYSTEM AND METHOD FOR A FIELD REPAIRABLE AND UPGRADABLE ELECTRIC VEHICLE CHARGER

An electric vehicle charger that comprises a display screen, an input power cable, an output power cable with a plug, a removable motherboard that houses the electronics of the charging circuit, a set of screws holding the motherboard to the enclosure, and a camera. The camera is mounted at the front of the display. The display is a touchscreen-capable display that shows content that can be provided wirelessly. The motherboard is attached to a racking mechanism that allows it to be removed from the charging station. When removed, the motherboard can be repaired or replaced with a new motherboard of the same capability or a new motherboard with improved capabilities. This process can be done while the charger is installed in the field. A real-time electric charger monitoring system is also implemented that can monitor operational parameters of the electric vehicle charger in real-time to ensure optimal function.