Please choose an athletic design while keeping manufacturability in mind. Construction should be something similar to bullet-proof glass as to be durable, but transparent for the solar panel to function.
They will be placed on the exterior of vehicles, or around an industrial work plant. Sensors: should be small (approximately 5x5cm) thin, contain a solar panel, electronics, and durable enough to take a beating. The overall concept is to have a retrofit system which can (1) sense hazards, (2) alert operators, and (3) have the capability to issue a automatic response to ensure operator and asset protection in industrial settings.ġ. Help design creative concepts for a universal industrial asset protection system which consists of (1) sensor units, (2) an alarm HUB, and (3) automatic control unit(s).
It would be good as well if the longer charging cable could be hung over / looped around the unit when not in use, and not readily slip off. The wall mounting method also needs to be hidden from sight. The mounts for the cabling coming out of the bottom of the charger need to be part of the back plate. We may add a few status LEDs later, but for now there is to be no UI elements on the enclosure.Īlso, there should be no screws visible on the front of the enclosure - the front part of the enclosure needs to be connected to the backplate from behind. Key differences are that the LCD screen and touchbutton will not be included in our 'branch' - all interaction will be over WiFi via Web or Mobile App. The boards have been redesigned but have similar forms. Please use this as a reference as the aluminum plate and hardware inside is going to be similar in form to the open source Open EVSE hardware. Details of the current Open EVSE charger enclosure can be found at /OpenEVSE/Enclosures/tree/master/Polycase_ML58.
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