Okai ES200G 36v Scooter Battery Controller project By jag35

This would have been better with a few more options as the board design is limited to 25 amps max a blade fuse should have been added. Next a blue tooth connection and then get all the data that the battery supply's. This can be done by using a switch to control path ways. One device needs 5 seconds repeated code to keep battery operating. which is fine and the remainder of time can be passing off information to smart phone or whom ever is listening.. There is no commands sent to device. It is stage one conceptual design and could A serious safety device and Lead in devices (PCB) in Canada is not allowed for anything attached to medical devices or maybe used for such. ROHS code is more or less does not accept lead and lead free solder to components is requested. I would recommend adding safety considerations and adding a circuit for blue tooth considerations also a blown fuse circuit detection which the Arduino could transmit via blue tooth. I do think the concept of using boards on board to hold other patented products as part is not a bad Idea and good one. There for original owners still are paid for the rights to use components. This is a good Idea for starting point.