izeman
1 GW
i want to see what my eb312 is capable of. it's got 4110 mosfets, so in theory some more amps then the standard 40A should be possible.
first step: beefing up the traces with thick wire. easy.
second step: maybe adding a third shunt. easy
third step: active cooling. not so easy.
how could that be done? normally you would to a side2side cooling. inlet at the cable side, and some holes at the opposite side.
but as the controller is only a bit more than an inch high/25mm the fan would be super small. we all know that 20mm fans are toys. not fans in a common sense
so i could make a 60mm hole on top of the case and add holes on each side so air is sucked in in the middle above the controller board, and blown out through the little holes at the side.
as the controller is mounted where enough air passes it, it's also in a position where mud and rain can easily reach it. not that i intend to ride in the rain, but you never know what happens during a long tour.
any ideas what to do? the position of the controller itself is NOT negotiable
first step: beefing up the traces with thick wire. easy.
second step: maybe adding a third shunt. easy
third step: active cooling. not so easy.
how could that be done? normally you would to a side2side cooling. inlet at the cable side, and some holes at the opposite side.
but as the controller is only a bit more than an inch high/25mm the fan would be super small. we all know that 20mm fans are toys. not fans in a common sense
so i could make a 60mm hole on top of the case and add holes on each side so air is sucked in in the middle above the controller board, and blown out through the little holes at the side.
as the controller is mounted where enough air passes it, it's also in a position where mud and rain can easily reach it. not that i intend to ride in the rain, but you never know what happens during a long tour.
any ideas what to do? the position of the controller itself is NOT negotiable