Under my passenger seat I have what looks to be a 10mmsq cable which I’m lead to believe can be used for a DC-DC charger, negative coming from chassis.
I was originally thinking of a Victron 12/12/30 unit which would be mounted in a cupboard I intend to make and located under the non sliding door, behind the drivers seat. I’ll also locate the leisure battery there too.
I’d probably extend the 10mmsq cable via a fuse connection to get to where I need it, using 16mmsq cable to reduce the resistance over the whole run. Sound good?
However, I’ve read the Victron unit gets extremely hot which lead me to look for other options, a Renogy 50A unit with MPPT being one option. Given the cable to under the seat may only be 10mmsq would it not be possible to use a 50A DC-DC charger? I’d probably downgrade its output via software so it’s not maxing out but the circuit would need to be designed for worse case scenario. If I went that direction would I need to run a 16mmsq cable to the vehicle battery and ignore the ‘spare’ cable under the seat?
I was originally thinking of a Victron 12/12/30 unit which would be mounted in a cupboard I intend to make and located under the non sliding door, behind the drivers seat. I’ll also locate the leisure battery there too.
I’d probably extend the 10mmsq cable via a fuse connection to get to where I need it, using 16mmsq cable to reduce the resistance over the whole run. Sound good?
However, I’ve read the Victron unit gets extremely hot which lead me to look for other options, a Renogy 50A unit with MPPT being one option. Given the cable to under the seat may only be 10mmsq would it not be possible to use a 50A DC-DC charger? I’d probably downgrade its output via software so it’s not maxing out but the circuit would need to be designed for worse case scenario. If I went that direction would I need to run a 16mmsq cable to the vehicle battery and ignore the ‘spare’ cable under the seat?