Hello,
I'm new but I've been reading the forum for a few days and I have some doubts.
I've been living offline for more than 10 years and I currently have a 24V system.
I want to switch to 48V and I want to buy 3 packs of 280Ah EVE batteries and mount 4 packs at 48 and then connect them in parallel.
My question is:
Is the BMS necessary ? if the area where I live is not cold there is always between 15º and 30º Celsius.
In total I will have 12 kw/h distributed between 3 80Ah regulators that will give me 4kw for each one.
2nd question:
If I can set the maximum voltage for example 55v of load in all the MPPT regulators what is the BMS for?
And for the discharge I will have an inverter of 5Kw/h that allows me to put the limit of discharge in 51.2V.
Is a BMS still necessary?
3rd Question
Does an active equalizer help me at all?
I have thought of placing a module of 16S for active equalization and that allows me to monitor the cells.
Thanks!
I'm new but I've been reading the forum for a few days and I have some doubts.
I've been living offline for more than 10 years and I currently have a 24V system.
I want to switch to 48V and I want to buy 3 packs of 280Ah EVE batteries and mount 4 packs at 48 and then connect them in parallel.
My question is:
Is the BMS necessary ? if the area where I live is not cold there is always between 15º and 30º Celsius.
In total I will have 12 kw/h distributed between 3 80Ah regulators that will give me 4kw for each one.
2nd question:
If I can set the maximum voltage for example 55v of load in all the MPPT regulators what is the BMS for?
And for the discharge I will have an inverter of 5Kw/h that allows me to put the limit of discharge in 51.2V.
Is a BMS still necessary?
3rd Question
Does an active equalizer help me at all?
I have thought of placing a module of 16S for active equalization and that allows me to monitor the cells.
Thanks!