As I'm building a system using the EG4 48v, 100AH LiFePower4 batteries, I want to make sure I'm designing a safe implementation.
In a post from March 9th, RichardfromEG4 confirmed that the built in breaker on the EG4 server rack batteries did trip providing adequate protection in the event of a dead short. Given that, inclusion of class T fuses at each battery + is not needed. Is it still desirable?
If it is desirable to fuse the batteries individually, is the Victron Lynx Distributor a viable option using MEGA fuses? It seems like a good solution except that it doesn't use class T fuses.
Finally, I'm assuming it is still a best practice to put a class T fuse between the inverter and the bus bar, correct? (I'm using a MPP LVX6048 if that's important).
In a post from March 9th, RichardfromEG4 confirmed that the built in breaker on the EG4 server rack batteries did trip providing adequate protection in the event of a dead short. Given that, inclusion of class T fuses at each battery + is not needed. Is it still desirable?
If it is desirable to fuse the batteries individually, is the Victron Lynx Distributor a viable option using MEGA fuses? It seems like a good solution except that it doesn't use class T fuses.
Finally, I'm assuming it is still a best practice to put a class T fuse between the inverter and the bus bar, correct? (I'm using a MPP LVX6048 if that's important).