key {
nnnawg|NNN| = fused busbar position where nnn is the wire guage and NNN is the fuse rating
nnnawg|UUU| = un-fused busbar position where nnn is the wire guage
<-> = bi-directional current flow
-> = uni-directional current flow
<- = uni-directional current flow
eg = equipement ground
}
system {
pos {
002awg|100|<->breaker<->class_t_fuse<->battery.pos
002awg|100|->inverter.current.pos
004awg|100|<-monitor.sensor<-converter.pos
006awg|060|->bp_65.current->fuse_block.upstream.pos
}
neg {
002awg|UUU|<->bms.current<->battery.neg
002awg|UUU|<-inverter.current.neg
004awg|UUU|->converter.neg
006awg|UUU|<-fuse_block.upstream.neg
006awg|UUU|<->inverter.eg
}
}
fuse_block {
upstream {
pos
neg
}
downstream {
pos {
016awg|001|->monitor.pos
016awg|001|->inverter.signal.pos
}
neg {
016awg|UUU|<-monitor.neg
016awg|UUU|<-inverter.signal.neg
016awg|UUU|<-bp_65.ground
}
}
}
battery {
pos { cell_in_series<->... }
neg { cell_in_series<->... }
}
inverter {
current {
pos
neg
}
signal {
pos
neg
}
eg
}
monitor {
sensor
pos
neg
}
converter {
pos
neg
}
bp_65 {
current {
in
out
}
ground
signal { * shorted
pos
neg
}
}
bms {
current {
upstream
downstream
}
}