I should also note that in previous high density battery power experiments, there was a HUGE impact in SQ based on output impedance of the batteries (basically how much instantaneous current they could deliver) and the nature of the battery management system. I got best (almost otherworldly) SQ from special hand selected batteries in massive parallel arrays and huge copper cross bars and no BMS.
DO NOT TRY THIS AT HOME
That is basically lightning in a battery pack with no protection (literally an electrical bomb). The was the free solo version of mountain climbing to see what is possible, but extremely dangerous. What was possible was awe inspiring, but WAY too dangerous to have around the house or work with. It did reveal that the quality of battery and BMS in the battery pack will have a profound impact on the nature of the power being delivered.
Rules of thumb for batteries - more instantaneous current delivery == better (output impedance). Less regulation/switching of voltage by a BMS the better (creates noise through the DC regulation). Battery chemistry is very audible (different battery chemistries seem to have a different noise profile, presumably at a chemical conversion level...I had a preference for LiFEPO4 batteries but there was a surprising difference with other battery types)
TL;DR - expect huge variability in power quality from different battery packs