How CompasOS implements open-circuit resting voltage computation (Voc = Vterm + I * R) and evdev kernel interception to achieve 100% continuous appliance uptime.
Portable edge appliances running local GPU or neural inference experience sudden current spikes. On aging lithium-ion cells, internal resistance causes terminal voltage to sag prematurely, triggering premature hardware BMS shutdown.
CompasOS implements real-time electro-thermal monitoring computing the true open-circuit voltage: Voc = Vterm + I * 0.150. An exponential moving average (EMA) filter triggers graceful hibernation to encrypted NVMe storage before BMS hardware disconnect.
To guarantee continuous uptime when operating with closed lids or transitioning AC power cords, CompasOS replaces legacy desktop power daemons with direct evdev event monitoring on /dev/input/event0. Displays power down immediately to 0.00W while CPU cores maintain full execution.
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