pack power (W)
band = min…max within each slice, line = average
solar — array power (W)
band = min…max within each slice; near-zero power while the array voltage below stays high is a diode-clamp latch
array voltage (V)
healthy tracking runs tens of volts above the battery; pinned within ~4 V of it means the converter has stopped switching
state of charge (%)
battery Abattery B
battery imbalance — SOC gauge divergence (A − B)
in a series string the batteries can't re-converge on their own — only your per-battery charger (shaded) pulls them back
extra charge into Aextra charge into BA − B (SOC points)
temperature (°C)
cell imbalance (ΔmV) — within each battery
worst spread across the battery's own 4 cells; spikes at the charge knees, sustained 50+ mid-band is an aging signal
daily energy ledger — last 30 days
tap a day to zoom the explorer to it
charged in (Wh)drawn out (Wh)SOC floor of the day
the shape of a day
average power by hour of day, last 14 days — above zero: charging, below: drawing
telemetry reliability — selected range
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solar production — last 30 days
what the array delivered vs what the house drew. Both are floors: the MPPT under-reports by ~1.8x, so treat these as the conservative end
solar in (Wh)house draw (Wh)
MPPT event log
diode-clamp latches, the guard's fixes, and any change to a charge setpoint
BMS alarm log
protection flags the BMS raised, decoded from stored status words
Aggregates are computed server-side from every sample ever uploaded
(one reading ≈ every 8 s). Energy figures integrate power over time with
data gaps excluded, so outages never fabricate Wh.