Shop Battery
State of charge
%
Status
Battery flow
from pack voltage × current
0%— Wh stored100%
Solar in
W
DC input
DC out
W
AC out
W
Pack voltage
V
3-decimal resolution
Pack current
A
Temperature
°C
battery pack
History

State of charge

Percent of the 3,072 Wh pack

Power flow

Solar in against what the shop draws. One axis — all three are watts.

Solar in DC out AC out
Daily

Energy balance

Overhead is inverter idle and conversion loss — energy that leaves the pack without being delivered anywhere.

DateHarvestDeliveredAC / DCStored ΔOverheadSoC
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Efficiency
Peak sun hours
h
today, against 400 W
Best day
h
Self-sufficiency
%
load met by sun as it arrived
Pack life used
%

When the sun reaches the panel

Average watts by hour. The building shades the panel until mid-morning, so the left edge is architecture, not weather.

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Pack health drift

Resting voltage at a comparable state of charge. Compare a bucket against itself over time — never across buckets.

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What the sun replaced

Energy the shop did not have to buy, and what it was worth.

Grid energy avoided
kWh
all time
Value generated
$
all time
Avoided today
kWh
since midnight
Value today
$
since midnight
Total harvested
kWh
including overhead
System efficiency
%
harvest → loads

Riding on sunlight
Commutes banked
× 34 mi
round trips on sun energy
Miles on sunlight
mi
all time equivalent
Miles today
mi
today's sun
Days off the grid
since last mains charge

What charges here

PEVs that charge from the shop's solar setup — specs from the builds, efficiency measured on the road.

Data age
Sources active
Local polling
Outputs

Pecron F3000LFP · 3,072 Wh · readings arrive every few minutes, not continuously