Live energy · Plant A
Six zones. One power bill.
Every zone's live draw against its own baseline. One is running hotter than it should.
Plant total draw
—
Injection Molding Bay
ZONE 1
—
On baseline
Paint Line
ZONE 2
—
On baseline
Compressor House
ZONE 3
—
Elevated
HVAC — Plant A
ZONE 4
—
On baseline
Packaging
ZONE 5
—
On baseline
Utilities Yard
ZONE 6
—
On baseline
↑ Tap Compressor House, or hit Next below
Zone 3 · Compressor House
Drawing more than it's producing.
Power draw hasn't dropped during scheduled idle windows for six shifts running.
Power draw — last 4 hrs
LIVE
Elevated draw
46.2 kW
Current draw
0.81
Power factor
5h 42m
Continuous run
Zone 3 · Compressor House
18% above baseline — and it's not slowing down.
Consistent, not occasional. That pattern points to a mechanical cause, not a demand spike.
Likely cause
Draw stays high even when downstream demand drops, consistent with a stuck unloader valve keeping the compressor loaded when it should be idling.
Outcome
One stuck valve, one avoidable bill.
An illustrative scenario based on typical compressed-air waste for a system this size.
Unaddressed
+18%
Above baseline, ongoing
$1,240/mo wasted
Fixed this week
Back to base
Unloader valve serviced
$0 ongoing waste
Illustrative scenario, not a customer case study — Growspark is pre-launch. Real figures depend on your equipment, tariffs, and run schedule.
See the predictive maintenance demo →