Energy visibility for discrete manufacturers.
CNC machining centres, press lines, and metal fabrication facilities draw heavy, variable loads in sequences that make EU capacity charges difficult to predict. Compressed air systems feed dozens of tools simultaneously with no metering per zone. GridPulsr makes both visible — the 15-minute demand peak events and the compressed air pressure decay — before they appear on the electricity bill as a lump-sum cost increase.
Three energy cost drivers in discrete manufacturing.
Each is addressable with continuous load curve visibility. None are visible without it — and manual energy audits only catch them retrospectively, once the cost is already on the bill.
Peak demand spikes during machine startup
CNC machines and press lines have high inrush currents at startup. When multiple machines start within a 15-minute window, the peak demand reading inflates capacity charges for the entire month — regardless of subsequent load behaviour.
Compressed air losses from aging fittings
Pneumatic tool connections, aging push-fit fittings, and worn seal plates in machining centres develop pressure decay leaks over time. A 5% leak rate across a medium-sized compressed air system typically equals 3–6 compressor running hours per day of wasted electricity.
HVAC running between shifts
Factory HVAC systems are typically scheduled on fixed timers set during commissioning. When shift patterns change, or during holiday periods, the system continues heating or cooling the production floor for 10–12 hours per day with no occupancy. Load curve analysis reveals the idle HVAC runtime pattern clearly.
See the cost drivers in your facility.
A 30-day GridPulsr pilot identifies the demand peak events, compressed air waste, and HVAC scheduling gaps specific to your production floor. GridPulsr is a software monitoring platform — we do not sell compressed air equipment, HVAC systems, or provide energy consulting. We show you where the cost is coming from. The decision to act is yours.