Every unit of power, accounted to a part.
Per-machine kWh tracked against output — energy per good part, idle-energy ratio, and demand patterns. Because electricity is your second-largest bill and your least-measured one.
Energy is the only raw material nobody weighs.
One meter for the whole plant
A single utility meter tells you what you spent, never where. Per-machine energy attribution turns a bill into a diagnosis.
Power with no product
Machines drawing power while producing nothing — heaters holding, hydraulics idling, spindles waiting. Idle-energy ratio makes it a managed number.
Demand charges by accident
Peaks you never planned set the demand charges you always pay. Load patterns per shift expose what to stagger and when.
Energy Monitoring System, the MachineWise way.
Deployed software-first in under an hour, included in one subscription — no per-module licensing.
Machine-level truth
- kWh per machine, shift and batch
- Energy per good part computed automatically
- Voltage and load-pattern logging
- Works via drivers or Gateway CTs
Where the units go
- Idle vs productive energy split
- Machine-to-machine efficiency comparison
- Furnace and heater idle-hold costs
- Weekend and night baseload visibility
Rupees, not kilowatts
- ₹ per part by machine and product
- Demand-pattern staggering suggestions
- Energy KPIs on TV screens and reports
- Audit-ready consumption histories
What we meter, and how it gets there.
Energy monitoring only earns its keep when consumption is attributed to a machine, a shift and a part — not to a building. Three routes into the same dashboard, chosen per machine.
Split-core CTs on the panel
Clamp-on current transformers wired to our Gateway board — no cable cutting, no shutdown. Three-phase current, voltage, power factor and kWh per machine, sampled continuously.
Modbus energy meters
Already have panel meters? We read them over Modbus RTU or TCP and pull their registers into the same timeline as machine states — no duplicate hardware.
Load data from the CNC
Spindle and axis load are already exposed by most controllers. Where a CT is impractical, load-based estimation gives a usable trend at zero hardware cost.
Everything an energy monitoring solution should answer.
₹ per good part
Energy cost divided by approved output, per machine and per product. The number that turns kilowatt-hours into a pricing and quoting input.
Idle-energy ratio
Units consumed while producing nothing, as a share of the total. On furnaces, hydraulics and compressors this routinely runs 15–30%.
Demand peaks
Which machines start together, and what that coincidence costs you in demand charges. Staggering is usually free money.
Baseload after hours
What the plant draws at 2 a.m. with nothing running. The cheapest saving in any factory, and the one nobody has measured.
Numbers your energy audit can use.
Machine-level consumption history
Continuous per-machine records with timestamps — the evidence base an ISO 50001 energy management programme or a statutory energy audit asks for, without a manual metering exercise.
Energy against machine state
Because energy sits on the same timeline as productive, idle, setup and breakdown states, every unit is attributable to a condition — not just a period.
Ranked savings, in rupees
Machines ranked by recoverable spend rather than raw consumption, so the biggest machine is not automatically the biggest opportunity.
Goes deeper with the rest of the platform.
See Energy Monitoring System running on machines like yours.
A 30-minute walkthrough on a live dashboard seeded with your machine types. No obligation.
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