Technical firm · Industrial energy optimisation
We calibrate thermal and electrical models on what your plant already measures. We identify savings that can be verified under IPMVP Option C. Without modifying your SCADA and without stopping production.
Sectors where we apply the methodology
We are neither pure consultancy nor pure software. We operate instrumentation, modelling and verification under a single contract and a single responsibility for the outcome.
Full methodology →We add sensing alongside what you already have, in parallel with the existing control: power quality at the point of connection, thermal probes in plant rooms and cold stores, clamp-on flowmeters and vibration on rotating equipment. Reading without touching the control loop.
We build a model of the process — thermal generation, refrigeration, compressed air, electrical loads — and calibrate it against measured data following ASHRAE Guideline 14. On that model the digital twin moves from descriptive to predictive.
Every implemented measure is verified under IPMVP Option C against an agreed baseline, with routine and non-routine adjustments documented. We file the eligible Spanish Energy Savings Certificates and draft PERTE applications.
In a plant with a thermally or electrically intensive process, a substantial share of the bill is decided in setpoints, sequences and schedules. These are the six families where we find it most often, and none of them requires replacing equipment.
| Lever | Mechanism | CAPEX |
|---|---|---|
| Predictive dispatch of thermal generation | Matching the split between biomass, biogas and natural gas to forecast steam demand, closing the gap between installed capacity and the real mix. | No |
| Steam: condensate, blowdown and distribution | Condensate return, continuous blowdown governed by conductivity, flash steam recovery and losses through failed steam traps. | No |
| Refrigeration: chilled and glycol water | Compressor sequencing by part-load ratio and floating head pressure setpoints against real demand. | No |
| Compressed air: setpoint and leaks | Dynamic setpoint pressure and quantification of leaks through a load test during a production stop. | No |
| Electrical: PV, contracted power and reactive | Profiling the load curve against on-site generation, adjusting contracted power per period and correcting power factor. | No |
| Rotating equipment: degradation and predictive | Detecting energy performance drift in pumps, fans and compressors before it turns into consumption. | No |
Overlaps between levers are discounted before consolidating. Each one carries a specific data point that confirms it or rules it out — if the data doesn't support it, it comes out of the report.
Ten weeks from signing the NDA to seeing the potential quantified. Only then do you decide whether we continue.
Mutual and already drafted by us. You don't have to draft anything or route it through legal to get started.
12-month baseline and a digital twin built on your SCADA historian, with read-only access throughout.
Validated levers, expressed in MWh and in euros, with the calculation method open and auditable lever by lever.
If we continue, 25 % of verified savings. If not, the analysis is yours and there is no invoice.
~€0kof annual savings identified on a plant of this profile
A reference case built on the operating profile of an 80 tonne/day meat processing plant. The figures are aggregated and anonymised: we publish no identifiable client data, no consumption figures and no site locations.
Indicative figures. The potential of a specific plant depends on its own conditions and is only confirmed once the model is calibrated against its own history.
First step
You talk to an engineer, not a salesperson. You send us 12 months of electricity and gas invoices and a photo of the main switchboard. Within 5 business days we come back with a realistic technical forecast. No card, no commitment.
(+34) 648 25 17 07