3 547 pumps · 4 catalogues · one operating plane
Every pump you could buy, running your duty at once.
A day of demand at a wastewater station. Each dot is a real machine from the catalogue, sitting on its own curve at the speed it would need to hold that duty. Colour is efficiency. Grey means it cannot get there.
What the solver actually sees.
A pump is not one curve — it is a surface. TheOptimal normalises every manufacturer curve into one operating map, then picks the speed and the lineup that meet your duty at the lowest power.
Illustrative machine. The orange ridge is the best-efficiency line across speed.
Between measured speeds the model scales by the affinity laws, not by straight lines.
Manufacturer catalogues in the model.
Performance curves from these manufacturers are normalised and solved against your duty profile.
kWh saved annually
tons CO₂ avoided
EUR saved annually
machines in catalog
The hidden inefficiency.
Industrial systems don't fail loudly—they drift. Energy is lost in the small mismatches between assets, demand, and control strategy. TheOptimal surfaces the optimization gap and turns it into decisions that ship.
- Detect inefficiency patterns across duty points and operating windows.
- Quantify impact with physics-informed predictions, not guesswork.
- Bridge insights to action through a supplier ecosystem.
Core platform
A clean-room workflow: engineer-grade prediction, real-time analytics, and a path to implementation.
Smart engineering
Physics-informed algorithms that respect performance maps and operating constraints.
Model fidelity
Interpolation-first prediction, solver-ready outputs.
Real-time analytics
Track performance, waste hotspots, and improvement potential across duty points.
Continuous monitoring
Live energy, CO₂, and cost tracking per duty point.
Implementation
Connect insights to action through a supplier ecosystem—specs, availability, and replacement paths.
One step further.
A seamless transition from insight to asset: identify performance dips, then act with partner-ready procurement.
Performance dip
Partner action
High-efficiency replacement available from verified suppliers in our ecosystem.
Platform results
Real optimization outcomes from the TheOptimal platform.
Industrial site
−32.2% energy- Energy saved
- 254,320 kWh/year
- CO₂ reduced
- 101,728 kg CO₂/year
- Cost saved
- 43,234 EUR/year
Industrial site
−92.9% energy- Energy saved
- 217,993 kWh/year
- CO₂ reduced
- 87,197 kg CO₂/year
- Cost saved
- 37,059 EUR/year
Industrial site
−80.4% energy- Energy saved
- 118,313 kWh/year
- CO₂ reduced
- 47,325 kg CO₂/year
- Cost saved
- 29,578 EUR/year
Ready to optimize?
Turn performance maps into measurable savings. Reach out and we'll get you started.