What does Peak-Shifting save your cellar?
Model numbers from our pilot cellars. Drag the sliders — the result updates live. No email, no sign-up.
Your facility
Drag to your last harvest. We convert volume to cooling load at ~1.5 kWh per liter — the metered average across our pilot cellars.
The day/peak rate on your electricity bill. Don’t know it? Keep our EVN-typical default — you can correct it later.
The night rate. The gap between these two sliders is the arbitrage SCEPTER exploits — every cent of spread is money.
Refine estimate
Lets us estimate your payback period and pre-fill the pilot application. Skip it and we’ll show facility totals only.
Where the savings come from
- 00:00–06:00 · Chiller ON — ~15 °C ambient · COP 4.0 · night tariff
- 12:00–18:00 · Chiller PAUSED — ~35 °C ambient · would run at COP 2.0 · day tariff
- Rest of day — circulation pumps only, distributing cold banked in the glycol buffer
Same cold. Made when the air is cheap to reject heat into — and electricity is half price.
CO₂ avoided
Annual cooling cost (€ / yr)
Energy by tariff window (kWh / yr)
Model: 1.5 kWh/L baseline cooling load and ~30% energy reduction from COP gain, plus modest off-peak load shifting. Your facility’s thermal inertia (τ) and buffer capacity set the real ceiling — that’s what the pilot audit measures.
These are model numbers. Yours will differ — let’s find out by how much.
During a pilot we meter your actual baseline, model your building’s thermal inertia, and contract the savings floor: ≥30% average annual, guaranteed.
Apply for Pilot / Early Access Non-binding application · 3 minutes · EU pilot program, limited slots