Your building runs itself.
It reads your schedules, watches your tariffs, tracks your occupancy, and optimizes every load. Then it does it again. Every 15 minutes, every day.
The problem
Your energy system has no idea what your business is doing.
Visibility without action
You have charts and CSVs. But nobody acts on them fast enough. The demand spike already hit your bill before anyone opened the dashboard.
No operational context
Your BMS does not know the conference floor is empty today, or that the tariff shifts in 30 minutes, or that three EVs are arriving at 2pm.
One-time optimization
A consultant sets schedules once. Within three months, overrides and operational drift undo half the savings. No one recalibrates.
The Loop connects your energy to your operations.
One continuous cycle. Sense the state of your building and your business. Explain what is happening and why. Optimize loads around your actual operations. Learn from every outcome. Then do it again. Every 15 minutes, 24/7. Typical result: 15-25% demand charge reduction within the first 90 days.
One cycle
What happens in 15 minutes.
Tuesday, 2:15 AM. Your building is asleep. The Loop isn't. Here's what a single cycle looks like.
Compressor drawing 12% above baseline
Meter data arrives from the Bitzer compressor on Floor 2. Current draw 18.4 kW vs. baseline 16.2 kW for this hour, this ambient temperature, this occupancy level. Tomorrow's calendar shows full building occupancy from 7am. Flagged as anomaly with operational impact.
Likely cause: condenser coil fouling
Ambient temperature is normal (23.1°C). Suction pressure elevated. Pattern matches condenser fouling, with a similar signature to the event in Building C last month. With full occupancy tomorrow, this compressor needs to run efficiently. Not critical yet, but degrading.
Setpoint adjusted +0.5°C, load shifted to off-peak
Cold store has 2.1°C of thermal headroom. Pre-cool moved to off-peak hours to bank capacity before tomorrow's full occupancy. Compressor duty cycle reduced 8% while maintaining food safety. Estimated saving: $14 tonight, with the building ready 45 minutes before first arrivals.
Baseline updated, maintenance flagged
Predicted impact: $14. Actual measured: $12.80. Model adjusted. Condenser fouling trend logged and maintenance ticket queued for morning. This pattern now feeds into similar compressor profiles across the portfolio. Next cycle starts with sharper baselines.
This happened while everyone was asleep. By morning, the facility manager sees a one-line summary: “Compressor efficiency drifting. Maintenance recommended. $14 saved overnight via thermal shift. Building pre-cooled for full occupancy.”
Four phases
Each phase feeds the next. Nothing runs in isolation.
Sense reads your energy and your operations. Explain grounds every insight in business context. Optimize acts within your operational constraints. Learn transfers what works across your portfolio.
Sense
Foundation
Reads your meters, BMS, and EV chargers. But also your occupancy schedules, weather forecasts, tariff windows, and fleet movements. Builds one model that understands both your energy and your operations.
Explain
Intelligence
Surfaces what matters with operational context. Not just "HVAC spiked" but "HVAC spiked because the conference floor filled 2 hours early and outside temp hit 35 degrees." Answers are grounded in your business, not just your meters.
Optimize
Action
Peak shaving, pre-conditioning, EV scheduling, and load shifting that respects your operations. Knows not to shed HVAC when a VIP event starts in an hour. Every decision logged, every action explained, every outcome measured. Typical impact: 10-20% energy cost reduction.
Learn
Improvement
Learns what your building actually does, not what the design spec says. Discovers that Tuesday deliveries spike refrigeration. Knows the east wing empties by 4pm on Fridays. Transfers these patterns across your portfolio so site 50 calibrates in days, not weeks.
Portfolio acceleration
Every site makes the next one smarter.
Site 1 takes 4 weeks to calibrate. Site 5 takes 2 weeks. Site 50 takes 3 days. The Loop transfers operational patterns, baseline profiles, and optimization strategies across your portfolio. Every building you add makes the next one faster.
First site calibrated
- Every asset profiled against operations
- Occupancy and schedule patterns mapped
- First optimizations running, 8-12% savings
- Anomaly detection active with business context
Patterns transfer across sites
- New sites onboard in under 2 weeks
- Operational patterns shared across portfolio
- Seasonal and weekday/weekend models sharpened
- 15-20% energy cost reduction typical
Portfolio intelligence
- New sites calibrate in days, not weeks
- Predictions within 3% of measured reality
- Rare events handled from cross-site experience
- 20-25% sustained savings, improving quarter over quarter
Prediction accuracy measured as match between forecasted and actual load profiles. Savings ranges based on commercial building deployments with HVAC, refrigeration, and EV loads.
What changes on day one.
Installed in days. Learning within weeks. Paying for itself within 90 days.
Without The Loop
- Energy and operations managed in separate silos
- BMS does not know occupancy changed or tariff shifted
- Manual investigation for every anomaly
- Consultant optimizes once, then performance drifts
- Each new site starts from scratch
- Demand charges keep surprising you every month
With The Loop
- Energy decisions informed by schedules, weather, and tariffs
- Optimization cycles every 15 minutes, 24/7
- Anomalies explained with operational context automatically
- 15-25% demand charge reduction, sustained and growing
- Site 50 calibrates in days using cross-portfolio intelligence
- 10-20% total energy cost reduction within the first quarter
See The Loop running on your building.
Not a demo environment. Your facility, your data, real signals. Connected in days. Learning within weeks. Typical payback in under 6 months.
Talk to usOr email hello@wattif.io