A resort or wellness pool is the biggest energy sink your building never sees. We make its pool heating, dehumidification, heat pumps and on-site PV grid-aware, cost-optimized and fully observable at the register level (Modbus · SunSpec · BACnet) — vendor-neutral, across the makers you already have. We don't sell the hardware. We're the software brain on top.
Request intro call → See a real reference siteIn a pool building these four systems fight each other while every meter runs. Nobody dispatches them as one — because nobody reads them all at once. That is exactly our layer.
Water at 28–34 °C, day and night, all year. A large, slow thermal mass — which also makes it a battery you can shift load into.
Evaporation drives the air-handling load. It is the hidden energy driver of every pool hall — and it flips to cooling-dominated in the tropics.
Real seasonal COP, not the datasheet best point. Cascaded, modulating units beat one oversized machine that short-cycles.
Coupled as a controllable load so midday sun heats water and dries air instead of being exported for cents.
We read your existing plant directly — no rip-and-replace — and turn five separate OEM dashboards into one honest control pane.
Heat pumps, air handlers, pool controllers, meters and inverters over Modbus TCP · SunSpec · BACnet · M-Bus · KNX — down to the register.
One brain schedules heating, dehumidification and heat pumps against PV, weather and price — using the pool itself as thermal storage.
A vendor-neutral digital twin: every COP, every kWh, every setpoint on its real register. Honest numbers, no black box.
This method runs today at a European municipal aquatic center (indoor + outdoor pools) — roughly 570,000 kWh electricity and 1.29 GWh gas per year. Every figure below is measured or engineered from that site, presented anonymously.
| What we found | Value | What it means |
|---|---|---|
| Existing air-handling heat recovery | 63.4 % @ 36,000 m³/h | Dehumidification is already efficient — so the AI harvests the remaining load, not a fantasy number. |
| On-site PV coupled as controllable load | 243 kWp | Driven toward a near-zero grid-import balance instead of low-value export. |
| Real heat-pump COP band | ≈ 4–7 | The honest seasonal range — not the 16–22 datasheet best point operators are usually sold. |
| Pool as thermal battery | 3,562 kWh/K | Shift hours of load into the water without any loss of swimmer comfort. |
| Backwash-water heat recovery | ≈ 290 kWh/day | Real, but covers only 11–21 % of one heat pump's source demand — so we plan a hybrid source, honestly. |
Reference site anonymized by agreement. Figures are metered (electricity/gas, PV, heat-recovery rating) or engineered from measured load profiles (COP band, thermal capacity, backwash recovery). No performance is claimed that is not backed by data.
The reference above is a heated indoor pool in a cold climate. What transfers to Mauritius, Dubai and every warm-climate resort is the method — register-level observability, AI dispatch and PV coupling — not the kilowatt-hours.
In the tropics the dominant job is cooling and dehumidification, not heating. Same four systems, same AI — a different setpoint strategy.
Pool, spa, air handling and PV under a single neutral brain — instead of one dashboard per contractor across a resort.
We connect and measure your resort first, then optimize on your real data. No invented tropical numbers before we have read your plant.
The same way we introduce AI at every site — read reality first, prove value, then let it run.
Connect existing heat pumps, air handlers, pool controllers, meters and PV at the register level — read-only to start.
Bring every asset into one vendor-neutral digital twin and a live glass-box dashboard.
Dispatch heating, dehumidification and heat pumps against PV, weather and price — pool as thermal battery.
Every saved kWh proven against measured baseline. If it isn't measured, we don't claim it.
We sit above the hardware — neutral across the heat-pump, air-handling, pool-controller and PV makers already in your building. We never replace them and never compete on iron.
Hotels, resorts and wellness centers need a neutral control, connectivity and monitoring layer over pool heating, dehumidification, heat pumps and PV. That's us — at the register level, on your existing hardware. Let's scope your property.
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