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Intelligent energy savings, context-driven

Intelligent energy savings, context-driven

Efficiency under safety

Energy Savings

Aqutron Vision optimizes energy consumption by governing the real behavior of facilities, not by applying static rules.

Une plateforme de gouvernance pour opérateurs, municipalités, assureurs et consultants qui exigent une drowning detection traçable et un support décisionnel.

Intelligent energy savings, context-driven

The system aggregates data from cameras, sensors and control units, inverters, access control, HVAC systems, historical data, and weather forecasts, building a unified operational view of the facility.

Energy is managed based on how, when, and how much the facility is actually used.

From data to action, in real time

Based on the detected context, Aqutron Vision dynamically adapts the operation of systems, including filtration and pumping systems, HVAC systems (ventilation, heating, dehumidification), and operational strategies related to attendance and environmental conditions.

Systems no longer follow fixed schedules or rigid setpoints, but adjust in real time based on actual use and external conditions.

The result is maximum energy savings, without compromising comfort, air quality, water quality, or safety.

Predictive efficiency, not reactive

By combining usage history and weather forecasts, Aqutron Vision anticipates energy loads.

The system can prepare facilities before usage peaks, reduce power and cycles during low-demand periods, and avoid unnecessary over-operation.

Optimization occurs before consumption happens, when savings are still possible.

Measurable and scalable savings

Every intervention is traceable and measurable.

Energy benefits are correlated to the actual use of the facility and are defensible, especially in public or multi-facility contexts.

The same logic can be replicated across multiple sites, including pools, wellness areas, and large climate-controlled volumes.

Aqutron Vision does not just reduce consumption. It introduces a smarter and more sustainable way of managing energy over time.

Want to understand the regulatory and operational context first?

See our deep-dive pages: