Consistent comfort
A temperature designed around use makes the pool experience more enjoyable.
TARGET TEMPERATURE
COMFORT + CONTROL
Pool Climate
Heating, control and automation designed around the pool, its use and its infrastructure.
CONTEXT-LED DESIGN
We first understand what the system must solve.
Volume, surface, climate, target temperature, cover, schedule and existing hydraulics change the thermal strategy.
MORE THAN HEATING WATER
The pool, climate and use form a system.
The right climate strategy transforms how often, when and how the pool is enjoyed, without separating comfort from operations.
CLIMATE→WATER→COVER→HYDRAULICS→CONTROL
01USE THE SUN
Solar pool heating
Thermal collectors transfer solar energy to the water through a circuit designed for the pool.
Orientation, available area, exposure, volume and season change the outcome; there is no universal guaranteed temperature.
- Residential and hospitality
- Planned hydraulic integration
- Control based on project conditions
02DESIGNED COMFORT
Temperature control
Coordinate heat source, circulation and temperature sensing around expected use.
Capacity is defined by volume, climate, heat loss, schedule and target temperature; a cover may be part of the strategy.
- Heat pumps where appropriate
- Sensors and setpoints
- Operating schedules
03CLEAR CONTROL
Automation and monitoring
Centralize schedules, temperature, circulation and compatible states.
Automation adds context and consistency, but depends on compatibility between controllers, equipment and communications.
- Compatible local and remote control
- Available alerts and status
- Use and maintenance scenes
04THE COMPLETE SYSTEM
Hydraulic integration
Valves, pumps, filtration, heating and control must work as one architecture.
Adding heat without reviewing flow, losses, piping and control can limit performance. The review starts with the existing system.
- Mechanical-room review
- Flow and routing
- Prepared for future evolution
NEXTLUM / TOOLS
Open tool↗Explore your scenario before deciding.
A guided estimate helps prepare better questions without replacing final design.
FAQ
Questions before deciding.
How much can temperature rise?+
There is no universal rise: climate, losses, capacity, cover, volume and schedule determine the range.
How long does heating take?+
It is estimated from initial energy, system capacity and losses; maintaining temperature is another scenario.
Does it work in cold season?+
It can, but lower solar resource and greater losses may require more area or a complementary source.
Solar or heat pump?+
Solar uses available resource; a heat pump provides active control. A hybrid system may coordinate both.
Does a cover help?+
Yes. It reduces evaporation and loss, materially changing required energy.
How is the system sized?+
Volume, area, climate, target, exposure, cover, hydraulics and operating hours are considered.
Can it be automated?+
Yes, by coordinating compatible circulation, valves, sources, sensors and setpoints.
Can it integrate with the current system?+
Sometimes; flow, piping, pumps, filtration, space and existing controls are checked first.