A continuous supply of fresh air improves well-being, supports better sleep, and helps prevent moisture and mold.
Utilizes solar energy for ventilation and additional heating, reducing reliance on traditional heating and lowering electricity bills.
Protects structures from moisture damage, prevents mold, and reduces the need for costly repairs.
Poor ventilation and excess moisture are common hidden problems in buildings.
When air does not circulate properly, moisture accumulates and creates conditions for mold growth. This reduces indoor air quality and can eventually damage building structures.
The problem is especially common in holiday homes and buildings that are used only occasionally.
Sol Navitas uses solar energy to support ventilation, helping bring fresh air indoors and maintain a stable indoor climate.
Solar air heating preheats the incoming ventilation air, helping the ventilation system work more efficiently. During cooler periods, it can also provide a significant amount of additional heat on sunny days.
Moisture often accumulates in buildings during the summer, when the absolute humidity of outdoor air is high. In autumn, solar-supported ventilation helps remove this accumulated moisture from the building.
A stable indoor climate helps buildings stay in good condition for longer.
When moisture is kept under control and ventilation works properly, the risk of mold and moisture damage is reduced, helping building structures remain in better condition.
Using solar energy to support ventilation also helps reduce the building’s energy consumption.
With our ventilation equipment, you can create a better indoor climate and achieve lower energy consumption. We offer a wide range of products for this very purpose. . In order to create a comprehensive energy solution and maximise the use of solar energy, we will work with you to design a plan that will work as efficiently as possible in that particular building. It is possible to create a comprehensive energy solution for your building, both at the design stage and later, by making existing systems more energy efficient.
