Installation of aerothermia in dwellings with Thermic Comfort
Aerothermal is nowadays one of the most efficient, sustainable and versatile solutions for air conditioning a home. In single-family houses with two or more floors, the design and installation must be adapted to the needs of each space: heating in winter, refrigeration in summer and domestic hot water (ACS) throughout the year. In this article we explain step by step how a complete installation of aerothermal with Thermic Comfort equipment is carried out, combining underfloor heating, splits and ACS in a multi-storey house.
What is aerothermal and what does a home need?
The aerothermal extracts energy from the outside air through a heat pump, capable of generating air conditioning and DHW with very low power consumption. For a correct installation, the house must have a ventilated space for the outdoor unit and a technical room for the indoor unit and the DHW tank. In addition, good thermal insulation is key to maximizing the efficiency of the system.
Essential components for aerothermal installation include:
- A ventilated space for the outdoor unit.
- A technical room for the indoor unit and the DHW deposit.
- A distribution system: underfloor heating, splits, fancoils or combination.
- Good thermal insulation, which improves the efficiency of the system.
Distribution of equipment in a multi-storey house
outdoor unit
The outdoor unit (for example, Thermic Comfort Elda 130) should be placed in an open, well-ventilated space (garden, facade or roof). This component captures the energy of the air to heat the water in the circuit. It must be separated from closed walls and noise-sensitive areas, and mounted on silentblocks to prevent vibrations. Always ensure access for maintenance.
📌 Do you want more details on how to choose the best location? Check out our complete guide: Elda Installation Guide.
Indoor unit and hydraulic installation
The indoor unit, such as the Elda HS wall equipment, is installed in a technical room, laundry room or storage room. You can include an integrated ACS deposit (ELDA HT) or work with an external accumulator. In addition, hydraulic manifolds are installed for distribution by zones, safety valves, expansion vessel, traps and the climate control system.
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Materials used in the project
The project requires specialized plumbing and air conditioning materials, including: insulated multilayer or PEX-A pipe (to prevent thermal losses), brass or stainless steel collectors, insulating panels with lug for the underfloor heating and self-leveling mortar. *Splits* or *Fancoils* connected to the circuit and modulating thermostats for zone control are also installed.
Maintenance
Thermic Comfort systems require minimal maintenance, but an annual review by an authorized technician is recommended. Maintenance protects the investment, preserves the guarantee and ensures the energy efficiency of the system in the long term.
Maintenance includes: Cleaning of filters (hydraulic circuit and splits), pressure and flow verification, control of pH of the circuit water, software update and visual and acoustic inspection to detect leaks or vibrations.
Conclusion
Installing a Thermic Comfort aerothermal system in a multi-storey house is an intelligent investment in efficiency, sustainability and comfort. The possibility of combining underfloor heating, splits and ACS in a single solution allows the system to be adapted to every space and need.
With a professional design, quality materials and adequate maintenance, you will enjoy an efficient, quiet and prepared home for the energy future. For more information on industry trends, see the UNEP (United Nations Environment Program) on efficient heating and cooling.