Can you imagine a home that makes the most of renewable energy to reduce energy consumption without sacrificing comfort? The combination of aerothermal energy, solar panels and underfloor heating is revolutionizing the air conditioning sector, allowing for a significant savings on the electricity bill and a less dependency from traditional energy sources.
In this article, we'll explore in detail how these systems integration works and why more and more homes are adopting this sustainable solution. You'll discover the and advantages, installation process and some Key aspects to take into account before taking the step towards a more efficient home.
What is aerothermal energy and how does it work?
Aerothermal energy is a technology based on the use of heat pumps that They extract energy from the outside air to provide heating, cooling and hot water.This system takes advantage of the energy contained in the air in a way Management, reducing electricity consumption compared to traditional systems such as gas or diesel boilers.
The operation of aerothermal energy is based on the principle of thermodynamics:
- Un refrigerant absorbs heat from the outside air.
- Heat pump compresses the refrigerant, increasing its temperature.
- This heat is transferred to the water circuit of the heating and ACS (domestic hot water) system.
Thanks to its high performance, aerothermal energy can generate up to 4 thermal kWh for every electrical kWh consumed, making it a very efficient option.
The role of solar panels in integration
Photovoltaic solar panels allow generate electricity from the sun's energy. When combined with aerothermal energy, the energy produced by solar panels can feed the heat pump, further reducing grid power consumption.
The advantages of this combination are:
- Reduction of electrical consumption: The electricity generated is used to power the aerothermal system.
- Greater energy independence: Less dependence on the electrical grid.
- Possibility of selling surpluses: In some installations, surpluses can be injected into the grid and offset financially.
Benefits of underfloor heating in this system
Little girl daughter playing on floor drawing while parents and boy are reading book on sofa, family spending time together in living room, weekend at home and creative child development concept
Underfloor heating is a heating and cooling system that works by means of a hot or cold water circuit installed under the floor of the home. uniform heat distribution making it one of the most comfortable and efficient forms of air conditioning, especially when combined with aerothermal energy.
Some of its main advantages include:
- Greater thermal comfort: The heat is distributed evenly throughout the room.
- Energy efficiency: It works at lower temperatures than traditional radiators.
- No visual impact: It does not require radiators or visible equipment in the rooms.
- Compatible with cooling: If the aerothermal system allows it, it can function as a cooling floor in summer.
Key aspects to consider before installation
If you are thinking of installing a system that combines aerothermal energy, solar panels and underfloor heating, it is important to carry out a prior study that includes some essential factors:
- Location and orientation of the home: Make sure you have enough space for the solar panels and the heat pump's outdoor unit.
- Available surface for underfloor heating: Its installation usually requires renovation if the home does not have a previous system.
- Household energy consumption: An analysis of your electricity bill will allow you to properly size your installation.
- Financing and grant options: Currently, there are grants for the installation of renewable energy.
System maintenance
One of the most positive points of the combination of aerothermal energy and solar panels is that its maintenance is minimal. However, to ensure proper functioning it is recommended:
- Periodically check the heat pump and clean the filters.
- Check the performance of solar panels and their cleanliness.
- Check the underfloor heating system to prevent possible leaks.
With proper maintenance, these systems can provide optimal heating and cooling for many years.
The growing interest in the use of renewable energy has driven the adoption of technologies such as aerothermal energy combined with solar panels and underfloor heating. This system offers a considerable energy savings a reduction in CO2 emissions or with a comfort at home. While the initial investment may be high, the medium- and long-term returns make it a highly profitable alternative for those seeking efficiency and sustainability.
