Underfloor Heating and Cooling - #1 Supplier and Installers of Underfloor Cooling in Malaga, Spain

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#1 Underfloor Heating and Cooling Company in & Marbella, Costa del Sol

Underfloor heating and cooling systems are becoming more and more popular due to the technical advances over the last 5 years. Solares Energies underfloor heating and cooling systems distribute hot or cold temperatures evenly throughout the system and ensure a comfortable temperature all year round.

One of the benefits of underfloor heating and cooling is that systems can achieve further efficiency gains by using renewable green energy sources and a heat pump.

Why use Underfloor Heating & Cooling

  • Underfloor heating helps to reduce energy costs
  • The floor surface can be heated with a lower temperature than any radiant surface of radiators due to its bigger area
  • Underfloor heating is invisible because it is fully integrated under the flooring
  • No ugly dust catchers that stick out of the walls and deface the interior
  • Radiant heating/cooling with warm water in the winter and cooling in the summer
  • Ensures comfortable temperature in all buildings at any time of the year
  • Even temperature distribution of underfloor heating and cooling saves energy (compared with a radiator)
  • Energy saving means reduced costs

How much is a Heating & Cooling System

The cost of underfloor heating and cooling varies widely depending on several factors, such as the size of the area to be heated or cooled, the type of system used, and the installation method. Generally, the cost of installing an underfloor heating and cooling system ranges in Malaga, Spain from €20 to €40 per square foot.

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For a typical 1,000 sq foot home, the cost of installing a basic hydronic radiant heating system can range from €10,000 to €20,000, while a more complex system that includes cooling can cost upwards of €30,000. Electric systems are generally cheaper to install, with costs ranging from €5,000 to €10,000 for a 1,000 sq foot home in Malaga, Spain.

It is important to note that while the initial cost of installing an underfloor heating and cooling system can be high, it can offer significant long-term savings in energy costs and increase the value of your property. Additionally, the comfort and health benefits of a radiant heating system can also be a valuable investment.

How does Underfloor Heating & Cooling work?

A heating and cooling system will provide you with warm temperatures in winter and cold temperatures in summer. The systems use either electrical cabling or water pipes which heat or cool different surfaces, from floor, ceiling, and walls.

These systems are extremely energy-efficient, especially when used together with green renewable energies, like solar panels or heat pumps.  In winter, the floor surface can be heated at a lower temperature than radiators, as it covers a bigger area.

As a result, the system gets even more efficient. Whether heating or cooling, radiant systems spread the heat or cold evenly, thus always ensuring a pleasant temperature. For integrating the cooling case, it is recommended to lay the pipes at a closer distance during the construction phase. When a room temperature control for the radiant heating system is also used for cooling, its technology must be ‘cooling-ready’, thus facilitating a switch from heating to cooling as required.

Are Heating & Cooling Systems popular?

Sustainability and comfort are top priorities in any new build or renovation project. Moreover, well-being is a key factor in residential buildings: The right conditions have a beneficial effect on people’s health, and ambient temperature has a significant impact on well-being. Additionally, because of climate change, the number of hot days and tropical nights is increasing. Therefore, radiant heating and cooling systems are getting more and more popular in new and existing properties. They are exceptionally energy-efficient and ensure pleasantly comfortable temperatures all year round.

Underfloor Heating Systems

Underfloor heating systems use electrical cabling or pipes beneath the floor so that the floor itself becomes a radiator, heating the room from the floor up through the rest of the space. There are two main kinds of underfloor heating, Water (Wet) or Electric underfloor heating. Wet systems use underfloor heating pipes that are powered by a boiler and embedded in the screed beneath the floor. While they are complex to install, the savings are considerable over time, and the result is a toasty warm room on even the coldest days.

Electric Underfloor Heating Systems

Electric underfloor heating systems are incredibly easy to run, low maintenance, and have an extremely high efficiency – meaning that they can greatly cut down your energy usage and bills. Our easy-to-install range of electric underfloor heating mats is of the highest quality, ensuring that you get the best deal for your money. Browse our range of electric underfloor heating options below. You can vastly improve the energy efficiency of the home by introducing a Solar Panel System and Solar Panel Battery Storage. These two systems could power an electric underfloor heating and cooling systems 24/7.

What is an underfloor Cooling Systems?

An underfloor cooling system works by the transfer of energy by radiant heat exchange. Radiant heat is when warmth is passed to cooler objects so when the floor is cooled to a temperature cooler than the surrounding air, the floor then absorbs radiant energy proportional to the temperature difference between the surface and the room. This reduces the radiant air temperature more than the temperature of the floor. By continuing to pass cool water through the floor we can keep the floor area cool, which enables us to continually absorb warm air from the room through the floor.

What is an Underfloor Heating System?

The benefits of underfloor cooling are like those of underfloor heating. It is more cost-effective. Underfloor cooling systems are more cost-effective than air conditioning as the outside of the building accumulates less heat, therefore, reducing heat build-up and consequently reducing energy consumption.  It is more comfortable and healthier, and it eliminates drafts, air pollution and dust circulation.  The cooling system is out of site, unlike an unsightly air conditioning unit.

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Underfloor Heating and Cooling

Underfloor heating and cooling systems are frequently asked about due to their energy efficiency and the comfort they provide. Common questions include their installation process: typically, these systems require embedding tubing or electric heating elements in a concrete floor slab or under wood or tile floors, which may require significant renovation work.

In terms of energy efficiency, underfloor systems can be more efficient than traditional HVAC systems as they distribute heat or cold more evenly across a room, and can operate at lower temperatures for heating and higher temperatures for cooling. Another frequent query concerns their compatibility with different flooring types: underfloor systems can work with a range of flooring materials, though it’s crucial to choose a material with good heat conduction properties for optimal performance.

Regarding cost, these systems can have higher upfront installation costs compared to traditional systems, but they can often result in lower operational costs due to their energy efficiency.

Lastly, the maintenance requirements for underfloor systems are generally minimal once installed, but accessibility should be considered in the design stage in case repairs are needed in the future.

Underfloor heating and cooling systems have several advantages over traditional HVAC systems. First, they offer a more even distribution of heat or cool air, which contributes to a more comfortable environment. Unlike conventional systems that blow heated or cooled air through ducts, underfloor systems radiate heat or absorb warmth from the ground upwards, resulting in fewer hot or cold spots.

Underfloor systems are typically more energy-efficient than traditional HVAC systems. They operate at lower temperatures but cover larger areas, which can result in significant energy savings. Plus, with no need for ductwork or vents, underfloor systems can be less intrusive, providing more design freedom and reducing the noise associated with traditional HVAC systems.

Underfloor heating and cooling systems work on the principle of radiant heating and cooling. For heating, a series of pipes or electric heating elements are installed underneath the floor, and warm water or electricity is used to generate heat that radiates upwards into the room. For cooling, the process is reversed — cool water is circulated through the same pipes to absorb excess heat from the room, effectively cooling the space.

In both cases, the heat or cool air is distributed evenly across the floor surface, creating a uniform temperature throughout the room. This differs from traditional HVAC systems, where warm or cool air is blown into the room, often resulting in uneven temperatures. Underfloor systems also work well with various types of flooring, including tile, wood, and carpet.

The installation process for underfloor heating and cooling systems can vary widely depending on the size of the space, the type of system (hydronic or electric), and the existing infrastructure. It could take anywhere from a few days to a couple of weeks. It’s recommended to engage a professional installer to ensure the system is properly installed and optimized for your space.

As for cost, this can also vary significantly. Factors influencing the cost include the type of system, the size of the space, the complexity of the installation, and the cost of labour in your area. While the upfront cost can be higher than traditional HVAC systems, the increased comfort and potential energy savings can make underfloor heating and cooling systems a worthwhile investment in the long run.

Yes, underfloor heating and cooling systems are safe when installed and maintained properly. The systems operate at low temperatures, reducing the risk of burns or overheating. And because they’re installed under the floor, there’s no risk of injury from hot surfaces or moving parts, as can be the case with traditional radiators or HVAC units.

Underfloor systems can improve indoor air quality. They do not rely on forced air, which can circulate dust and allergens, and they create less dry air than traditional heating systems, making them a good choice for people with allergies or respiratory issues. However, it’s essential to have the systems installed by a professional and to carry out regular maintenance to ensure their safe and efficient operation.

Underfloor heating and cooling systems can be installed in a wide variety of building types, ranging from residential homes to commercial buildings and industrial spaces. They are especially suitable for buildings with large open spaces, as they can provide uniform temperature control across large areas.

The feasibility of installing such a system does depend on factors like the building’s structure, the type of flooring, and the existing heating or cooling system. For older buildings or those with specific architectural constraints, retrofitting an underfloor system may be more challenging, but not impossible. It’s best to consult with a heating and cooling professional to assess the viability of an underfloor system for your building.

Underfloor heating and cooling systems are generally more energy-efficient than traditional HVAC systems. They operate at lower temperatures but cover larger surface areas, ensuring a consistent and comfortable indoor climate while using less energy.

Underfloor heating, for instance, requires lower water temperatures than conventional radiators (typically around 40°C compared to 70°C-90°C for radiators), which makes it ideal for use with high-efficiency condensing boilers or heat pumps. For cooling, underfloor systems use the building’s thermal mass to absorb and disperse heat, reducing the need for energy-intensive air conditioning.

Temperature control in underfloor heating and cooling systems is typically managed by a central thermostat, much like traditional HVAC systems. This thermostat can be programmed to maintain different temperatures at different times of the day, giving you a high level of control over your environment and allowing you to optimize energy usage.

In some systems, each room or zone can be controlled independently, offering even greater flexibility and efficiency. For example, you can keep living areas warm during the day and reduce the temperature in bedrooms until night time. Similarly, for cooling, you can adjust the temperature in different zones based on use and occupancy.

While it might be tempting to take on underfloor heating and cooling system installation as a DIY project, it’s generally not recommended unless you have professional training. The installation process involves many complex steps, including subfloor preparation, laying out heating or cooling pipes or cables, and connecting the system to your power supply or boiler.

Incorrect installation can not only damage the system but also lead to inefficient operation or even safety risks. Therefore, it’s best to leave the installation to a professional installer who can ensure the system is set up correctly and optimized for your space. This will also ensure that your system’s warranty remains valid.

Underfloor heating and cooling systems can work with a wide variety of flooring types. Tile and stone flooring are particularly effective because they conduct heat well and can retain heat for a longer period. Hardwood and engineered wood flooring also work well, although it’s essential to ensure the heat output is compatible with the specific wood to prevent any damage.

Laminates and vinyl can also be used with underfloor systems, but it’s crucial to check with the manufacturer to ensure the material can withstand the heat. Carpeted floors can also be used, but the carpet and underlay must have a low thermal resistance to allow the heat or cool air to pass through effectively.

Underfloor heating and cooling systems generally require less maintenance than traditional HVAC systems because they have fewer moving parts. However, periodic checks and maintenance are still important to ensure the system is working efficiently.

For hydronic (water-based) systems, a heating professional should check the system’s pressure, pump, and valves annually. Any air in the system should also be removed. Electric systems often require less maintenance, but it’s still a good idea to have them inspected regularly for any potential issues. Always consult your system’s manual or a professional for specific maintenance advice.

The time it takes for underfloor heating to warm up a room can depend on several factors, including the type of system (electric or water-based), the floor construction, the insulation, and the desired temperature increase.

While underfloor heating systems may take longer to heat a room initially compared to traditional radiators, they provide a more consistent and evenly distributed heat. Once the system is up to temperature, it’s very efficient at maintaining that warmth. This makes underfloor heating particularly suitable for spaces that are in constant use.

Yes, underfloor heating systems can also be used outdoors to heat areas like driveways, patios, or walkways. These systems can be particularly useful in colder climates to help melt snow and ice.

However, outdoor underfloor heating systems require specific installation considerations to protect against weather elements and ensure efficient operation. For instance, they need to be installed beneath the frost line to prevent freezing. Consulting with a professional is recommended to understand the feasibility and costs associated with such an installation.

Solares Energies | Underfloor Heating | Underfloor Cooling Spain

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Underfloor Heating And Cooling Supplier And Installer in Malaga

Sadly many companies throughout Spain are not qualified or experienced in, supplying and installing Underfloor heating and cooling systems. Solares Energies has a wealth of knowledge and experience in supplying, installing and maintaining underfloor heating and cooling. We have a dedicated team of electrical engineers based around the Costa del Sol area, covering the whole of Malaga, including Marbella, Estepona, Benalmadena and Manilva.