High Service Company offers comprehensive solutions for installation, maintenance and repair of modern heating systems, cooling of apartments, private houses, commercial premises, heating of swimming pools using heat pumps and aerothermy in Spain.
Our specialists will help you select energy-efficient equipment, perform professional installation and provide service support.
Aerothermal systems
Aerothermal energy (air source heat pump) is an innovative system that provides:
- Efficient heating in winter
- Comfortable cooling in summer
- Hot water supply all year round
Lack of awareness about the benefits of aerothermal heating
Alicia Huertas, brand marketer for Robert Bosch Spain, points to the low level of awareness of the benefits of these systems, especially during renovations, as the reason for their low adoption rate.
Thus, 60% Spaniards still do not know that air-to-water heat pumps are universal equipment for cooling, heating and hot water supply.
According to Bosch, only one in ten Spaniards has upgraded their heating system to a more efficient and economical one, and more than 70% households are not aware of the benefits of heat pumps.
The operating principle is based on the extraction of thermal energy from the surrounding air using an electric heat pump.
- Outdoor unit Aerothermic systems are installed outside the building and are responsible for extracting heat from the surrounding air, even at low temperatures. The resulting heat is transferred to the house for further use in heating, cooling or water heating.
- Solar panels, integrated into the system, provide additional energy, which reduces electricity consumption and increases the overall energy efficiency of the installation.
- Electronic expansion valve regulates the amount of refrigerant passing through the system, which allows maintaining optimal operating parameters and increases the efficiency of the heat pump.
- Internal hydromodule with an integrated tank serves as the central element of heat distribution throughout the home. It transfers heat from the refrigerant to the water, which is then used for heating, hot water supply or cooling of the premises.
- Wi-Fi module allows you to control the operation of the entire system remotely via a mobile application or the Internet, which makes operation more convenient and flexible.
- Hot water draw-off points, such as a bathtub, shower or kitchen faucet, receive heated water prepared by the aerothermy system.
- Internal heat exchanger or fan coil It is placed inside the room and provides heat or cold depending on the selected operating mode.
- Touch control panel It is installed inside the house and allows the user to configure the system’s operating parameters, select modes and control the temperature.
- Three-way valve Together with the circulation pump, it directs the flow of coolant to the required part of the system - for example, to radiators, underfloor heating or for heating water.
- First heating zone It is designed to supply heat to radiators, which quickly warm up the air in the room.
- Second zone heating is implemented through a warm floor system, which evenly distributes heat over the floor surface, creating a comfortable microclimate in the room.
Key benefits:
✅ Renewable energy source - uses an inexhaustible resource (atmospheric air)
✅ Eco-friendly - operates without CO₂ emissions
✅ High efficiency - consumes 3-4 times less energy than traditional systems
✅ Multifunctionality - replaces three systems at once: heating, air conditioning and hot water supply
Our Aerothermy Services:
- Designing custom solutions
- Turnkey installation of systems
- Integration with existing engineering systems
- Commissioning and automation setup
- Warranty and post-warranty service
We select equipment with an optimal COP coefficient (4-5), which ensures maximum energy efficiency with minimal operating costs.
Note: In the southern regions of Spain, aerothermy is particularly effective due to the mild climate and high air temperatures even in winter.
About the cost of an aerothermal system in Spain
The cost of installing a forced-air heating system can vary significantly and depends on many factors. On average, a complete system installation, including heating, cooling and hot water, will cost between €5,000 and €24,000. Initial costs are determined by the size of the home, the system chosen and the complexity of the installation.
Typically, for an average single-family home with underfloor heating and hot water, the price is between €10,000 and €15,000, but this can increase if additional work is required, such as improving the insulation or changing the electrical wiring. A more budget-friendly option would be to install only the heating system or only the hot water system, which starts at €2,000 to €3,000.
Installing a forced-air heating system is an environmentally friendly and cost-effective solution for your home. Despite the seemingly high cost of the initial investment, long-term benefits such as reduced energy consumption and increased durability make this technology very attractive.
Aerothermal energy is an innovative technology that uses the energy of outside air through heat pumps. It is an effective alternative to traditional air conditioning systems such as boilers and air conditioners.
The air-to-water system uses a heat pump that extracts up to 75% of energy from the outside air, requiring only 25% of electricity to operate. This is achieved through a thermodynamic cycle that uses temperature differences to produce heat, cooling and hot water.
As technology advances, aerothermal energy is becoming an increasingly viable option for new construction, as well as retrofits and installations in existing buildings.
Take a look at the section Equipment, to choose the right aerothermal system with installation.
Installation of heat pumps
We offer professional installation of heat pumps in private homes, commercial premises and industrial facilities. We select the best solutions for each client, providing comfort and significant savings on energy consumption.
A heat pump is a device for automatically heating and maintaining a constant temperature of water in a swimming pool with minimal costs. This is possible due to the use of alternative heat sources, such as air heated by the sun.
Why choose a heat pump?
Various devices can be used to heat the water in the pool. Why do we recommend choosing heat pumps? Heat pumps have a number of positive characteristics:
✅ High energy efficiency: Heat pumps are highly energy efficient in terms of energy consumption. 1 kW of electrical energy produces 4.5-5 kW of thermal energy. When installing a heat pump, your electricity bill will not change significantly.
✅ Operation at low temperatures: Heat pumps can be used at low temperatures. Of course, they should be turned off at sub-zero temperatures, but you are unlikely to use the pool when it is below 0°C outside.
✅ Environmentally friendly: Heat pumps are environmentally friendly. They use renewable energy sources and therefore do not produce harmful emissions. Your site will remain environmentally friendly.
✅ Compactness: Heat pumps are not bulky devices. You don’t need to allocate a special place for their installation.
✅ Ease of connection: To connect a heat pump, you only need an electrical and hydraulic connection. They can be installed both when building swimming pools and for existing ones.
✅ Ease of maintenance: Heat pumps do not require special maintenance, so you do not have to call a technician regularly. You can simply use it and turn it off yourself if necessary.
✅ Save up to 70% on heating: A heat pump uses free energy from the environment (air, water or ground), reducing energy costs.
✅ Payback period in 3-5 years: Thanks to low operating costs, the system quickly pays for itself.
✅ Versatility: Provides heating in winter, cooling in summer and hot water all year round in one system.
✅ Long service life: High-quality heat pumps last 15-20 years with proper maintenance.
We install air-to-water heat pumps (aerothermy). The heat of the air is used to heat the house and heat the water. Ideal for the mild climate of Spain.
Reduced heating costs 3-5 times compared to gas boilers or electric heaters.
About the cost of installing a heat pump in Spain
At High Service, the cost of a standard air-to-water heat pump installation varies on a site-by-site basis. We recommend that you contact us before purchasing an aerothermal system to discuss important aspects such as required capacity and equipment selection.
It is important to consider all aspects of the heat loss of the object, the location of the equipment to be installed, the possibility of integration into existing heating, cooling, as well as pool water heating or underfloor heating systems. Our engineers will take into account all the details and offer the best solution at the best price. Rely on professionals. We look forward to working with you!
- Delivery of equipment to the site
- Works and materials required for installation, such as pipes, fittings, expansion tanks for heating and cold water, plugs, safety valves, thermal insulation, etc.
- Connecting the heat pump to the heating system, provided that the supply and return pipes are connected, filled and equipped with ball valves in the technical room at a distance of no more than 2 m from the pump
- Heat pump setup and initial buyer instruction
- Electrical installation work and materials to equipment, with the exception of installing a circuit breaker in an electrical panel and laying cables
- Wiring for the outside temperature sensor
- Drilling a hole up to 68 mm in diameter through a wall up to 60 cm thick, except for walls made of reinforced concrete or rubble stone
- Connections between indoor and outdoor units (refrigerant pipe, cable) up to 5 m
Price does not include:
- Creation of heating, ventilation and water supply systems
- Installation of a kit for draining melt water into the outdoor unit
- Construction of concrete foundation for outdoor unit
- Design documentation and executive drawings
- General construction works
- Automatic switch in the electrical panel
- Cold water circulation pump
- Power cable and its installation from the electrical panel to the device
- Insulation of heating pipelines
- Work outside of the installer's working hours
For an additional fee, the following are offered:
- Ground frame for the outer part
- Connections between blocks longer than 5 m, cable laying longer than 5 m, pipeline coating and box insulation
Heating and cooling of swimming pools
High Service offers modern solutions for heating and cooling pools using energy-efficient heat pumps. This is an economical and environmentally friendly way to maintain a comfortable water temperature in your pool.
Heat pumps extract heat from the environment and transfer it to the water in the pool, making heating cheaper and more environmentally friendly than electric water heaters. Despite the higher initial cost of heat pumps for pools, it pays for itself through significant energy savings.
The heat pump is suitable for any type of pool and does not require sunlight for heating, which allows it to be used even on cold days at a working temperature of 7°C, extending the swimming season for most of the year. The principle of operation of the heat pump is simple: it sucks in the surrounding air, heats it by compression, and transfers the heat to the water in the pool, allowing the pool to be used almost all year round, even outside the main season.
The water temperature in the pool should not be higher than 30°C, as warmer water may not be as refreshing in the summer and promotes the growth of heat-loving algae and bacteria. In addition, some components of the pool may have temperature restrictions, so experts advise not to raise the temperature above 27-28°C.
Correct installation of the heat pump is critical. There should be sufficient space around the unit: at least 100 cm from the back and side walls to the nearest obstacles, and at least 250 cm of free space in front of the pump fan, which should preferably be exposed to the sun for as long as possible during the day.
Why is a heat pump the ideal solution for a swimming pool?
✅ Free energy source - uses the heat of the surrounding air, rather than generating it - up to 80% of energy is obtained absolutely free!
✅ Save up to 70% on heating - consumes 3-5 times less electricity compared to electric heaters.
✅ Durability and reliability - the service life of a high-quality heat pump is 10-15 years.
✅ Comfort at any time of year - maintains a stable temperature of 27-28°C even in cool weather.
✅ Dual function - some models can not only heat but also cool water on hot days.
The principle of operation of the system is as follows:
Water from the pool is pumped into the filter, where it is cleaned of impurities, then through a system of valves it is either sent directly back to the pool, or passes through a heat pump for heating or cooling.
After this, the water is disinfected in an electrolyzer and returned to the pool, ensuring cleanliness and a comfortable temperature for swimming.
- Pump
Provides constant circulation of water throughout the pool system. Takes water from the pool and supplies it further for filtration and treatment. - Filter
Cleans water from mechanical impurities such as sand, dirt and leaves. Ensures the purity of water before further processing. - Bypass valve
Allows some water to bypass the heat pump when heating or cooling is not required. Used to adjust the direction of water flow. - Feed valve
Opens or closes the water supply to the heat pump. With its help, you can direct the water for heating or cooling. - Heat pump
Heats or cools the water passing through it, depending on the selected mode. Uses the energy of air or another source to change the temperature of the water. - Diverter valve
Regulates the flow of water from the heat pump back into the system. Allows you to control the flow of treated water. - Electrolyzer
Disinfects water by destroying bacteria and algae using electrolysis of salt or other reagents. Ensures safety and cleanliness of water in the pool. - Pool
The final point of the system where purified, heated or cooled and disinfected water returns. Provides comfortable conditions for bathing.
Our pool heating services:
- Equipment selection - we will help you choose the optimal model in terms of power and price
- Professional installation - installation taking into account all technical requirements
- Automation - Setting up intelligent temperature control
- Maintenance - regular check and preventive maintenance of the system
Calculation example: For a 50 m³ pool, a 14 kW heat pump consumes only 3-4 kW of electricity, providing savings of about 500-700€ per season compared to an electric heater.
Maintenance and repair of aerothermal systems
High Service provides full service support for installed equipment:
- Regular maintenance
- Diagnostics and repair
- Replacement of worn components
- Optimization of systems operation
Timely maintenance extends the service life of the equipment and prevents serious breakdowns.
Portfolio. Our works in different parts of Spain
View examples of some of our work on the installation, repair and maintenance of aerothermy and heat pumps, carried out in various provinces and cities of Spain.
Where to order our aerothermy services in Spain
We provide installation and maintenance services for heat pumps, aerothermy systems, and equipment for heating and cooling swimming pools in the following provinces of Spain:
- Catalonia: Barcelona, Girona, Lleida, Tarragona
- Valencia: Castellon, Valencia, Alicante
- Murcia: Murcia
- Andalusia: Almeria, Malaga, Cadiz, Granada, Cordoba, Jaen, Seville, Huelva
- Aragon: Huesca, Teruel, Zaragoza
Contact us - we will help you choose the most effective solution for your facility, perform professional installation and ensure reliable operation of the equipment.
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