Swimming pool heat pumps

Swimming Pool Heat Pumps: Warm Water, Comfort and Maximum Energy Efficiency

Swimming pool heat pumps are specialized equipment that allow you to heat water efficiently, sustainably and economically, significantly extending the swimming season. They offer constant thermal comfort with reduced consumption, making them the perfect solution to enjoy your pool all year round.

why choose a heat pump for swimming pools?

Opting for a heat pump has many key benefits:

• High energy efficiency: Heat pumps consume much less electricity compared to traditional methods, generating significant savings on your energy bill.
• Increased comfort and convenience: They maintain a constant and comfortable water temperature, greatly enhancing the bathing experience.
• Ecological operation: They take advantage of renewable energy from the ambient air, reducing the environmental impact.
• Easy installation and operation: They are compatible with most existing filtering systems and their operation is simple thanks to their intuitive control systems.

how do swimming pool heat pumps work?

These equipments work by means of a thermodynamic system that captures the heat present in the outside air. This heat is transferred to the pool water through an internal heat exchanger. Although they require electricity to operate, their efficiency lies in the fact that most of the energy they use comes from the environment, making them one of the most economical and ecological methods for heating swimming pools.

Calculating Pool Volume

In order to determine the adequate power of the heat pump, it is essential to know the volume of the pool:

• Rectangular pool: Length x Width x Average depth
• Oval Pool: Length x Width x 0.89 x Average Depth
• Round pool: Diameter x Diameter x 0.785 x Average Depth

Example: If a pool is 8m long, 4m wide and 1.5m average depth: Volume = 8 x 4 x 1.5 x 1.5 = 48 m³ (48,000 liters)

To estimate the power required:

• With bubble cover: Kw = Length x Width x 0.3 → 8 x 4 x 0.3 = 9.6 kW
• Without bubble cover: Kw = Length x Width x 0.5 → 8 x 4 x 0.5 = 16 kW

It is recommended to choose a model with a higher power than calculated to ensure optimum performance. IMPORTANT: THIS DATA IS FOR ESTIMATION ONLY, PLEASE CONTACT US FOR A THERMAL STUDY.

Main characteristics of heat pumps for swimming pools

• Coefficient of Energy Performance (COP): Measures the energy efficiency of the equipment. A high COP indicates that the equipment is capable of producing more heat with less electrical consumption.
• Power and heating capacity: Available from 5 kW to 35 kW, suitable for pools from small to large installations.
• Inverter technology: Automatically adjusts compressor speed according to heat demand, resulting in higher energy efficiency and lower power consumption.
• Low noise level: Equipment designed for quiet operation, ideal for residential environments.
• Robust and resistant design: Built with anti-corrosive and weather-resistant materials, ensuring durability even in adverse outdoor conditions.
• Advanced digital controls: Easy and intuitive interface that allows you to set the temperature and manage the equipment comfortably.

There are heat pumps with WiFi connectivity that are ideal for second homes. These models allow you to control the pool water temperature remotely via a mobile app, which is perfect for ensuring the pool is ready when you arrive.

Advantages of a heat pump with connectivity for second homes:

• Remote control: Adjust temperature and on/off from anywhere with a mobile app.
• Efficient scheduling: Avoid wasting energy by keeping the pool heated only when you need it.
• Real-time monitoring: Check the status of the heat pump, energy consumption and possible maintenance alerts.
• Integration with other home automation systems: Some can be connected to smart assistants such as Alexa or Google Home.
• Optimization of the start-up time: Program the pump to reach the ideal temperature before your arrival.

Comparison: Heat Pumps vs. Electric Heaters