Full inverter pool heat pump 17KW, 1-phase

Are you looking for the best way to heat your pool efficiently and cost-effectively? Then we have just the thing for you: The Full-Inverter Pool Heat Pump 17KW, 1-phase. With this technology, you can enjoy warm water at any time of year with minimal energy consumption. Find out more about the benefits and how this innovative heating solution works.

Product description

The Full Inverter pool heat pump with an output of 17KW and single-phase connection is the perfect solution for sustainable and energy-efficient pool heating. The Full Inverter technology allows the heat pump to continuously adjust its output, significantly reducing energy consumption while ensuring a constant water temperature.

Technical specifications:

• Output: 17KW
• Power supply: 1-phase
• Technology: Full inverter
• Energy efficiency: Up to 50% energy savings compared to conventional pool heaters
• Noise level: Particularly quiet in operation
• Environmental friendliness: Use of renewable energy sources

How it works

A full inverter pool heat pump is an advanced pool heating technology that maximizes efficiency and energy savings. Here is a detailed explanation of how it works:

Basic principle of the heat pump

A heat pump works on the principle of heat transfer. It extracts heat energy from the ambient air and transfers it to the pool water. This happens in several steps:

1. Evaporator: The ambient air is passed through a fan over an evaporator in which a liquid refrigerant circulates. The refrigerant absorbs the heat energy from the air and evaporates.
2. Compressor: The gaseous refrigerant is then fed into a compressor, which compresses it. Compression causes the temperature of the refrigerant to rise considerably.
3. Condenser: The hot, gaseous refrigerant then flows through a condenser, where it transfers its heat to the pool water flowing past. The refrigerant cools down and becomes liquid again.
4. Expansion valve: The liquid refrigerant then flows through an expansion valve, where the pressure and temperature are lowered again before the cycle starts again.

Special features of a full inverter heat pump

Unlike conventional heat pumps, which often operate at a fixed speed, a full inverter heat pump uses technology that can continuously regulate the speed of the compressor and fan. This has several advantages:

1. High efficiency: the infinitely variable control allows the heat pump to be adapted precisely to the current demand, which reduces energy consumption. When heat demand is low, the pump operates at a low speed and saves energy.
2. Constant performance: A full inverter heat pump can operate efficiently in different ambient conditions and offers a constant heat output, which is particularly advantageous in changing climatic conditions.
3. Quiet operation: As the heat pump is not constantly running at full power, operation is significantly quieter. The speed of the compressor and fan can be adjusted to minimize noise.
4. Longer service life: The more even load on the components reduces wear and tear, resulting in a longer service life for the heat pump.

A full inverter pool heat pump is an energy-efficient and quiet solution for heating swimming pools. It uses the ambient air as a heat source and continuously regulates the speed of the compressor and fan to minimize energy consumption and ensure a constant heating output. The combination of these technologies results in considerable energy savings, quieter operation and a longer service life for the system.

Installation and commissioning

Installation of the 17KW Full Inverter Pool Heat Pump is straightforward and can be carried out by experienced DIY enthusiasts. However, it is advisable to consult a professional to ensure that all safety aspects are taken into account.

Installation instructions:

1. Select location: The heat pump should be installed in a well-ventilated area close to the pool.
2. Check connections: Ensure that all electrical connections are correct and securely connected.
3. Commissioning: After installation, switch on the pool filter and activate the heat pump according to the manufacturer's instructions.

Advantages and benefits

A 17KW, single-phase full inverter pool heat pump offers numerous advantages:

• Energy efficiency: energy consumption is optimized by continuously adjusting the output.
• Cost savings: Lower operating costs compared to conventional heating systems.
• Environmentally friendly: Reduced CO2 emissions and use of renewable energies.
• Comfort: Constant water temperature for a pleasant bathing experience.

Compared to traditional pool heaters, the Full Inverter technology offers higher efficiency and lower operating costs. The investment in a 17KW Full-Inverter pool heat pump therefore pays for itself quickly.

Energy efficiency and cost savings

Our Full Inverter pool heat pumps are designed to maximize energy efficiency. Thanks to the advanced inverter technology, you can save up to 50% on energy costs compared to conventional heating systems. This not only means lower electricity bills, but also a smaller environmental footprint.

Care and maintenance

To ensure optimum performance and a long service life for your Full Inverter Pool Heat Pump, regular maintenance is required. Here are some maintenance tips:

• Clean the filter: Regularly clean the filter to ensure optimal water circulation.
• Check the appliance: Have a specialist check the heat pump at least once a year.
• Frost protection: In the winter months, ensure that the heat pump is stored in a frost-proof place.

Frequently asked questions

What is the difference between a full inverter pool heat pump and a conventional pool heat pump?

A full-inverter pool heat pump continuously adjusts its output to the current demand, which means it works more efficiently and consumes less energy. Conventional heat pumps often operate at a fixed speed, which can lead to higher energy consumption and uneven heating performance.

What are the advantages of a 17KW Full Inverter Pool Heat Pump compared to other heating methods?

It offers high energy efficiency, lower running costs, quiet operation and a longer lifespan. It also uses renewable energy sources, making it more environmentally friendly.

Can a 17KW, 1-phase Full Inverter Pool Heat Pump be integrated into existing pool systems?

Yes, a 17KW, 1-phase Full Inverter Pool Heat Pump can be integrated into most existing pool systems as long as the electrical and hydraulic requirements are met.

How does the 1-phase power supply affect the performance and efficiency of the 17KW Full Inverter heat pump?

The 1-phase power supply offers easy installation and is available in most residential areas. It does not affect the performance and efficiency of the heat pump.

What factors should be considered when choosing a 17KW Full Inverter pool heat pump?

Important factors are the size of the pool, the local climatic conditions, the desired heat output and the availability of a suitable installation location.

How do the outdoor temperature and pool size affect the efficiency of a 17KW Full-Inverter pool heat pump?

Efficiency may decrease slightly at very low outside temperatures as the heat pump has to work harder. A larger pool requires more time to heat up, which can also affect efficiency.

How can I minimize energy costs when operating a 17KW Full Inverter pool heat pump?

Energy costs can be minimized by regular maintenance, cleaning the filters and setting the heat pump correctly. The use of a pool cover can also help to reduce heat loss.

What maintenance work is required for a 17KW, 1-phase Full Inverter pool heat pump?

Regular cleaning of the filters, checking the electrical connections and an annual inspection by a professional are required to ensure optimum performance.

Is there an optimum operating temperature for a 17KW Full-Inverter pool heat pump?

The optimum operating temperature varies depending on usage and personal preference, but is generally between 24°C and 28°C.

How long does it take for a pool with a 17KW Full Inverter heat pump to heat up to a comfortable temperature?

The duration depends on the initial temperature of the water, the outside temperature and the size of the pool. As a rule, it can take several hours to a day to reach a comfortable water temperature.