Featuring high-efficiency heating and stable durability, AQUA pool heat pump adopts advanced air source heat pump technology, acting as an efficient "heat carrier" that absorbs free heat from the air and converts it into high-temperature heat, achieving constant temperature with an energy-saving rate of over 60%. Equipped with corrosion-resistant core components, combined with automatic defrosting and wide temperature range operation functions, it can heat stably and efficiently even in low-temperature environments.
Featuring high-efficiency heating and stable durability, AQUA pool heat pump adopts advanced air source heat pump technology, acting as an efficient "heat carrier" that absorbs free heat from the air and converts it into high-temperature heat, achieving constant temperature with an energy-saving rate of over 60%. Equipped with corrosion-resistant core components, combined with automatic defrosting and wide temperature range operation functions, it can heat stably and efficiently even in low-temperature environments.
Pool heat pump vs pool electric heater: The core differences between pool heat pumps and pool electric heaters lie in their working principles and energy consumption.
A pool heat pump absorbs low grade heat from the air and upgrades it to high grade heat via a compressor to warm the pool water. Acting as a "heat transporter", it consumes 1 kWh of electricity to transfer heat equivalent to 3–5 kWh, with a COP of 3.0–5.0, delivering remarkable energy savings.
An pool electric heater uses submerged heating elements to generate heat directly through resistance, acting as a "heat generator". Its maximum efficiency is close to 1:1, producing only 1 kWh of heat per 1 kWh of electricity used, resulting in much higher power consumption.
In terms of operating environment, heat pumps are affected by ambient temperature, while electric heaters can run at full capacity regardless of weather conditions but have high operating costs.
In general, electric heaters suit small water volumes and short-term use; heat pumps are preferred for large pools, long term constant temperature, and energy saving applications.
Energy-saving and high-efficiency
With a high-efficiency compressor and a high-quality heat exchanger, it boasts high energy utilization, effectively reducing energy consumption and saving operating costs compared to traditional heat pumps.
Energy-saving and high-efficiency
With a high-efficiency compressor and a high-quality heat exchanger, it boasts high energy utilization, effectively reducing energy consumption and saving operating costs compared to traditional heat pumps.
Quiet and comfortable
Equipped with low-noise compressors and noise reduction technology, it operates smoothly with minimal noise, providing a quiet and comfortable user experience while offering stable water temperatures.
Quiet and comfortable
Equipped with low-noise compressors and noise reduction technology, it operates smoothly with minimal noise, providing a quiet and comfortable user experience while offering stable water temperatures.
Intelligent control
Equipped with an intelligent control panel, it is easy to operate and allows for real-time monitoring and adjustment of pool water temperature, making pool water temperature management easier.
Intelligent control
Equipped with an intelligent control panel, it is easy to operate and allows for real-time monitoring and adjustment of pool water temperature, making pool water temperature management easier.
Reliable quality and durability
Certified internationally and verified by over 100,000 projects, the evaporator is protected by an epoxy coating, and the water and electricity are separated, ensuring safety, durability, and a long service life.
Reliable quality and durability
Certified internationally and verified by over 100,000 projects, the evaporator is protected by an epoxy coating, and the water and electricity are separated, ensuring safety, durability, and a long service life.
AQUA heat pump does not "create" heat; instead, it acts like a "heat transporter", achieving efficient energy conservation through the following steps: absorbing heat - compressing and heating - releasing heat - cycling. Our heat pump utilizes the refrigerant to absorb low-grade heat from the air in the evaporator. Then it's compressor compresses the low-temperature heat into high-grade heat, which is released to the pool water or indoor air through the condenser. Finally, the refrigerant completes the cycle and continues to work. The entire process only requires a small amount of electrical energy to drive the compressor, but it can efficiently "transport" 3 to 4 times the amount of electricity in free heat from the air for pool heating and environmental control. Therefore, compared to traditional electric heating method, it can save 40% to 60% of energy, achieving low-energy consumption and high-stability constant temperature experience.
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Room 3002, 2191# Guangyuan East Road, Guangzhou City, Guangdong, China