Place of Origin:
CHINA
Marca:
SolarEast
Certificazione:
CE
Model Number:
BYC-017TD3
Contattici
High efficiency COP up to 16 Swimming Pool Heat Pump 35 KW Water Heaters CE
Why Choose the Air-to-Water Pool Heat Pump
Air source heat pump pool heater is a cost-effective way to heat your pool. The heat pump takes heat from the surrounding air and distributes it to the pool water, allowing you to enjoy a warm and comfortable swimming experience all year.Air source heat pumps are far more efficient and cost-effective than typical electric or gas pool heaters.
They can produce up to five times as much energy as they consume, leading to huge energy savings and decreased running expenses.
Furthermore, air source heat pumps outlast typical pool heaters and require fewer maintenance.
Heat pump with an air source Pool heaters are also more environmentally benign than fossil fuel-based heating systems since they emit fewer greenhouse gases.
This makes them an excellent choice for environmentally minded pool owners looking to lower their carbon footprint.
Overall, an air source heat pump pool heater is a dependable and effective way to heat your pool, offering continuous warmth and comfort while lowering your energy expenses and environmental impact.
Benefits of Solareast swimming pool heat pump
Convenient Swimming Experience
Our R32 inverter pool heat pump features advanced intelligent inverter technology that automatically maintains constant water temperature,
delivering a significantly more convenient and comfortable swimming experience compared to traditional ON/OFF systems.
The smart temperature control eliminates temperature fluctuations, ensuring your pool water stays at your desired temperature
consistently without manual adjustments or waiting periods.
Eco-Friendly R32 Refrigerant Technology
Utilizing R32 refrigerant technology, our heat pump delivers much lower influence on global warming compared to traditional refrigerants.
R32 offers superior environmental performance and helps you save 2/3 of F-gas quota costs compared to R410A refrigerant.
This eco-friendly approach not only reduces your carbon footprint but also provides significant
cost savings on regulatory compliance and operational expenses.
High-Efficiency COP Up to 16
Our premium inverter technology achieves an exceptional Coefficient of Performance (COP) of up to 16, delivering outstanding energy
efficiency that allows customers to enjoy a better quality of life. This superior efficiency means maximum heating output with minimal
energy consumption, resulting in dramatically reduced electricity bills while maintaining
optimal pool temperatures year-round.
Advanced Inverter Technology
The intelligent inverter technology automatically maintains constant water temperature without manual intervention, providing
a much more convenient swimming experience than traditional ON/OFF systems. This advanced system continuously
adjusts compressor speed to match heating demands, ensuring stable temperatures
while optimizing energy consumption and extending equipment lifespan.
Built-in WiFi Function
The integrated WiFi functionality makes your pool heating smarter and more convenient than ever before.
Control and monitor your heat pump remotely through smartphone apps, adjust temperature settings, create heating schedules,
and receive real-time notifications about system status. This smart connectivity seamlessly integrates
with your modern lifestyle, allowing you to manage
your pool heating from anywhere at any time.
Why Choose Our R32 Inverter Pool Heat Pump?
Product Parameters
Model | BYC-010TC1 | BYC-021TC1 | BYC-035TC1 |
* Heating Capacity at Air 26℃, Humidity 80%, Water 26℃ in, 28℃ out | |||
Heating Capacity (kW) | 9.5~2.3 | 21~4.8 | 35~8.8 |
Power Input (kW) | 1.40~0.15 | 3.09~0.30 | 5.15~0.56 |
COP | 15.8~6.8 | 15.8~6.8 | 15.8~6.8 |
* Heating Capacity at Air 15℃, Humidity 70%, Water 26℃ in, 28℃ out | |||
Heating Capacity (kW) | 7.6~1.9 | 16.5~3.8 | 25.5~6.4 |
Power Input (kW) | 1.55~0.25 | 3.37~0.5 | 5.2~0.84 |
COP | 7.6~4.9 | 7.6~4.9 | 7.6~4.9 |
* Cooling Capacity at Air 35℃, Water 29℃ in, 27℃ out | |||
Cooling Capacity (kW) | 5.3~1.3 | 11.6~2.7 | 19.3~4.9 |
Power Input (kW) | 1.4~0.19 | 3.05~0.4 | 5.08~0.73 |
EER | 6.7~3.8 | 6.7~3.8 | 6.7~3.8 |
* General data | |||
Power supply | 220~240V/1/50 | ||
Max Power Input (kW) | 1.78 | 3.2 | 4.76 |
Max Current (A) | 8.3 | 14.7 | 30 |
Water Flow Volume (m³/h) | 3.5 | 6.5 | 12 |
Refrigerant | R32 | ||
Heat Exchanger | Titanium | ||
Air Flow Direction | Horizontal | ||
Kind of defrost | by 4 way valve | ||
Working temp. range (℃) | -15~43 | ||
Casing Material | ABS | ||
Water Proof Level | IPX4 | ||
Noise level 1m dB(A) | 40~52 | 45~56 | 49~59 |
Noise level 10m dB(A) | 20~32 | 25~36 | 29~39 |
Net Weight (kg) | 43 | 58 | 98 |
Gross Weight (kg) | 54 | 69 | 110 |
Net Dimensions (mm) | 864*349*592 | 925*364*642 | 1084*399*737 |
Package Dimensions(mm) | 930*400*640 | 990*435*760 | 1146*460*862 |
Frequently Asked Questions (FAQ)
Q: What is R32 refrigerant and how does it compare to R410A?
A: R32 is an advanced refrigerant with significantly lower global warming potential compared to R410A. It reduces environmental impact and saves 2/3 of F-gas quota costs, making it both environmentally friendly and cost-effective for pool heating applications.
Q: How efficient is a COP of 16 and what does it mean for my energy bills?
A: A COP of 16 means the heat pump produces 16 units of heat for every 1 unit of electricity consumed, making it extremely efficient. This can reduce your pool heating costs by up to 80% compared to traditional electric heaters, resulting in substantial energy bill savings.
Q: How does the WiFi function work and what can I control remotely?
A: The built-in WiFi connects your heat pump to your home network, allowing smartphone app control. You can remotely adjust temperature settings, create heating schedules, monitor energy consumption, receive alerts, and check system status from anywhere with internet access.
Q: What's the difference between inverter technology and ON/OFF systems?
A: Inverter technology continuously adjusts compressor speed to maintain constant temperature, while ON/OFF systems cycle fully on or off. Inverter systems provide more stable temperatures, use less energy, operate more quietly, and offer greater comfort and convenience.
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