Neo Swimming Pool Air Source Heat Pump
Experience the ultimate in home comfort and efficiency with the Neo Residential Air Source Heat Pump. Offering superior energy savings, smart control, and reliable performance, it’s the perfect investment for a sustainable and comfortable living.
Energy Efficiency:
How It Works:
Heat pumps operate by extracting heat from the air (even when it's cold) and transferring it to the pool water. This process requires less energy compared to generating heat through combustion or resistance heating. For example, a heat pump might produce three to five times as much heat energy as the electrical energy it consumes.
Precise Regulation:
Heat pumps come with built-in thermostats and controls that allow you to set and maintain a specific temperature. This ensures a comfortable swimming experience without the fluctuations that can occur with other heating methods.
Lower Pollution:
Since heat pumps don’t involve combustion, they don’t emit pollutants or contribute to air quality issues, further enhancing their environmental benefits.
Consistent Temperature Control:
Automatic Defrost:
Most modern swimming heat pumps have built-in automatic defrost cycles. These cycles reverse the flow of refrigerant to melt the ice on the coils. This is usually a seamless process that doesn't require any manual intervention.
Extended Swimming Season:
With consistent temperature control, you can extend your swimming season beyond the typical summer months. In cooler weather, the heat pump can keep the pool at a pleasant temperature, making it usable for a longer portion of the year.
Automatic Adjustments:
Many heat pumps have automated systems that adjust the heating output based on the pool's current temperature and desired settings, ensuring efficient and accurate temperature management.
Eco-Friendly Operation
Reduced Carbon Footprint:
By using the ambient air to transfer heat rather than generating it from burning fossil fuels, heat pumps produce fewer greenhouse gases. This makes them a more sustainable and environmentally friendly option compared to gas or oil heaters.
Renewable Energy Utilization:
Heat pumps utilize a renewable energy source—the air—making them a greener choice. They don’t deplete natural resources and have a lower impact on the environment.
Long-Term Savings:
While the initial investment in a heat pump might be higher compared to traditional heaters, the long-term savings on energy bills often outweigh the upfront costs. Over time, this can lead to substantial financial benefits.
Neo Swimming Pool Heat Pumps Options Available
Experience the ultimate in home comfort and efficiency with the Neo Residential Air Source Heat Pump. Offering superior energy savings, smart control, and reliable performance, it’s the perfect investment for a sustainable and comfortable living.
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Scalability
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Cost Savings
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Improved Durability and Reliability
NEO 18 KW | |||||
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Performance | Components | Visual | |||
Input Power Consumed | 3.5 KW | Compressor | Scroll Compressor Make - Copeland | Heater Material | MS |
Heating Capacity Of Output | 18 KW | Heat Exchanger Type | Shell & Coil Titanium Make - Neo | Weight | 110 kg |
Hot Water Output | Δ Dependent | Evaporative Coil | 4 Row Copper Coil With Aluminum Fins | Dimensions (lxwxh) | 840 x 620 x 710 mm |
Refrigerant | R417a/R407c/R22/R410a | Colour | White (Customizable) |
NEO 27 KW | |||||
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Performance | Components | Visual | |||
Input Power Consumed | 5.5 KW | Compressor | Scroll Compressor Make - Copeland | Heater Material | MS |
Heating Capacity Of Output | 27 KW | Heat Exchanger Type | Shell & Coil Titanium Make - Neo | Weight | 120 kg |
Hot Water Output | Δ Dependent | Evaporative Coil | 4 Row Copper Coil With Aluminum Fins | Dimensions (lxwxh) | 860 x 630 x 720 mm |
Refrigerant | R417a/R407c/R22/R410a | Colour | White (Customizable) |
NEO 52 KW | |||||
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Performance | Components | Visual | |||
Input Power Consumed | 1 KW | Compressor | Scroll Compressor Make - Copeland * 2 nos | Heater Material | MS |
Heating Capacity Of Output | 4 KW | Heat Exchanger Type | Shell & Coil Titanium Make - Neo * 2 nos | Weight | 265 kg |
Hot Water Output | Δ Dependent | Evaporative Coil | 4 Row Copper Coil With Aluminum Fins * 2 nos | Dimensions (lxwxh) | 1560 x 935 x 1460 mm |
Refrigerant | R417a/R407c/R22/R410a | Colour | White (Customizable) |
NEO 104 KW | |||||
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Performance | Components | Visual | |||
Input Power Consumed | 1 KW | Compressor | Scroll Compressor Make - Copeland * 2/4 nos | Heater Material | MS |
Heating Capacity Of Output | 4 KW | Heat Exchanger Type | Shell & Coil Titanium Make - Neo * 2 nos | Weight | 265 kg |
Hot Water Output | Δ Dependent | Evaporative Coil | 4 Row Copper Coil With Aluminum Fins | Dimensions (lxwxh) | 1560 x 935 x 1460 mm |
Refrigerant | R417a/R407c/R22/R410a | Colour | White (Customizable) |
Testimonials:
Neo Air Source Commercial Heat Pump
Case Studies:
Neo Air Source Commercial Heat Pump
01 - Energy-Efficient Heating in Bengaluru
A private residence faced high energy costs associated with traditional electric pool heaters. The installation of an air source heat pump specifically designed for pool heating reduced energy consumption by up to 70%, leading to significant cost savings.
02 - Extended Swimming Season in Hyderabad
A luxury hotel sought to extend its swimming season. The installation of an air source heat pump allowed the hotel to maintain a comfortable pool temperature throughout the year, attracting more guests and increasing revenue.
03 - Eco-Friendly Pool Heating in Ooty
A mountain resort aimed to reduce its environmental impact. The installation of an air source heat pump that utilizes renewable energy from the air helped to decrease the resort's carbon footprint.
04 - Cost-Effective Heating in Mumbai
A community pool sought to reduce its operating costs. The installation of an air source heat pump with a long lifespan and minimal maintenance requirements provided a cost-effective solution.
05 - Quiet Operation in Bengaluru
A residential community faced noise pollution from traditional pool heaters. The installation of an air source heat pump with advanced noise reduction technology minimized noise disturbance for neighbours.
06 - Reliable Performance in Ooty
A public swimming pool sought to ensure consistent pool heating performance in a variable climate. The installation of a highly reliable air source heat pump with advanced weather compensation technology provided reliable and consistent heating.
06 - Versatile Heating and Cooling in Hyderabad
A luxury resort needed a heating and cooling solution that could accommodate both indoor and outdoor pools. The installation of a dual-function air source heat pump provided optimized temperature control for both indoor and outdoor pools.