Characteristics of Air Powered Swimming Pool

Using heat pump technology for heating: The swimming pool uses water and maintains a constant temperature, achieving water and electricity isolation. Compared to gas heating systems, the entire heating process has no combustion or exhaust emissions; Compared to electric boiler heating systems, there is no risk of electrical leakage, truly achieving safety and environmental protection.

The whole machine design is based on the concept of humanized design: it adopts a newly designed touch screen button and Chinese dot matrix LCD multifunctional controller, which can achieve autonomous temperature control, intelligent defrosting, and fully automatic switching of various modes, making use more worry free. Using the principle of heat pump technology, low-grade heat energy in the air is absorbed through an air heat exchanger to heat the water used in the swimming pool and maintain a constant water temperature.

Energy saving: By adopting heat pump technology, it can save 65% to 80% of operating costs compared to other conventional hot water equipment such as oil fired boilers, gas boilers, electric boilers, etc., and has no pollution to the environment.

Air powered swimming pools can heat up to the most suitable temperature based on human body temperature, allowing people to enjoy the feeling of summer even in the cold winter.

Category:

1. Direct heating type, cold water directly enters the host and is heated to 55 degrees Celsius before being sent to the insulated water tank for storage. The hot water comes out from under the water tank.

2. Circulating type, cold water directly enters the insulated water tank and is pulled back to the main unit by the circulation pump for heat exchange and heating before being sent back to the water tank for layered heating, with hot water exiting from below.

3. The air source water heater is a split direct heating type, where cold water directly enters the insulated water tank and exchanges heat with the heat exchanger in the tank for heating, and hot water exits from above.