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Step into a traditional indoor constant-temperature swimming pool, and the humid, stuffy air—often laced with the smell of chlorine—hits you immediately. Water droplets condense on the ceiling and glass, dripping nonstop. This is not just a minor issue of uncomfortable sensation, but a hidden "environmental crisis" with multiple risks. Continuous evaporation from the pool surface pushes the relative air humidity to over 70%. The high-humidity environment not only leaves swimmers feeling sticky when they get out of the water, but also accelerates the corrosion of walls and steel structures by chlorine-containing moisture. It fosters mold growth while shortening the service life of the pool’s interior decorations.
Traditional solutions rely on exhaust fans to expel humid air, draw in dry outdoor air, and then reheat it. This model causes over 90% of energy to be lost along with water vapor evaporation. In winter, additional boiler heat sources are needed to supplement heat; in summer, air conditioners must be turned on to cool the fresh air. Annual energy costs remain high, and it’s always a challenge to balance the stability of humidity and temperature.
Pulovae’s three-in-one pool heat pump unit processes the warm, humid air in the pool hall through heat recovery: part of the recovered heat is used to heat the pool water, and the other part is used to dehumidify and dry the indoor air. This not only quickly achieves constant temperature and dehumidification in the indoor environment, but also recycles the waste heat from the warm, humid air that would otherwise be exhausted from the hall—realizing three core functions: dehumidification, water heating, and air conditioning. At the same time, combined with the optimized design of the fresh air/return air system structure, the proportion of fresh air can be flexibly adjusted. This prevents chlorine-containing air from polluting other areas and maintains the quality of the indoor air environment.
★ Material Protection:The panel is made of G1 galvanized steel, with built-in heat-preserving material that offers excellent fire resistance and sound insulation. The base frame is constructed from channel steel. All inner and outer surfaces of panels (both internal and external exposed parts) are coated with anti-corrosion paint.
★ Independent Structure:The components of the refrigeration refrigerant compression system are independently separated from the heat pump’s air duct system. This prevents corrosion from chlorine-containing air, ensuring a longer service life for the heat pump.
★ Easy Maintenance:The heat pump is composed of detachable movable doors, facilitating daily inspection and maintenance.
★ Low-Temperature Plasma Air Sterilization & Freshening (Optional):The unit is equipped with a built-in air quality sensor. The low-temperature plasma technology—activated at intelligent intervals—is non-toxic and harmless. It effectively kills bacteria in the air while generating a large number of negative ions, creating fresh air similar to that in a forest.
★ High-Quality Components:The compressor adopts an international brand scroll compressor, featuring high efficiency, quiet operation, and a long service life. High-quality branded components are used for the four-way valve, expansion valve, and plate heat exchanger, ensuring reliable and safe operation with high heat exchange efficiency.
★ V-Type Finned Heat Exchanger:An independently developed V-type finned heat exchanger is used, which increases the effective air-facing heat exchange area. This results in better heat exchange performance and more significant refrigeration and dehumidification effects.
★ Titanium Tube Heat Exchanger:The water heat exchanger is made of titanium alloy material.
★ Effective Filtration:Both fresh air and return air are filtered. The filter is made of 2-inch-thick aluminum alloy that is non-toxic, non-allergenic, anti-bacterial, and has high filtration precision. It is also detachable and washable.
★ Reliable Electrical Control:A high-speed, precise, and reliable automatic electrical transmission control system is adopted, featuring powerful functions and a human-machine integrated interface. It uses a high-end touchscreen true-color display for simple operation and can be connected to the internet to enable remote monitoring.
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