Company
1. The dehumidification heat pump uses the principle of intermediate heat-exchange temperature reduction and dehumidification, with high SMER (>3kg/kw. H) (1.6kg/kw. H only for general dehumidification heat pumps), exceeding the economic performance of dehumidification of conventional heat pumps;
2. The multiple unit control is used to assure the stability of indoor temperature and humidity and water temperature of swimming pool; Indoor temperature between 26-30C(adjustable), relative humidity between 50-75% (adjustable), and water temperature of swimming pool between 26-42C (adjustable); Advanced air humidity and air temperature independent control technology which is the first in the industry;
3. The swimming pool specific corrosion-resistant water-cooled condenser (titanium tube + PVC shell) is configured which has high corrosion resistance, thus prolongs the useful life of the units; Has low hydraulic resistance, does not need pressure pump added, and can directly utilize the swimming pool water circulation pump, thus reduces the operating cost;
4. The centralized water cooling mode (cooling tower) is used, with good cooling effect, with the cooling water condenser placed inside the units, without onsite installation of condensation copper tubes, easy to maintain, install and use; The cooling water condenser uses the special shell and tube (tube in tube) structure, with good heat exchange effect and long useful life;
5. The advanced refrigerant regeneration technology (heat exchange between low pressure gas and high pressure liquid through the energy saver) is used to make the low pressure gas overheating and the refrigerant liquid overcooling, thus improves the cooling efficiency of the compressor and saves the operating cost;
6. The dehumidification heat pump uses the latent heat of dehumidification condensed water which becomes high grade heat energy by means of doing work through isentropic compression by the compressor to heat the water of the swimming pool, thus maintains the radiating load of the indoor swimming pool in winter; The heating COP of the compressor is higher than that of ordinary air source heat pumps (evaporator placed outdoor, with low air temperature, using sensible heat recovery); Compared to the conventional fresh air dehumidification method, approximately 40-60% cost of dehumidification heat pump is saved in average;
7. The ventilation (fresh air) function maintains the quality of indoor air; The units have a energy recovery device which maintains discharge air heat recovery in winter and discharge air cold recovery in summer, thus saves the operating cost; Fresh air/ discharge air volume is adjusted to maintain indoor negative pressure, thus prevents air loss of the swimming pool and impact on the surrounding environment;
8. The advanced modular units design is used which can automatically switch the number of running modules of the units to avoid frequent start/stop of large units, thus saves energy.
