R410A Refrigerant Plastic Cabinet High Efficiency Water Heater for Swimming Pool Heater
 
 
Description

AXEN swimming pool heat pump is positioned as a high end product specially for higher pool heating demand. With pleasant pool water temperature, people can enjoy swimming from the beginning of spring to the end of autum

With high pressure and low pressure protection, heat pumps are protected at inappropriate working conditions.
The water flow switches designed by AXEN are with high sensitivity feature.
Auto-defrosting and anti-freezing function included

  
Features
 

1. High efficiency, COP up to 5.5, which can save as much as 80% of cost compared to regular water heating equipment. Easy for installation and low running cost for maintenance

2. Green refrigerant R410A---environment-friendly

3. Word-known brand compressor---DAIKIN or TOSHIBA

4. Durable and reliable titanium heat exchanger,which can resist chloride ion corrosion in water.

5. Good quality Evaporator with superior hydrophilic alum foil, inbuilt threaded pipe, which provides good performance in water skiing and anti-defrost

6. Circuit board in line with CE & ROHS standards

7. The system has an excellent insulation for water and electricity

8. Monoblock design, beautiful and compact plastic cabinet

Application

Why heat pumps are a technology for the future?

Sustainable energy systems of the future will rely on two major principles: efficient end-use and efficient use of renewables. In this scenario, the heat pump is a brilliant invention which is beautifully adaptable for a multitude of applications relating to both efficient end-use and renewably supply. The energy source used by a heat pump is renewable energy from ground, air, water and waste heat sources.

By adding a small amount of drive energy, a heat pump can move heat from a low temperature to a high temperature. This means that the same piece of equipment can be used to remove heat from a space (cooling) at one end while at the same time adding heat to another space (heating).

The most prevalent use of heat pumps is for cooling, e.g. the common household refrigerator or air conditioner, but increasingly heat pumps are also used to upgrade heat to useful heating temperatures. In applications when both heating and cooling are needed this is a win-win situation which virtually doubles the cost-effectiveness of the installation.

According to the International Energy Agency, IEA, the buildings sector needs to reduce its CO2 emissions by over 70 % in comparison with 2010 levels in order to limit the increase in global temperature. The challenge is to achieve this reduction while at the same time energy demand is rising from an increasing number of both residential and commercial buildings. This challenge can be met by the heat pump technology, employing it in a wide range of applications in terms of heating, cooling and air conditioning. 

Heat pumps are also a suitable solution for retrofit buildings. Therefore, heat pumps have a large potential in contributing to the reduction of global CO2 emissions.