Energy Efficient Swimming Pool Heaters Deliver More Than Low E Efficiency from sprsunheatpump's blog

When choosing swimming pool heat pump, there are several things that should be considered. First, the size of your pool will determine the size of the pump required. For most pools less than a half-acre they do not require the same cooling power as pools over ten acres.

A larger pool requires a more powerful swimming pool heat pump. Some heat pump brands do not list the maximum gallons, but generally list their warmers in terms of their BTU output, or British Thermal Units per cubic foot. Most units are within the range of 50 BTU to 125 BTU per cubic foot. 50 BTU is warm enough for most swimming pools while 100 BTU is hot enough to provide an enjoyable swim.

There are many different brands and models of swimming pool heat pumps to consider. Make sure that the brand you choose has many years of experience and is well known and tested in the swimming pool market. Swimming pool pumps come in all different sizes and horsepower. There are some smaller units that can be used for small home pools. Pumps also come in sine wave and constant speed versions.

One important consideration is efficiency. The efficiency rating of your pool heat pump is based on the amount of energy required to move the water through the unit. This is determined by the temperature of the air surrounding the unit and the density of the gas. The more efficient the gas, the more energy is required to move the water through it. Your pool heater efficiency rating is calculated by subtracting the volume of water required to heat from the volume of air heated, then dividing the result by the square footage of unit area.

Other important factors to consider are performance and temperature. Pool pumps can be grouped into three categories based on their ability to maintain a constant temperature. All others are designed to move water at a greater velocity so they have the potential to heat more water. This is typically a good rule of thumb when purchasing a swimming pool heating pump. It is also a good idea to check the maximum and minimum temperatures your pump can reach for optimum performance.

One option is to purchase a portable heat pump that you can move around to keep your pool at a comfortable temperature no matter where you may be. They are great for homes that are large, have little room and need a pump to keep the indoor environment at a comfortable temperature. A second option is to install an indoor stand alone heat pump. These are typically installed inside the home or office and provide continuous heating even when there is no external supply of hot air.

How do swimming pool heat pumps work? The way they operate is very simple. The in-built compressor heats water and then releases it into the swimming pool. The in-built evaporator coil then absorbs the heated water and turns it back into cool air. This process continuously takes place during the day, night and winter months when the temperature remains elevated.

The benefits of pool heat pumps are obvious. They save energy by reducing the amount of electricity needed to maintain the indoor environment. They also reduce the amount of time needed to keep the swimming pool at a consistent temperature. In addition to these obvious benefits, swimming pool heat pumps also contribute to energy savings, reduce pool water evaporation and they provide a constant supply of hot, clean water.

There are other benefits of swimming pool heat pumps as well. They provide energy efficiency, improve productivity and increase pool ownership. The in-built compressor reduces air temperature variation and improves the efficiency of energy transfer from the air conditioning system. This increased efficiency results in a reduced need for air conditioning.

The efficiency of heat pumps is further improved by the inclusion of energy saving co-located compressors. SPRSUN systems not only reduce electricity bills but also contribute to the efforts of helping to preserve the environment. The combination of pump technologies including co-located compressors helps to ensure minimal energy use while maximizing the efficiency of energy transfer. As a result of these and other improvements, it is very important to install energy efficient swimming pool heat pumps.

Swimming pool heat pumps that are built using the latest technology are capable of providing consistently high performance even during prolonged summer days and nights. Heat pumps that incorporate both efficient heat recovery ventilators and titanium heat exchangers are very energy efficient. They work better than older models that incorporated only stainless steel heat exchangers.


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By sprsunheatpump
Added Oct 9

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