Science is always trying to find better, more efficient means for treating the air in homes and businesses. Two methods for efficient heating and cooling use Underground Pipes in Omaha NE. The most common is known as a geothermal heat pump and the other is a ground-coupled heat exchanger. The difference in the two is how they operate. Both use the ambient temperature of the soil as a heat source in the winter or a heat sink during warmer days. The primary difference between the two is that the geothermal system uses a refrigerant to transfer the heat source while the ground-coupled heat exchanger draws the temperature directly from the soil.
A geothermal system is an excellent choice for any area where there are a lot of frigid days or nights. This is because the geothermal system collects heat before transferring it indoors or out. The ground-coupled heat exchanger pulls air through a series of plastic or plastic coated, metal pipes buried in the ground. This system is basically a huge loop which circulates the indoor air so it maintains an even temperature. Visit website for more details.
A ground-coupled heat exchanger can be a closed loop system or it may be an open system which is vented with a filtered, external air intake. Air can be drawn in either direction and is usually controlled by the location of the heat. For instance, when it is warmer inside the home, natural convection will cause the heat to rise. This system can be assisted with the installation of a solar chimney. This will help draw air through the building and release it through the chimney and is an excellent way to keep warm, fresh air indoors.
Most systems that use Underground Pipes in Omaha NE bury the pipe an average depth of ten feet. More depth provides better insulation and a more consistent temperature. The average length of the heat sink in a closed-loop ground-coupled heat exchanger ranges between one hundred and five hundred feet. There should be no right angles that might cause turbulence. This allows for more even temperatures in small spaces. Open system intake tubes average one hundred feet and are usually placed in straight lines. Pipe diameters range from four to twenty-four inches. A larger pipe results in slower air movement but creates a more efficient energy exchange. To learn more contact Accurate Heating and Cooling.
