In recent decades, the popularity of energy saving technologies has increased significantly. While most homes are typically designed with natural gas and oil systems, geothermal heating and cooling systems are fast becoming the economically efficient replacement.
Geothermal systems using ground-source heat pumps generally operate anywhere in the United States, and their installation has increased by more than 15 percent annually. There are currently more than six hundred thousand geothermal units installed in homes in the United States, and as oil and natural gas prices continue to rise, their popularity continues to grow.
Geothermal systems can save fifty percent more energy than the traditional natural gas system and also consume seventy percent less energy than electric air conditioners or portable heaters.
Even if the weather outside varies throughout the year according to the changing months and seasons, the temperature underground remains between forty-five and sixty degrees. So the ground source pump, which is the main asset in this type of system, works by extracting heat from the ground during the colder months and pumping warm air into the home. During the warmer months, it draws fresh air from the ground and distributes it throughout the home.
Geothermal systems consist of only a few components that allow them to function. The heat pump works by transmitting thermal energy from one place to another. This transfer is carried out by means of closed circuits that contain water, coolant or an antifreeze solution that absorbs thermal energy. Once the liquid is heated, it is pumped back through the system and this process is continually repeated. Heating and cooling pipes are necessary to move hot or cold air to all rooms in the house. Finally, the heat pump is connected to a thermostat inside the house and the pump is turned on or off depending on the desired temperature in the house.
Geothermal heating and cooling systems work by using ground temperature and not air temperature. They make very little noise, are easy to care for, and will last for a significant number of years. They have the ability to keep the home at the desired comfortable temperature, either hot or cold, and can also come with compressors and fans for added comfort and energy savings.
Residential geothermal heating and cooling systems are becoming popular for the right reasons. In today’s economy with less money to spend and the desire to conserve as much energy as possible, a home geothermal system is an extremely efficient commodity.
Conclusion
Heating and cooling your home in cold climates accounts for half of your home’s total energy consumption. Due to the use of brushless DC fan motors, EVI-DC inverter compressors and PFC control method, the cold weather pump can properly control its power. You can find it to easily adapt speed and performance to external weather conditions and reduce operating costs by 30%. Due to its high energy efficiency, you can easily save up to 30% on heating and cooling your home. Imagine how much difference a 30% decrease in hot water or space conditions costs your life! It is estimated that more and more residents in cold climates will switch to cold heat pumps in the future, generating billions of energy savings annually and avoiding dangerous emissions of carbon dioxide into the environment. Choosing to install a heat pump for a cold climate, an average house that spends thousands of dollars on a gasoline or oil system, could save significantly and reduce its dependence on fossil fuels annually by 60-80%.