Geothermal Energy, Heating, and Cooling

In order to fully support geothermal energy, heating, cooling geothermal heating, air conditioning, it is necessary first to understand what geothermal energy is. Geothermal energy is a type of energy conversion that is provided naturally for human cooking, bathing, heating, and power generation. Energy is generated by capturing thermal energy and using it. This heat is formed underground and is produced by radioactive decay of certain elements of the earth such as potassium, thorium, uranium.

Geothermal energy below the surface of the earth or heat can be used for electricity or heat. Geothermal heat pumps for cooling and heating buildings are effective in all fields. However, in the United States, geothermal power plants, mainly in the western part, require more active geothermal resources.

Geothermal energy provides huge resources for low temperature applications such as heating and cooling of buildings, dry matter and industrial heating. For example, you can install geothermal pumps in almost all areas of the United States, making building heating, heating and hot water more efficient than systems with all electrical systems or air heat source heat pumps. Because the service industry is small in scale and competitive energy is low cost, the possibility of geothermal energy has been developed only negligibly. Power generation is the most beneficial usage of geothermal energy and is growing fastest. Our discussion on the environmental aspects of geothermal energy use will focus on electricity production.

Geothermal heating is not new. In the study of "Space Adjustment: The Next Frontier" in 1993, the US Environmental Protection Agency discovered that the geothermal heat pump is the most energy efficient, environmentally friendly, and the most cost effective air conditioning system. So why is geothermal still not standard after 25 years? Geothermal heating and other forms of renewable energy are obviously environmentally friendly alternatives to fossil fuels. However, 70 million households still burn fossil fuels in the United States. This difference is reminiscent of the hybrid and electric vehicle markets. And environmental benefits without obvious investment income are not enough to promote large scale recruitment.