GeoSystems Geothermal Heat Pumps

Geothermal heat pumps offer a better way to heat and cool your home, school, church or business. GeoSystems' complete line of geothermal heat pumps delivers a total comfort solution that you can rely on for years to come.

 

Geothermal Heat Pumps for Every Application

With our broad range of geothermal heat pump options, GeoSystems has solutions that are tailored to a variety of applications. When you choose geothermal, you are choosing a better way to heat and cool your home, school, church or business. Not only are you making a choice that is easy on the environment, you are making a sound investment in your property. Our products are proudly manufactured in the USA and will provide energy savings and peace of mind. 

Complete Family of Products

Whether you need a forced air or hydronic system, the GeoSystems family of geothermal heat pumps will deliver.  Marry that with our industry leading accessories for indoor air quality, hot water storage, and enhanced performance and you’ve got a one stop shop for total indoor comfort. 

 

Names You Know and Trust

GeoSource Most Efficient Series is our newest line of forced air and hydronic geothermal heat pumps introduced in 2012. Designed with advanced electronics GeoSource achieves one of the highest energy efficiencies in the market.

 

 

 

 

 

 

ECONAR ColdClimate Series geothermal heat pumps have been in production since 1981.  With a specialization in cold climate technology thousands of units have been installed across the United States and Canada. GeoSystems took over the ECONAR product line in 2008 and has continued to evolve the product line to its current Energy Star compliant performance levels.

 

 

 

 

 

HydroHeat geothermal heat pumps have been in production since 1982. The product line features on board demand hot water production – a unique feature among geothermal heat pumps. Originally based in Monroeville, PA production moved to Mitchell, South Dakota after Enertech Global purchased the product line in 2012.