Geothermal Heat Pumps for Residential and Commercial Applications

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ECONAR® Energy Systems - Residential Case Study
The Energy House I- Elk River, Minnesota



The Energy House I is a model home which is a demonstration site for cost-effective, energy-efficient, leading-edge technologies, and emphasizes Minnesota made products, solar energy, indoor air quality and products made from recycled products. Built to conform to the proposed 1999 Minnesota Energy Code, the Category One house features construction techniques which keep out moisture and wind, avoid rot and mold, and provide the American Society of Heating, Refrigeration and Air-Conditioning Engineers (ASHRAE) recommended air changes for Indoor Air Quality. In addition, the energy-efficient products and services featured demonstrate the advantages and viability of renewable and efficient energy technologies for the sustainable community of the 21st century. They not only chose an ECONAR Geothermal Heat Pump for the cost and energy efficiencies, but also for its environmental aspect. The system brings peace of mind to homeowners concerned about safety and the environment. Since geothermal systems do not burn any fossil fuels, they reduce the burning of natural gas, propane, fuel oil and other fossil fuels.

Geo$ense

Along with the benefits of energy bill savings each month, you can also expect less maintenance with longer equipment life, increased comfort and safety without carbon monoxide emissions, no aesthetic pollution and satisfaction in using renewable energy. Geothermal comfort systems can save homeowners up to 75% on monthly energy bills when compared to fossil fuel systems.

Physical Data

 

  • 2,000 square feet, Built in 1997
  • 6 Ton Capacity
  • 10 Holes at 100 feet deep & 2,000 feet of pipe
  • Mechanical Contractor – S & B Geothermal, Ham Lake, MN
  • Earth Loop Contractor – ECONAR GeoLoops, St. Paul Park, MN

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ECONAR GeoSource Geothermal Heat Pumps