Geothermal Heating from Energy Wise Mechanical
Is a geothermal heat pump right for you? For new installations, replacements, repairs, and seasonal maintenance, contact Energy Wise Mechanical at 308-352-8029 to learn more and schedule expert service. We look forward to improving comfort, energy efficiency, and cost savings for our friends and neighbors throughout Grant, Madrid, Venango, Elsie, and Ogallala, NE.
More About Geothermal
Some of the many advantages of a geothermal heat pumps include:
- Environmentally friendly – Because operation requires no combustion process and doesn’t produce any carbon monoxide or other greenhouse gasses, geothermal heating/cooling systems are one of the most eco-friendly options.
- Affordability – While the initial investment is considerable, efficiency ratings of 400% save most homeowners up to 70% on utility bills. There are also available tax incentives.
Positive cash flow – In most situations, the geothermal heat pump pays for itself in three to five years. The energy savings often exceed the cost of the system installation that quickly. - Longevity – Conventional HVAC systems offer from 10 to 15 years of reliability. With the geothermal unit located inside and spared weather-related wear and tear, you can expect upwards of 20 years of operation. The underground loop comes with a 50-year warranty and can last for several generations.
- Minimal maintenance – Beyond periodic filter changes and yearly professional tune-ups, the few moving parts make geothermal heat pumps especially reliable.
- Quiet – There are no outdoor condensing units and indoor units are designed for ultra-quiet operation.
Safety – Since there is no burning of fossil fuels, there are no worries over carbon monoxide, fumes, or hot surfaces. - Comfort – Along with effective heating and cooling capabilities, exceptional dehumidification and air purification improve indoor air quality.
- Free hot water – A geothermal system requires a simple connection that allows for the production of all the hot water you could need at extremely high-efficiency rates.