- Geothermal HVAC Part 1: Finding A Contractor
- Geothermal HVAC Part 2: Installing the Loop
- Geothermal HVAC Part 3: Installing In House System
Tim might be upset with me sharing the costs, but in my research it was kind of hard to find hard numbers and you should really know what you’re getting into before you waste people’s time. The initial quote did not include electrician work nor yard work.
- $48,500 for the drilling, ductwork, old system removal, and the ClimateMaster units. Remember, our home was 4000 square feet and required two ClimateMaster units. Your home, if smaller, could be less drilling and 1 less unit.
- Roughly $2000 for the electrical work which was not included in the quote
- Roughly $2000 for the yard work to replace bushes and rake and loam the damage property.
- All this is covered by the Federal %30 Tax Credit! (Credit not deduction), so the net install cost was around $37,000.
Early, but not complete returns are in. Over the summer, compared to last year, it looked like I used 20-25% less electricity than the months of the previous year comparing 2012 to 2013. My November 15th-December 15th electricity usage (3205 kWh) was about 2.5 times more than the time period last year (1300kWh). Our total electric bill for this period was $320, so you figure about $200 for heating over that decently cold time period. I’ll update this page when the December-January numbers come in and I expect a further increase in electricity usage.
Our total oil heating bill generally averaged about $4000 per year (October-April). So, for a nice SWAG, you figure we’re saving about $3000 per year if you include the summer months savings too. At todays prices, the pay off for the system is about 12 years. BUT…Because my old system was so old and needed replacing anyways, I factor that cost into the equation as well, so the payoff is probably even shorter.
The 3rd week of December, 2013 has been pretty damn cold. We had a few days of sub-zero temperatures and the system performed perfectly. The system has 3 modes of heating. Heating 1, which is ultra efficient. Heating 2, which is full capacity, and Heating 3, which is emergency heating that actually uses full electricity to generate heat. Even on those sub-zero days it seemed every time I checked, I was at Heating 1, so the system is performing really really well.