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Would you like to incorporate something into your home that is cost effective, reliable, sustainable and environmentally friendly? 40-60% of the sun’s energy is directly absorbed into the ground, making the earth a giant solar panel.
Allows property owners to install renewable energy or energy efficiency measures and pay for the cost over its functional life through a property tax assessment.
Positive cash flow on retrofits (annual savings > cost) which frees up household income for mortgage payments. Debt obligation is attached to the property, allowing for transferability upon change in property ownership.
If you live in the state of Wisconsin, you can claim a 30% tax credit on the installed price of a qualifying geothermal source system installed in tax years between January 1, 2003 & December 31, 2016 with no maximum credit limit.
What started as a two-person remodeling company over 35 years ago has grown into a multi-state construction and home improvement enterprise boasting more than 75,000 happy customers.
About Off Grid WorldAll about off grid living, living off the grid, sustainable living, homesteading, prepping, survival, solar power, wind power, renewable energy, permaculture, hydroponics, recycling, DIY projects, and natural building. This floor plan of an earth-sheltered home is complete with two bedrooms, a kitchen, living room, and a greenhouse. If so, geothermal energy is your golden ticket.  Geothermal energy is energy extracted from the ground used to heat and cool your home. It allows property owners to borrow money from newly established municipal financing districts to finance energy retrofits (efficiency and renewable energy measures) and repay the loan through an annual special tax on their property bill.
Delighting our customers, whether they are building new or remodeling their home with a new gutter system or roofing installation, is easy to do with the great products we offer and our staff of hardworking employees. While this may seem to appear to defy logic, geothermal energy for your home is actually quite simple. Home geothermal systems typically consist of an indoor air handler with a fan, a series of air ducts for the heated air to travel through and a closed “loop” of pipe, where the geothermal heat is collected,  that extends into the ground below an around your home. Here are some of the basic benefits offered for energy retrofits regarding the PACE program.

However, the earth-sheltered home that's the core of the project is, for all intents and purposes, completed.How Low Can We Go?
Water or antifreeze will continuously run through this pipe and as it passes through the pipe area below ground it will absorb the heat from the soil. Our goal in designing this house was to produce as inexpensive a structure as possible (one that could accommodate a three- or four-member family) while still attaining reasonable energy efficiency .
When the liquid in the pipe makes its way back up to the air handler, the heat is dispersed into the air chamber. The process continues and the liquid cycles back into the ground absorbing more heat providing you with a constant supply of warm air. We felt certain that this could be accomplished at a cost of less than $10 per square foot in materials (exclusive of land, excavation, septic, water-supply, and energy system costs), and decided to shoot for $6.00 per square foot.Impossible, you say? Just as the ground is warmer than air in the winter it is cooler in the summer and the air in your home is exchanged with cool air. Well, we'll agree that a conventional home probably can't be built for less than $10 per square foot, no matter how shabbily it's finished. 70) have convinced us that earth sheltering can provide energy efficiency without requiring that the builder resort to incorporating tremendous thicknesses of insulation. And, in our comparatively ,temperate North Carolina climate, a little bit of dirt can go a long way.Yes, some degree of berming seemed to be destined for our rock-bottom-dollar home. Unfortunately, the walls of typical earth shelters must be quite stout to withstand both the weight of the earth and hydrostatic pressure. On the other hand, it's well known that a convexly curved wall (or ceiling) is better able to withstand stress than is a flat one, so MOTHER EARTH NEWS' Eco-Village crew came up with the idea of building a round house.
Not only would this approach save on structural materials (since it wouldn't require the heavy walls demanded by a "square" home), but the shape would provide more floor space (with fewer useless corners) per dollar invested than would a square building.The floor plan that we settled upon is based on a 36'-diameter circle but isn't actually completely round.
To accommodate a greenhouse, a section of the southeast portion of the circle was brought out to a point (forming what looks much like a teardrop from above), so that the flat greenhouse glazing could be faced south.
Consequently, we realized that the building would have to be dug in far enough up the slope to avoid winter shading, and the south line would have to run parallel to the hillside's contours.Because the westerly direction of the hillside didn't cooperate completely with a perfect solar orientation, our designers decided to extend the south-pointing wall in a gentle arc, letting it serve as a retaining wall.

Then, to provide as much berming as possible, they cut down into the roughly 15 percent slope to the point where the uphill wall would be buried to its top.
After the major excavation had been dug with the backhoe on our tractor, staffers David Landreth and Jim Hall turned the earth within the 36'-diameter circle with a Troy-Bilt rototiller, and then dug out the ditch with shovels. More important, it would be difficult to prepare a smoothly rounded trench with heavy equipment.)Two rings of No. 4 starter bars (to tie the walls to the footings) were set vertically every 32 inches along the curved wall and every 16 inches on the flat portion (two more bars were set where the pilasters would be located) .
At that point, it became obvious that the planned rammed earth floor probably wasn't going to work.
As it turned out, the curve of the wall was gentle, and the larger exterior gaps between the 8" blocks therefore could easily be plugged with mortar. After the twelfth course had been laid, the top of the wall was formed up with scrap plywood, enabling the crew to pour a bond beam around the ring. 4 steel bar was then dropped to meet the starter bars, and, in turn, the rods were wired to two rings of No. Before the concrete truck arrived, those block cores without rebar were plugged (to avoid filling them with the pricey mix), so only five yards were required to ring the top of the wall and fill the reinforcing cores.With 1,050 concrete blocks in the walls .
4 rod intertwining the structure, we're already almost $2,500 into our total budget of $6,000 to $10,000. So polish up your sliding T-bevel (or, better yet, your Squangle) and get ready for a lesson in cutting compound angles!

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