Heating and Cooling (HVAC) typically account for over 50% of an average U.S. home's annual energy consumption, making it the largest energy expense. In Commercial buildings, HVAC can run as high as 58%. Simply by opening up a building to the South, 76% of direct, radiant solar energy can be collected. Compared with an average conversion rate of 18% to 23% by converting sunlight into electricity with solar panels. With long-distance loss through power lines, these losses can even be as high as 5-10%, sometimes affecting overall efficiency. With wind and solar only creating 17% of energy last year, it seems obvious we need more efficient methods.
The crisis in our democracy did not happen overnight, nor will it be solved by the next election. The fact that wealth inequality has not improved in over 100 years, points to the failure of our democracy. Tellusol is not an overnight solution to the disaster that has become our democracy It is a long term plan to bring a true democracy to our nation, giving independence, and political power to individuals
Imagine constructing buildings that are affordable, and heat and cool energy free. (System and Method for Temperature Regulation, Patent No. US 9,068,755 B2). Relieving us from the high cost of housing, and the monthly burden of utility bills. Removing our dependence on oil, and the control and interference that comes with it. Bringing independence to individuals, and a true democracy to our country. Compared to the current situation, this is evident from the depletion of our earth, and the suffering caused by it.
Facing a building South, we take advantage of up to 76% of free radiant solar energy, eliminating the need for outside sources to heat a building.
Connecting with the cool earth beneath every building ,we create the ability for a building to cool it self.
Combining these two opposing forces within the construction of a building, we create a natural convection system, eliminating the need for the HVAC system.
Engineering these buildings with exhaust vents, or upper casement windows in the model shown, we have the ability to release excess heat, controlling overheating.
Combining these systems together, we create a method that maintains a desired temperature year round. Controlled by heat sensors within the heat sink, connected to a computer, that monitors the system.
Without the need for a furnace or air conditioning units, and the ducting, we reduce the amount of raw materials needed. The mining of these materials and the cost to our planet and the consumer.
Creating a natural system to heat and cool buildings without the need for any outside energy sources.
This is an example of a basic starter home that anyone can follow to build their own home of independence. This cost list was done a few years ago, using readily available products found in this country. You can order the best products for your needs and the area you live in separately, and assemble on site, This formula was designed for Minnesota, it has highly insulated walls and roof, plus extra thermal/water capacity for thermal storage. There are links throughout the list of the products used. Create your own list with the products suitable for your needs and conditions
216 sq. ft. With 2 twin lofts, 2 closets, water collection and filtration system. Two 200 W solar panels, plus 2000 wh battery, hot and cold running water and composting toilet make this home completely self-reliant.
Concrete slab footing 12’x18’ = 216 sq ft x $10 per sq. ft. = $2,160.00
Concrete structural insulated panels
West wall. 3 panel 4'x16' 192 sq. ft.
West wall triangle 1 panel 4'x12' 24
East wall. 3 panels 4'x16' 192
East wall triangle. 1 panel 4'x12' 24
South wall. 4 panels 4'x8' 116
North wall. 4 panels 4'x16' 256
804 x $22= $17,688
Roof 24'w x 20' requires 6 SIP @ 12.25" thick, R-value 40 each $1,072.80 x 6 = $6436.80
10’ Galvanized Steel corrugated roofing panel 24 pcs 2'x10' @ $25.00 each = $600.00
Total cost $7,036.80
Main floor Precast concrete floor panels $20.00 per sq. ft. 16'x10.5' 167 ft2 $3,360.00.
Total cost of shelter wall and roof components $30,244.00
South window timber frame
Sill 1.75 in. x 11.875 in. x 17 ft. 2.0E LVL with Watershed 16 split length-wise = $120.00
Top beam 1.75 in. x 11.875 in. x 17 ft. 2.0E LVL with Watershed 16 2 @ $120.00 = $240.00
Center beam 1.75 in. x 11.875 in. x 17 ft. 2.0E LVL with Watershed 16 2 @ $120.00 = $240.00
Posts 3-1/2 in. x 3-1/2 in. x 8 ft. VERSA-LAM Column (2-Piece per Box) 3 boxes @ $185.27 = $555.81
MP Doors72 in. x 80 in. Fiberglass Smooth White Left-Hand Outswing Hinged Patio Door $1358,96 retractable screen door $369.84 entry door handle and deadbolt $39.97 = $1,768.77 x2 = $3,537.54
28.4 in. x 48 in. 70 Series Casement Left Hand Vinyl Window – White. $289.00 x4 = $1,156.00. 2 stationary est. $189.00 = $378.00
Kitchen window American Craftsman
23.75 in. x 37.25 in. 70 Pro Series Low-E Argon Glass Double Hung White Vinyl Replacement Window, Screen Incl. $199.00
32 in. x 80 in. 6-Panel Primed Premium Steel Front Door Slab $164.00
South facing window wall $6590.35
Total cost of shelter and security. 36,834.35
Tellusol is about changing the way we live. Creating harmony with the earth we depend on. Creating more sustainable building methods that are self sufficient, promoting a true democracy, without dependence and control by outside resources doing so much harm to our democracy. As individuals become more self reliant, we create a society that does not enable those who have power over us.
If I had a thought
what better could wrought.
Protection for man
with a less severe plan.
What could I do
to see it through?
I need a team:
An Architect to update my plans, and create new plans using the Tellusol method.
A Procurement Manager to study where sustainable materials are available, suitable to the local conditions.
To study the feasibility of building factories in locations close to where the materials are needed, reducing trucking distances.
A Networker to create a demand for the Tellusol method, forcing builders to change their destructive methods of Construction.
Defeating climate change in two ways:
Building with sustainable materials, and buildings that are energy independent.
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