G r e e n E a r t h E q u i t i e s . C o m
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Saving The Planet One House At A Time 1
Design: Can we improve the design (floor plan) of this project Based on Market Demand, We are always looking to open up living spaces especially at kitchens.
Remove?
Is this a bearing wall? If so, it will be a little more work. G r e e n E a r t h E q u i t i e s . C o m
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Saving The Planet One House At A Time 2
Working Backwards: Normally we would first calculate our Heat Load and then ask, “What is our best choice for heating and cooling?” Tonight we are impressed with the 25 SEER , 12,000 btu Heating and Cooling unit from Fujitsu. We know it’s output. Can we modify the building envelope to get the load down to where our preferred unit will do the job? G r e e n E a r t h E q u i t i e s . C o m
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Saving The Planet One House At A Time 3
A Lot To Like: 26 SEER
(that’s double)
(that means half) No duct loss ZERO Super Quiet Easy Install Available on Internet Proven Track Record Performs down to 5 degrees Cheaper than a ducted system G r e e n E a r t h E q u i t i e s . C o m
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Saving The Planet One House At A Time 4
Back Up Plans? What do we have for a backup plan for the few hours it’s 10 below zero? Or when the electricity goes out? How will we get air to the bedrooms?
G r e e n E a r t h E q u i t i e s . C o m
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Saving The Planet One House At A Time 5
Manual J Heat Load Calculation What’s an HTM? Size Counts... But Direction Counts More Dont forget the people? What about the computers? Customize for your climate All square footage Except Slabs = Perimeter Interpolate the HTMs No One Is Going To Die There are safety factors built in ... Dont add more G r e e n E a r t h E q u i t i e s . C o m
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Saving The Planet One House At A Time 6
G r e e n E a r t h E q u i t i e s . C o m
Š 2010
Saving The Planet One House At A Time 7
We’re Going Live Now G r e e n E a r t h E q u i t i e s . C o m
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Saving The Planet One House At A Time 8