UT Zero-Energy House Manna House University of Tennessee, Knoxville Arc 572 I Spring 2008

Transcription

1 ARCHITECTURE architecture kit of parts engineering I INTERIOR I TECHNOLOGY I SOCIETY materials comfort zone market viability views energy balance shading diagrams Site Plan

2 ARCHITECTURE architecture kit of parts engineering I INTERIOR I TECHNOLOGY I SOCIETY materials comfort zone market viability views energy balance shading diagrams Floor Plan

3 ARCHITECTURE architecture kit of parts engineering I INTERIOR I TECHNOLOGY I SOCIETY materials comfort zone market viability views energy balance shading diagrams Elevations

4 ARCHITECTURE architecture kit of parts engineering I INTERIOR I TECHNOLOGY I SOCIETY materials comfort zone market viability views energy balance shading diagrams NE Elevation Rendered Approach

5 ARCHITECTURE architecture kit of parts engineering I INTERIOR I TECHNOLOGY I SOCIETY materials comfort zone market viability views energy balance shading diagrams SW Elevation Rendered

6 ARCHITECTURE architecture kit of parts engineering I INTERIOR I TECHNOLOGY I SOCIETY materials comfort zone market viability views energy balance shading diagrams Sections

7 ARCHITECTURE architecture kit of parts engineering I INTERIOR I TECHNOLOGY I SOCIETY materials comfort zone market viability views energy balance shading diagrams Rendered Section

8 ARCHITECTURE architecture kit of parts engineering I INTERIOR I TECHNOLOGY I SOCIETY materials comfort zone market viability views energy balance shading diagrams Rendered Section

9 ARCHITECTURE architecture kit of parts engineering I INTERIOR I TECHNOLOGY I SOCIETY materials comfort zone market viability views energy balance shading diagrams Garden

10 ARCHITECTURE architecture kit of parts engineering I INTERIOR I TECHNOLOGY I SOCIETY materials comfort zone market viability views energy balance shading diagrams Axonometric

11 ARCHITECTURE architecture kit of parts engineering I INTERIOR I TECHNOLOGY I SOCIETY materials comfort zone market viability views energy balance shading diagrams Detail Section

12 kit of parts views energy balance Kalwall Transparent Thermal Insulation

13 kit of parts views energy balance Wood Cladding on Closets Containing Refrigerator, Washer Dryer, Water Heater

14 kit of parts views energy balance Greenhouse with PV in Glass Roof

15 Living Room

16 Kitchen

17 Living Room

18 Porch

19 Bedroom

20 Bedroom

21 Bathroom

22 Animation winter day 7am 7pm

23 kit of parts views energy balance In the winter months as it gets colder and colder the morning light begins to heat the space very early. As the day goes on the sunlight continues to penetrate the living space and always has contact on at least two sides with the winter garden. In the evening the sun completely fills the living space which actually produces a problem with glare this can be compensated with operable curtains which still heat the winter garden. Closing off the winter garden creates an oven like effect radiating heat into the interior. As a bonus the leaves on the surrounding trees will have fallen allowing more light inside.

24 kit of parts views energy balance Animation summer day 7am 7pm

25 kit of parts views energy balance In the summer months the morning sun rakes past the living space as it rises preventing direct gain in the morning. At mid day the overhang keeps the sun in the porch space which can be opened into a screen porch to release the heat. The sun only touches the interior glass layer in the evening which can be blocked by a layer of operable curtains. Placing weather proof curtains on the outside of the interior layer and still under the overhang keeps the sunlight from actually heating the glass surface and radiating to the interior.

26 Temperature, Humidity, and Bio-Climatic Comfort

27 Wind Speeds

28 Comfort Zone Expanded with Available Wind and Radiation

29 Cistern Sizing Tool

30 Monthly Solar Calculator

31 Annual Solar Calculator

32 PV Cost and Savings

33 Summer Cloudy Day by Element Group

34 Winter Cloudy Day by Element Group

35 Summer Cloudy Day Total Net Heat Flow

36 Winter Cloudy Day Total Net Heat Flow

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43 Suburban Configuration

44 Urban Configuration