Post on 22-Jan-2015
description
Solar Decathlon 2011
Team Hawaii
U.S. Department of Energy
| College of Engineering | School of Architecture| College of Engineering| College of Engineering
Justin Carland, Project Manager David Cook, Project Engineer
Tyler Phillips, Mechanical Engineer
Ryan Nakamitsu, Mechanical Team
Solar Decathlon 2009
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FlickR.com – Solar Decathlon Photostream
Solar Decathlon 2009
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www.solardecathlon.gov
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www.solardecathlon.gov/team_hawaii.cfm
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www.solar.hawaii.edu
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www.twitter.com/teamhawaii2011
Solar Decathlon 2011
8USANew Zealand Germany
ChinaBelgium
UNIVERSITY OF HAWAII
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Interdisciplinary + Intercollegiate
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Interdisciplinary + Intercollegiate
RESEARCH
EDUCATION
HANDS-ON EXPERIEN
CE
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Solar Decathlon : 10 Competitions
1. Architecture
2. Market Appeal
3. Engineering
4. Communications
5. Affordability
6. Comfort Zone
7. Hot Water
8. Appliances
9. Home Entertainment
10. Energy Balance
Solutions for Tropical Housing
Blends with natural environment
Provides natural daylight
Indoor/outdoor living spaces
Minimal materials required
No heating or cooling required
“Off the Grid”
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Solutions for Tropical Housing
Material Termites Rot Mold Corrosion
Structure High winds Rainstorms Flooding
(floatable)
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Conceptual Design
drawing by B.S. Cho
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Conceptual Design
drawing by D. Rockwood
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Floor Plan
drawing by H.J. Yang
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Section
H.J. Yang
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Shell Construction
H.J. Yang
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Ribs + Shell + Wire|Mesh Skin
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Connection Details
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Ramp Approach
H.J. Yang
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Living Envelope : Vegetative Shading
H.J. Yang
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Shipping & Assembly – Construction / Logistics
J.P. Soriano
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6 of:
40’ Containers
39’-5”x 7’-8” x 8’-10”
J.P. Soriano
Shipping & Assembly – Construction / Logistics
6-7
1 2-3 3
4-5
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7-Day Component Assembly
H.J. Yang
Translucency + High R-Value
www. lifewithoutbuildings.net26
Aerogel
www.treehugger.com
Fiberglass rigid panel
Fiberglass batts
Foam Insulation
(Soy-based)
Expanded Polystyren
e (XPS)
Closed-cell Polyurethan
e Spray Foam
FRP Panels Aerog
el
2.5 3.5 3.5 5.5 6.5 7.0 9.0
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Aerogel : R-Value/in.
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CFD Analysis
Air Circulatio
n
Thermal Analysis and Mechanical Systems Design
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Thermal Analysis and Mechanical System Design
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Thermal Analysis and Mechanical System Design
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Thermal Analysis and Mechanical System Design
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Thermal Analysis and Mechanical System Design
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Thermal Analysis and Mechanical System Design
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Phase Change Material (PCM)
- a substance with a high heat of fusion which, melting and solidifying at a certain temperature, is capable of storing and releasing large amounts of energy. Heat is absorbed or released when the material changes from solid to liquid and vice versa; thus, PCMs are classified as latent heat storage units.
Cooling load: 620,000 BTU
Thermal Analysis and Mechanical System Design
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Thermal Analysis and Mechanical System Design
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Thermal Analysis and Mechanical System Design
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Thermal Analysis and Mechanical System Design
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Thermal Analysis and Mechanical System Design
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Photovoltaic Cells – AC Power Distribution
Aquaponics
Compost
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Fish Food
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Self-Sustaining
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Off Grid
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4 Shoulder Height 6 to 8 Waist Height 1 Full Size
Fresh Air Plants
Lighting
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House Controls
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Translucent Shell
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‘Natural’ Space
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Team Hawaii Solar Decathlon 2011
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Team Hawaii Solar Decathlon 2011
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Team Hawaii Solar Decathlon 2011
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Team Hawaii Solar Decathlon 2011
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Team Hawaii Solar Decathlon 2011
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Go Team Hawaii !!