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Introduction
2 Story Beach Homes to take full advantage of the beach lifestyle.
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Beaches 18.3
Beaches
Model 18.3
Enviro-Solar homes utilising our energy pack technologies.
A 3 Bedroom Home.
Floor Area: 256m2
Length: 18.2m
Width: 14.1m- Home Solar Power System: 3kw > 10kw
- Reduced Air Loss = Reduced Energy Use, by improving air seals in the building ‘wrap’
- Thermal mass and controlled air / sun access
- Special reflective and conductive insulations
- An electric storage hot water system powered directly from the solar array
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Beaches 17.3
Beaches
Model 17.3
Enviro-Solar homes utilising our energy pack technologies.
Floor Area: 245m2
Length: 15m
Width: 14.4m- Home Solar Power System: 3kw > 10kw
- Reduced Air Loss = Reduced Energy Use, by improving air seals in the building ‘wrap’
- Thermal mass and controlled air / sun access
- Special reflective and conductive insulations
- An electric storage hot water system powered directly from the solar array
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Beaches 16.3
Beaches
Model 16.3
Enviro-Solar homes utilising our energy pack technologies.
A 3 Bedroom Home.
Floor Area: 237m2
Length: 20m
Width: 14.2m- Home Solar Power System: 3kw > 10kw
- Reduced Air Loss = Reduced Energy Use, by improving air seals in the building ‘wrap’
- Thermal mass and controlled air / sun access
- Special reflective and conductive insulations
- An electric storage hot water system powered directly from the solar array
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Beaches 15.3
Beaches
Model 15.3
Enviro-Solar homes utilising our energy pack technologies.
A 3 Bedroom Home.
Floor Area: 227m2
Length: 17.4m
Width: 10.4m- Home Solar Power System: 3kw > 10kw
- Reduced Air Loss = Reduced Energy Use, by improving air seals in the building ‘wrap’
- Thermal mass and controlled air / sun access
- Special reflective and conductive insulations
- An electric storage hot water system powered directly from the solar array
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Beaches 14.3
Beaches
Model 14.3
Enviro-Solar homes utilising our energy pack technologies.
A 3 Bedroom Home.
Floor Area: 194m2
Length: 16m
Width: 11.6m- Home Solar Power System: 3kw > 10kw
- Reduced Air Loss = Reduced Energy Use, by improving air seals in the building ‘wrap’
- Thermal mass and controlled air / sun access
- Special reflective and conductive insulations
- An electric storage hot water system powered directly from the solar array
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Beaches 13.4
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Beaches 12.3
Beaches
Model 12.3
Enviro-Solar homes utilising our energy pack technologies.
A 3 Bedroom Home.
Floor Area: 200m2
Length: 18.5m
Width: 13m- Home Solar Power System: 3kw > 10kw
- Reduced Air Loss = Reduced Energy Use, by improving air seals in the building ‘wrap’
- Thermal mass and controlled air / sun access
- Special reflective and conductive insulations
- An electric storage hot water system powered directly from the solar array
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Beaches 11.3
Beaches
Model 11.3
Enviro-Solar homes utilising our energy pack technologies.
A 3 Bedroom Home.
Floor Area: 198m2
Length: 18.6m
Width: 8m- Home Solar Power System: 3kw > 10kw
- Reduced Air Loss = Reduced Energy Use, by improving air seals in the building ‘wrap’
- Thermal mass and controlled air / sun access
- Special reflective and conductive insulations
- An electric storage hot water system powered directly from the solar array
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Beaches 8.3
Beaches
Model 8.3
Enviro-Solar homes utilising our energy pack technologies.
A 3 Bedroom Home.
Floor Area: 170m2
Length: 18.6m
Width: 8.9m- Home Solar Power System: 3kw > 10kw
- Reduced Air Loss = Reduced Energy Use, by improving air seals in the building ‘wrap’
- Thermal mass and controlled air / sun access
- Special reflective and conductive insulations
- An electric storage hot water system powered directly from the solar array
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Beaches 7.3
Beaches
Model 7.3
Enviro-Solar homes utilising our energy pack technologies.
A 3 Bedroom Home.
Floor Area: 178m2
Length: 18.6m
Width: 8.9m- Home Solar Power System: 3kw > 10kw
- Reduced Air Loss = Reduced Energy Use, by improving air seals in the building ‘wrap’
- Thermal mass and controlled air / sun access
- Special reflective and conductive insulations
- An electric storage hot water system powered directly from the solar array
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Beaches 6.3
Beaches
Model 6.3
Enviro-Solar homes utilising our energy pack technologies.
A 3 Bedroom Home.
Floor Area: 174m2
Length: 18.7m
Width: 7.2m- Home Solar Power System: 3kw > 10kw
- Reduced Air Loss = Reduced Energy Use, by improving air seals in the building ‘wrap’
- Thermal mass and controlled air / sun access
- Special reflective and conductive insulations
- An electric storage hot water system powered directly from the solar array
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Beaches 5.3
Beaches
Model 5.3
Enviro-Solar homes utilising our energy pack technologies.
A 3 Bedroom Home.
Floor Area: 122m2
Length: 18.6m
Width: 6.7m- Home Solar Power System: 3kw > 10kw
- Reduced Air Loss = Reduced Energy Use, by improving air seals in the building ‘wrap’
- Thermal mass and controlled air / sun access
- Special reflective and conductive insulations
- An electric storage hot water system powered directly from the solar array
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Beaches 4.3
Beaches
Model 4.3
Enviro-Solar homes utilising our energy pack technologies.
A 3 Bedroom Home.
Floor Area: 194m2
Length: 24m
Width: 8m- Home Solar Power System: 3kw > 10kw
- Reduced Air Loss = Reduced Energy Use, by improving air seals in the building ‘wrap’
- Thermal mass and controlled air / sun access
- Special reflective and conductive insulations
- An electric storage hot water system powered directly from the solar array
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Beaches 3.2
Beaches
Model 3.2
Enviro-Solar homes utilising our energy pack technologies.
A 2 Bedroom Home.
Floor Area: 231m2
Length: 18.6m
Width: 11m- Home Solar Power System: 3kw > 10kw
- Reduced Air Loss = Reduced Energy Use, by improving air seals in the building ‘wrap’
- Thermal mass and controlled air / sun access
- Special reflective and conductive insulations
- An electric storage hot water system powered directly from the solar array
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Beaches 2.4
Beaches
Model 2.4
Enviro-Solar homes utilising our energy pack technologies.
A 4 Bedroom Home.
Floor Area: 227m2
Length: 13.7m
Width: 12.3m- Home Solar Power System: 3kw > 10kw
- Reduced Air Loss = Reduced Energy Use, by improving air seals in the building ‘wrap’
- Thermal mass and controlled air / sun access
- Special reflective and conductive insulations
- An electric storage hot water system powered directly from the solar array