Portland Energised House

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-[[Image:Wiki_northview.jpg‎]][[Image:Wiki_solar.jpg‎]]+[[Image:Wiki_northview.jpg|thumb|right|North view‎]]
 +[[Image:Wiki_solar.jpg|thumb|right|Solar array‎]]
-This home is a fully self-reliant project. +The '''Portland Energised House''' is a home in Portland, Victoria which is a fully self-reliant project.
The goal of this project is to raise awareness and interest in self-reliant housing. To support this house has the following features: The goal of this project is to raise awareness and interest in self-reliant housing. To support this house has the following features:
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* Site the house with productive permaculture principles, to incorporate food production (vegetables, fruit, and eggs), and native wildlife refuges. * Site the house with productive permaculture principles, to incorporate food production (vegetables, fruit, and eggs), and native wildlife refuges.
-[http://www.energised.com.au/projects_aquarius8.asp More info & Photos]+[[Image:wiki_kitchen.jpg|thumb|right|Kitchen]]
 +[[Image:wiki_stairs.jpg|thumb|right|Stairs]]
-[[Image:wiki_kitchen.jpg]][[Image:wiki_stairs.jpg]]+==External links==
 + 
 +* [http://www.energised.com.au/projects_aquarius8.asp More info & Photos]
 + 
 +[[Category:Victoria]]
 +[[Category:New construction]]
 +[[Category:Sustainable houses]]

Revision as of 00:15, 27 June 2009

North view‎
North view‎
Solar array‎
Solar array‎

The Portland Energised House is a home in Portland, Victoria which is a fully self-reliant project.

The goal of this project is to raise awareness and interest in self-reliant housing. To support this house has the following features:

  • Very-efficient with 7.6 house energy rating (HER) stars. This means it uses only 93MJ/m2 of energy to heat and cool per year, which is 47% of the energy used to heat and cool than a 5-star house (192MJ/m2), and only 18% of the energy used to heat and cool an average (2-star) house (493MJ/m2). The maximum in the Australian system is 10-stars, and is defined as never needing artificial heating, cooling, or ventilation. On the South-West coast of Victoria this is 2MJ/m2 which is regarded as being impossible to achieve due to our climate, and 8.5-stars is accepted as the maximum achievable rating for this region.
  • Fit out with very low energy consumption appliances (solar hot water, low consumption whitegoods, etc)
  • Use rainwater tanks to collect stormwater to supply all or the vast majority of the house’s needs
  • Install grey wastewater management system to recycle as much wastewater as possible
  • Generate enough electricity through solar photovoltaic panels (and possibly wind) to drive the house's needs for an estimated net benefit of at least $1,000 per year over an average house. This is based on zero power bills plus payments from surplus energy grid feed-in tariff.
  • Use only sustainable building materials and practices, such as only using plantation and/or recycled timbers, low toxin glues/paints, etc. Also each material/practice’s embodied energy to be as low as possible.
  • Site the house with productive permaculture principles, to incorporate food production (vegetables, fruit, and eggs), and native wildlife refuges.
Kitchen
Kitchen
Stairs
Stairs

External links

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