31/05/2023
This home that we have just completed at Ecohabit, we believe will be the largest and most stunning Passive House principled home in Perth once construction is completed mid 2024. All too often we see Passive House designed homes looking bland, driven by the detailing required to ensure the home meets minimum air tightness. We’re stepping out of the mould to show that a low carbon Passive House can look like any other contemporary masterpiece.
A semi subterranean garage and workshop has been designed and will be built out of a traditional concrete and masonry structure. Above that, all structure is timber framed enveloped in watertight and airtight membranes before being clad and finished in polished plaster providing a sleek contemporary aesthetic.
At Ecohabit we always apply the basic principles of design to our homes to achieve the best performance and comfort for the building’s occupants. Orientation of a home towards north is the first principle and eliminate east and west glazing where possible. When you have stunning city views, as we do with this site, its hard to argue with a clients request to capture that aspect. It’s important then to address the potential overheating that can occur, and in this case, it’s been achieved with semi transparent external blinds to maintain the view.
A roof deck centrally located to avoid overlooking, further enhances the appeal of the home, encapsulating not only the city views but also ocean and hill views. The internal staircase that rises all the way to the roof deck is glazed to the north but protected by a retractable roof and allows the centre of the home to be bathed in light year round.
Designed by Perth Environmental Plumbing, a centralized mechanical system will provide all the heating and cooling the home needs. A single heat pump is used to provide the energy for hot water, hydronic underfloor heating, and airconditioning. Most importantly the home will have an abundance of solar and battery storage to take care of the majority of the home’s entire energy requirements.