Architecture is an opportunity to promote environmental design. The strategies involved in this project included designing construction methods for sandwich layered floors, ceilings and walls, to address thermal bridging, airtightness, and vapour control, providing comfortable living temperatures, while protecting the internal structure from condensation risks associated with an alpine environment.
Eliska Lewis, Eliska Lewis Architects
We maintained insulation levels by not penetrating airtightness layers in walls or ceilings. Services were methodically planned and contained in bulkheads that became design features incorporated into joinery design.
The oak floors are on battens with PIR insulation above the structural slab, eliminating thermal bridging. Grey powder-coated radiators were made a feature, either contrasting on white walls, or blending into the concrete fireplace, or disappearing from view into the oak floor with matching oak grille.
Passive ventilation through interior courtyards away from prevailing west-winds allow fresh air movement in warm months, and during the winter when internal air moisture is high and windows less often open, good indoor air quality is achieved with a heat recovery ventilation system. The result is a building that has long-lasting comfort for future generations.
Read about the kitchen in this home
Credit list
Architect and interior designer
Eliska Lewis, Eliska Lewis Architects
Kitchen designer
Eliska Lewis
Colorsteel Tray Roof – Metalcraft Espan 450 profile – and Clearvue Transparent Roofing System
Rosenfield Cedar Vertical Shiplap Weatherboards and Colorsteel Tray Cladding – Metalcraft Espan 450 (to match the roof)
Central heating, underfloor & Inbuilt wood fires
Trends International Design Awards (TIDA) Homes – Highly Commended
Kitchen manufacturer
Mojo Joinery
Thermally broken Aluminium, Double Glazing Low E-glass, from Vistalite
Engineered T&G European oak floorboards, from Wanaka Wood Floors
19 Apr, 2020