The passive house concept originated in Germany.
Buildings constructed using the passive house concept can vary, but common factors include elements such as higher levels of insulation, triple glazing, insulated frames, a high level of air tightness and mechanical ventilation.
The Passive House
The passive house is a construction concept that can be used by anyone, anywhere.
It involves a building standard whereby homes are comfortable, affordable and energy-efficient.
In terms of space heating and cooling, in comparison with standard existing homes, they offer energy-efficiency savings of up to 90%. This applies to both heating and cooling, and therefore the passive house concept works well in a variety of climates.
Passive houses do not rely on conventional heating systems, even in freezing temperatures. They utilize solar energy, heat recovery systems and sources of internal heat.
For cooling, they rely on systems such as adequate shading, which optimizes temperature control.
A passive house remains comfortable, with indoor surfaces maintaining a level of heat consistent with the temperature of the indoor air. They use insulation systems, roof slabs, specialist windows and doors to either keep heat in or keep heat out, depending on the weather.
Clever ventilation systems ensure a high quality of air at all times, minus the draughts suffered with alternative methods.
Residential Architects
For those interested in implementing the principles of passive housing, a residential architect will be able to assist with turning your vision into a reality. A professional service comes with technical design knowledge and expertise, so every element of building design and construction is carefully considered.
For examples of the services offered by residential architects, visit Quattro Design.
Whilst the fundamental basics of the passive house concept remain the same regardless of the climate, the building itself will look very different depending on where in the world it is situated. The ingenious concept is backed by the laws of physics and pioneering construction methods for higher-quality housing.
