Bjarke Ingels is a “Starchitect,” an international superstar architect. He is also a great storyteller and perhaps this is why he has risen to such prominence in recent years. People love stories.

Arguably, it is the narrative that people give to buildings that elevate them to “Architecture.” The trouble I have with most “Starchitecture” is that the narrative often appears to be whimsical, egocentric and divorced from environmental context.

Bjarke Ingels is a different kind of “Starchitect.” He offers a narrative where architecture embraces environmental context. His term for this is “Vernacular 2.0.”

Vernacular architecture arises out of a direct response to the climate it inhabits and the resources available locally. And this is exactly what the Passivhaus Standard aims to ensure in a contemporary context.

So what would happen if the two were combined? Can you imagine an architecture where the “Hedonistic Sustainability” of the Bjarke Ingels Group (BIG) delivered the radical energy efficiency and exceptional comfort of the Passivhaus Standard?*

I can.

The combination of Bjarke Ingels + Passivhaus, to my mind, truly would be a “Vernacular 2.0.”

025 Bjarke Ingels Passivhaus Vernacular
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This blog post is a review of “Passive House Design – Planning and design of energy-efficient buildings” published in September 2014. Author and architect Roberto Gonzalo (who also wrote the 2012 title “Energy-Efficient Architecture”) and passivhaus architect Rainer Vallentin collaborated on this valuable guide for architects and designers.

This is a timely book as the delivery of passivhaus architecture accelerates around the world. As the authors note, more and more architects are finding their way to passivhaus:

…simply because it is one of the most scientifically sophisticated and practical energy efficiency standards for buildings currently available.

Thorough introductory and background material is provided for those that are new to the Passivhaus Standard. This is followed by chapters dealing with a range of subjects in suitable detail for those already familiar with the standard. Well-illustrated case studies complement both the introductory and the more advanced content.

Passive House Design” is an extremely useful book full of beautiful photographs, clear diagrams and detailed drawings. It maintains the very high standard of presentation and technical detail that can be found in all Detail magazines and books.

Passivhaus architecture depends on the design and construction quality of the building envelope. This book guides you in designing the building envelope.

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Architecture is often described as the combination of art and science. The role of art in architecture is understandably subjective and open to debate. However, what about the role of science in architecture?

Clearly buildings do obey the laws of science, as they must. And specifically, the structure and services of a building are calculated and designed using physics. Understandably, it is most often these areas of science that get expressed in architecture. We can see this, for example, in the structural expressionism of Santiago Calatrava or in the romanticised high-tech style of Richard Rogers.

Aside from structure and building services, however, does science inform architecture in any other ways? Perhaps not as often as it should! As I wrote about previously, design is central to passivhaus. And science is central to passivhaus design – at the macro level of form and orientation, and at the micro level of airtightness and thermal bridging.

Science is a reason to Love Passivhaus!

020 Love Passivhaus Science
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Architectural design is typically carried out with little or no environmental consideration integral to the process. Once the design has reached a certain stage environmental considerations – whether material toxicity, water conservation, carbon emissions or energy conservation or something else – are then assessed. At this point decisions are made to revise and iterate the design for better environmental outcomes or to add ‘environmental features’. We know the results of this disjointed design process and we know this has to change if buildings are going to be better for people and the planet!

Unfortunately many environmental standards reinforce this process in two ways. Firstly by being separate from the design process, often as an assessment procedure. Secondly by requiring ‘environmental features’ be added in order to score points or increase the rating of the design.

The Passivhaus Standard is different. Unlike most environmental standards for architecture, design is central to the Passivhaus Standard. And the Passivhaus Standard is central to the design process.

Design is a reason to Love Passivhaus!

017 Love Passivhaus Design
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Integrated design is a key element of successful passivhaus design, as I wrote about in a previous post. Certified passivhaus designers and consultants are often architects, building services engineers or sustainability specialists. So how important to the integrated design process is the structural engineer? The answer is: vitally important!

There are significant benefits in having a structural engineer who is also a certified passivhaus designer on the team as this post explores. Where this isn’t possible, at the very least the structural engineer needs a good understanding of passivhaus and the importance of their role in the design process.

Structural engineering has a significant impact on design simplicity, thermal continuity, airtightness and more.

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