Tag: Comfort

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This is a Passivhaus Basics blog post that gives an overview of the Passivhaus Standard. Want to watch a 2-minute overview first? Jump to the video at the bottom

The Passivhaus Standard is often referred to as “the world‘s leading standard in energy efficient design.” And usually a description of the standard includes details of the specific technical requirements. (If you are curious about the technical requirements, I cover the key elements in this post.)

The Passivhaus Standard is indeed an international, rigorous, scientific, performance standard for the design and construction of energy efficient buildings. It applies to all kinds of buildings, not just houses. However, the Passivhaus Standard is not just about the technical requirements of energy efficient design, it encompasses:

  • Comfort
  • Energy Efficiency, and
  • Quality Assurance

It is the combination of these three key aspects that make the Passivhaus Standard what it is.

What do Comfort, Energy Efficiency and Quality Assurance mean in practical terms for a house that is certified to the Passivhaus Standard?

026 What is the Passivhaus Standard
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Our baby was born early in April, just as Spring is arriving here in the northern hemisphere.

Our house isn’t a passivhaus home.

There are many reason’s why we don’t yet live in a passivhaus home, but that isn’t the subject of this blog post. Now with a new baby as well as our toddler, even more so than before, I wish we did live in a passivhaus home. I care very deeply about the comfort and health of our children. And knowing first-hand the benefits of the Passivhaus Standard, I am acutely aware of what we are missing out on.

Affordable to run, comfortable and healthy to live in, passivhaus homes are ideally suited to young families. Of course, passivhaus homes are ideally suited for all people to live in! However, young children are particularly vulnerable and in need of comfortable and healthy homes. And with the cost of bring up children, parents need a comfortable and healthy home to be affordable.

Sustainable and environmental design are often talked about in terms of the benefit for future generations. Unfortunately, despite the good intentions, this can be abstract and vague. The Passivhaus Standard, on the other hand, is a practical immediate solution that benefits the next generation, today.

The Passivhaus Standard ensures homes are comfortable, healthy and affordable to run. Passivhaus homes are of immediate benefit to next generation: our children.

024 Passivhaus for the kids
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The Passivhaus Standard delivers radically energy efficient buildings with excellent occupant comfort. I have written about the comfort aspects of passivhaus before in the Gary Vaynerchuk inspired post and in one of the LovePH series.

Heating is a key element of occupant comfort. So why does the Passivhaus Standard have a limiting benchmark for heating energy of 15kWh/m2 per annum? Isn’t this contradictory?

While this may seem contradictory, there are good reasons for it. Firstly, heating makes up a significant proportion of energy consumption in buildings, so it needs to be addressed to improve energy efficiency and reduce climate change impact. Secondly, setting a very low heating energy benchmark drives a fabric first approach, which has several benefits, comfort being a key one. And thirdly, having a heating energy benchmark singled out from primary energy means it can’t be achieved by offsetting with renewables or any other energy accounting cheats.

15kWh/m2 for comfort – delivered with radical energy efficiency, fabric first design and no cheating!

022 Passivhaus Less Heating More Comfort
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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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What is the fundamental purpose of a building?

Buildings serve several needs of society – primarily as shelter from weather, security, living space, privacy, to store belongings, and to comfortably live and work. A building as a shelter represents a physical division of the human habitat (a place of comfort and safety) and the outside (a place that at times may be harsh and harmful).
– Wikipedia

As you can see, comfort is fundamental to the purpose of a building. So why do we find it so hard to ensure our buildings are actually comfortable? Why does our ‘world-class’ architecture still fail to provide comfortable buildings to live, work, learn and play in? (Besides using far too much energy and emitting far too much CO2!)

The Passivhaus Standard is known as the world’s foremost building energy efficiency standard. And it is that, but it is also a comfort standard. After all, what is the point of a building being energy efficient (or low carbon for that matter) if it compromises the functionality and comfort of the people who use the building? Passivhaus buildings provide exemplary comfort for the occupants by maintaining a healthy comfortable temperature, by being quiet, by having fresh air and by being draught-free.

Comfort is a reason to Love Passivhaus!

019 Love Passivhaus Comfort
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