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Although it may be a fact that newer properties run on lesser energy, the amount of emissions, especially CO2, released by homes and buildings are still considerably greater than it should be for our planet.

Funded by the Research Council of Norway, a separate, single-family, energy-efficient accommodation called ‘ZEB (Zero Emission Buildings) Living’ was developed on the Norwegian University of Science & Technology property by SINTEF researcher Ruth Woods and architect Luca Finocchiaro. This high-technology house was built with an aim to minimize energy consumption and emissions, have a self-sufficient supply of energy, and eventually reduce the carbon footprint.



Woods, along with Dr. Marius Korsnes of NTNU, answered questions such as, ‘Can a high-tech energy-efficient house really feel like home?’ and ‘How does living in a building where we are enveloped by technology affect us? And how do we, in turn, affect the technology?’ with the help of this project.

Design of the House

The main aspect of the dwelling was that it was constructed using the most advanced technology in order to accomplish the goal of having zero emissions. Heavily insulated walls, layered glass windows, radiators and a ventilation system were installed for keeping the space warm. This was important, as temperatures in Norway dropped to subzero in the winters. Purposeful furniture for spaciousness such as a couch, storage units and cupboards were placed in the living area and foldable beds against walls. Also, the roof was equipped with solar panels. All these fittings were designed in such a way to provide maximum energy savings that could be measured by sensors in different parts of the house.

Korsnes said, “Knowing more about these technologies can help us to see to what extent they can spread. Basically, what we call an innovation has to do with how technology gets accepted and adapted by more people. That needs to be anchored in normal usage, the everyday life use of a technology.”

Case Studies - Living in ZEB

In the October of 2015, six groups comprising 16 people of various ages including children, adults and students, were in turn asked to live in the house for 25 days each, to measure impact of the house and people on each other. Apart from some temporary heating system dysfunction to which the residents adapted to by getting plug-in heaters or duvets, results showed that users made themselves comfortable.

One of these, Kristian Angen, talked about the air quality being good although his family slept with the bedroom windows open to achieve the right ambience. Also, from photographs, project leader, Woods, noticed that his kids were playing barefoot indoors despite the cold conditions outside, which indicated that the house was warm enough. Angen was impressed with ZEB and reviewed it by saying, “We thought it was absolutely top to live in the house. In our opinion, the ZEB house is as comfortable as a traditional house, if not better. We could have gladly continued to live there. In any event, we will consider the technology if we are ever going to build a new home.”

Cold outside, warm inside. The picture shows the special windows in the zero-emission house, which allowed air to be pre-warmed

Cold outside, warm inside. The picture shows the special windows in the zero-emission house, which allowed air to be pre-warmed. Photo: Ruth Woods/SINTEF

Consistent across all groups of occupants was, as Korsnes said, “They realized that their own homes were so full of things they really didn't need”, which in turn made them happy with their few belongings in the new home. The study was also a big contributor in helping people realize the seriousness of global warming and environmental issues.

Research drawn from experiments and users have led to the conclusion that the system was a success as “living in a zero emission house was less technically demanding than they thought it would be” and disproving the preconceived notion that living in a house with such advanced technology will be difficult.

Top image: The ZEB Living Lab on the NTNU campus. Photo: Geir Mogen/SINTEF


Bazilchuk, N. (2017), Gemini,, (accessed 10 Aug 2017)

SINTEF (2014),, (accessed 10 Aug 2017)

SINTEF (2017),, (accessed 11 Aug 2017)

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Meghna Rao, MSc

A postgraduate in Bioscience with work experience in research and communications in the fields of science, health and medicine. Her specializations include writing and developing scientific material for websites, blogs, and other print and digital media, content curation and management, and medical proofreading and editing. She also has a fair knowledge in marketing communications and science journalism. Also, Meghna is passionate about yoga, working with non-profits and travel blogging. Read More

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