Promotion: window producer Velux has printed a case examine highlighting the ideas and affect of its experimental, low-carbon housing idea inbuilt Copenhagen.
Referred to as Residing Locations Copenhagen, the prototype village was constructed as a part of Velux’s multidisciplinary Construct for Life initiative and will be nearly visited on-line.
The undertaking makes use of present applied sciences and supplies to point out that low-carbon housing with a high-quality indoor local weather will be scalable, reasonably priced and commercially viable.
“Construct for Life is based on the understanding that the best way we construct as we speak has an unlimited affect on folks, in addition to the ecosystems that maintain us,” the case examine said. “We should take into account the usage of buildings and buildings in use.”
“Properties and communities ought to be centred round wholesome constructing ideas and regenerative design ideas.”
Constructed by Velux in partnership with Danish structure studio EFFEKT, consulting engineering agency Artelia and contractor Enemærke & Petersen, the exhibition consists of seven prototypes – 5 open pavilions and two completed properties in full-scale.
The buildings had been designed utilizing a framework that goals to streamline completely different sustainable processes into the design from the outset of a constructing undertaking.
The idea was unveiled within the Danish capital earlier this yr to coincide with the Copenhagen World Capital of Structure 2023 and the UIA World Congress of Architects.
The undertaking included making a case examine that documented the method and reported on its successes and challenges.
At 3.8 kilograms of CO2 equal per metre squared per yr, the footprint of the Residing Locations idea for a single-family home was 3 times decrease than that of a median Danish single-family home, based on Velux.
The case examine additionally reported the event had 3 times higher indoor local weather resulting from a mix of mechanical and pure air flow via home windows and doorways. Velux achieved this by conducting 60,000 indoor local weather simulations to establish “essentially the most important design parameters relating to thermal consolation and indoor air high quality”.
“Parameters like air flow precept, air change price and orientation have been sampled, exhibiting essentially the most delicate,” mentioned Velux. “Based mostly on this evaluation, essentially the most delicate design parameters have been used to search out essentially the most resilient constructing design.”
Every materials, design and constructing method utilized in Residing Locations Copenhagen was rigorously thought of and had its projected emissions mapped in opposition to a typical Danish single-family reference home.
To make higher-impact materials selections, Velux developed a Life Cycle Evaluation (LCA) calculator device that offered an outline of options and their environmental affect.
The calculator simulated the constructing’s efficiency primarily based on materials selections, permitting architects to check how the completely different constructing typologies carry out.
It discovered that transportation and materials origin had a big effect on LCA as did photovoltaic (PV) panels and insulation.
“This calculator provides us a simple technique to perceive the implications of every selection rapidly,” the case examine said. “The device is meant as a course of device for the trade to make fast, knowledgeable selections, thereby guaranteeing that emissions turn into a driver for the design course of.”
Different learnings within the report detailed the nuanced points round scalability and adaptableness with most points rooted within the problem of balancing price, design, aesthetics, and sustainability.
For extra info on Residing Locations Copenhagen, go to the Velux Construct for Life web site the place it’s now potential to take a digital tour of the undertaking.
Partnership content material
This text was written by Dezeen for Velux as a part of a partnership. Discover out extra about Dezeen partnership content material right here.
