Brief
Discover the Nachteiland Tower, a marvel of sustainable architecture. Combining timber and solar innovation, this high-rise redefines energy-efficient building design.
Insight
The Nachteiland project represents a significant advancement in sustainable high-rise construction, epitomized by timber towers like Mjøstårnet and Ascent. Developed by MVRDV and Space Encounters, this project is a standout in its field, melding eco-friendly materials with an energy-efficient design.
Standing at a towering height of 70 meters, the Nachteiland project encompasses 22 floors devoted to residential living, housing 153 homes. The design prominently features the natural aesthetic of timber, creating a visually appealing interior. However, its sustainability credentials extend beyond mere aesthetics.
It’s a hybrid structure, employing timber predominantly, but also integrating concrete in its core and columns up to the sixth floor for stability.
One of the project’s most notable features is its commitment to natural and recycled materials, with 61% of its construction materials being natural and an additional 13% recycled. The exterior of the building is as green as its ethos, with extensive plant life contributing to its ecological impact.
Innovatively, the building incorporates building-integrated photovoltaics (BIPV) on its facade, a technique similar to solar panels but more integrated into the building’s design. This, along with additional solar panels on a greenery-laden roof, enables the building to be energy positive.
It generates more energy than it consumes, producing 3.03 kilowatt hours per square meter per year in excess, a feat in tall building design where energy neutrality is often challenging due to limited roof space for solar panels.
MVRDV highlights the project’s ambitious energy goals, stressing its significance in the realm of sustainable architecture. While it remains to be confirmed how the surplus energy will be utilized, the Nachteiland project stands as a pioneering example of how modern skyscrapers can be both aesthetically pleasing and environmentally responsible.
Highlight
- It’s a hybrid structure, employing timber predominantly, but also integrating concrete in its core and columns up to the sixth floor for stability.
- One of the project’s most notable features is its commitment to natural and recycled materials, with 61% of its construction materials being natural and an additional 13% recycled.
- It generates more energy than it consumes, producing 3.03 kilowatt hours per square meter per year in excess, a feat in tall building design where energy neutrality is often challenging due to limited roof space for solar panels.
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