Hailed by the Windwheel Corporation as “a true showcase for climate architecture,” the Dutch Windwheel is a unique building focused on being as sustainable as possible while still providing a complete mixed-use development for the city of Rotterdam.
The Windwheel will be outfitted with myriad advanced technological solutions focused on sustainability. An innovation consortium that includes Arup, the Royal BAM Group, Deltares, Dura Vermeer, ECN, Eneco, Evides, Siemens, SPIE and TNO is researching these technologies, some of which are in latter developmental stages, according to Windwheel Corporation.
Image courtesy of DoepelStrijkers.
Some of the technologies planned for the structure include a smart skin climate zone with natural ventilation and integrated greenery, wind energy and passive cooling, biogas production, a solar façade, and rain water collection. The building will be constructed with materials from the Rotterdam region and is designed to be dynamic and upgradeable after it has been built to stay at the forefront of sustainable innovation.
Image courtesy of DoepelStrijkers.
The sustainability of the Windwheel is obviously the most important aspect of the building, but that doesn’t mean everything else has been pushed aside. The Windwheel wants to become a mixed-use development and economic boon for the Dutch port city.
“Coaster cabins” will be used to move visitors to the top of the 174-meter-tall building. These coaster cabins will rotate around the building like a ferris wheel and use innovative lighting concepts and digital information layers that act as a virtual tour guide for visitors, pointing out what can be seen and providing information.
Image courtesy of DoepelStrijkers.
30,000 sm of commercial space, 14,000 sm of apartments, 14,000 sm of short stay space, a 5,700-sm hotel, and a 2,600-sm sky lobby and panorama restaurant will all be included. Visitors will enter the building via a 2,750-sm entrance lobby.
The Windwheel was originally unveiled in 2015, but this most recent look at the structure provides a more detailed look into the buildings sustainable and mixed-use features. Current projections put a completion date for the project between 2022 and 2025.
Image courtesy of DoepelStrijkers.
Related Stories
| Oct 5, 2011
GREENBUILD 2011: Solar PV canopy system expanded for architectural market
Turnkey systems create an aesthetic architectural power plant.
| Oct 5, 2011
GREENBUILD 2011: Brick offers growing options for sustainable building design
Brick exteriors, interiors and landscaping options can increase sustainability that also helps earn LEED certification.
| Oct 4, 2011
GREENBUILD 2011: Two new recycled glass products announced
The two collections offer both larger and smaller particulates.
| Oct 4, 2011
GREENBUILD 2011: Wall protection line now eligible to contribute to LEED Pilot Credit 43
The Cradle-to-Cradle Certified Wall Protection Line offers an additional option for customers to achieve LEED project certification.
| Sep 23, 2011
Okanagan College sets sights on Living Buildings Challenge
The Living Building Challenge requires projects to meet a stringent list of qualifications, including net-zero energy and water consumption, and address critical environmental, social and economic factors.
| Sep 19, 2011
Portland team hired as LEED and commissioning consultants for $5.5B downtown sustainable project in Qatar
The $5.5 billion sustainable downtown regeneration project underway by Msheireb Properties will transform a 76 acres site at the centre of Doha, Qatar’s capital city, recreating a way of living that is rooted in Qatari culture, attracting residents back to the city center and reversing the trend for decentralization.
| Sep 14, 2011
USGBC L.A. Chapter's Green Gala features Jason McLennan as keynote speaker
The Los Angeles Chapter of the nonprofit USGBC will launch its Sustainable Innovation Awards this year during the chapter's 7th Annual Green Gala on Thursday, November 3.
| Sep 12, 2011
PVs play new roles as a teaching tool
Solar installations are helping K-12 schools around the country save money and teach students the intricacies of renewable energy sources.
| Sep 12, 2011
Living Buildings: Are AEC Firms up to the Challenge?
Modular Architecture > You’ve done a LEED Gold or two, maybe even a LEED Platinum. But are you and your firm ready to take on the Living Building Challenge? Think twice before you say yes.
| Sep 12, 2011
Putting a stamp on USPS's first green roof
The Morgan Building roof totals 150,000-sf. In addition to a vegetated green roof, other roof areas were upgraded and included 55,000-sf of reflective concrete pavers and ballast, which were also placed over a Sarnafil waterproofing membrane, and 40,000-sf of EnergySmart Roof—a reflective, energy-efficient vinyl roofing system from Sika Sarnafil.
