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Energy and sustainability concept 1 Bike racks 2 Parking with preferred spaces for low-emission and car-pooling vehicles 3 Glass partitions for improved daylighting 4 Facade and roof elements made from photocatalytic concrete 5 Low-E glazing and horizontal louvres to mitigate solar gains 6 Rainwater cistern 7 Geothermal wells (depth: 100 m each) 8 Indigenous grass and plantings 9 Grass-filled pavers to increase the amount of pervious surfaces 10 White roofing membrane to minimise urban heat island effect 11 500 m² photovoltaics and 50 m² solar thermal panels on roof

Energy and sustainability concept 1 Bike racks 2 Parking with preferred spaces for low-emission and car-pooling vehicles 3 Glass partitions for improved daylighting 4 Facade and roof elements made from photocatalytic concrete 5 Low-E glazing and horizontal louvres to mitigate solar gains 6 Rainwater cistern 7 Geothermal wells (depth: 100 m each) 8 Indigenous grass and plantings 9 Grass-filled pavers to increase the amount of pervious surfaces 10 White roofing membrane to minimise urban heat island effect 11 500 m² photovoltaics and 50 m² solar thermal panels on roof