The first thing passers-by will notice about the building, completed in 2018, is the cladding made of larch wood rods. It conveys sustainability thanks to its positive CO2 footprint and connection to nature. It also allows the building to blend in harmoniously with its surroundings. The three-dimensional, light wooden rods can also be found in the school's central atrium, creating a fluid transition from the outer cladding into the building inside.

The WAREMA external venetian blinds chosen for shading continue the slat structure of the wooden facade on the windows, thus strengthening the unified appearance of the structure. As well as the elegant appearance, when making our decision we also considered the mechanism of the external venetian blinds, which can be exploited to the fullest in educational institutions. These products enable a flexible light design, which lets in as much sun as desired, without glare. Daylight provides stimulation in learning environments and positively affects the biorhythms and concentration of students, as well as their general well-being.

The sun shading system is controlled automatically via 3-channel Wisotronic from WAREMA. The proven central control system conveniently raises and lowers different sun shading products depending on environmental factors such as brightness, temperature or wind speed. The modern operating element with its timeless design is integrated almost flush into the wall.

  • Construction project: Primary school, Rahewinkel
  • Sun shading solution: External venetian blinds, horizontal awnings H1, Wisotronic 3-channel, emergency power supply kits
  • Architect: pbr Planungsbüro Rohling AG, Hamburg
  • Property developer: State Office SBH - Schulbau Hamburg
  • Completion: 2018

Our software tool supports you in planning the suitable sun shading system. The interactive, web-based tool provides brief descriptions, application examples and a wealth of additional information to help you select the right system. Furthermore, it contains a CAD configurator with which you can independently generate sections and views and adapt them to the structural conditions.