The futuristic head office of industry giant SASOL is a science fiction dream turned into reality. Resembling a glass spacecraft, the prestigious building lavishly constructed by the Paragon Group virtually floats above the streets of Johannesburg. Not only is this a breathtaking sight, it is also in tune with the times in terms of function. Across ten office storeys covering over 70,000 square meters, the 47m high building offers enough space for 2,500 employees. The main business area is located in the centre of the building. From here, all other Business Units are reached by spacious bridge constructions. The work areas themselves are deliberately open-plan to encourage proactive communication between the employees.

The complex building with the three-dimensional facade geometry also presented a real challenge for automated shading. The sophisticated LonWorks® control moves the sun shading system according to the sun's position and the natural shade provided by the building during the course of the year (annual shading). The entire package, from control technology and sun shading solutions, was instrumental in creating the Sasol Headquarters as a building with an outstanding eco-balance and certified with the "Green Star SA".

  • Construction project: SASOL Headquarters, Sandton, South Africa
  • Sun shading solution: External venetian blinds, black-out systems, cassette and bracket roller shutters, Warema SecuTex fabric A2
  • Control solutions: LonWorks® actuators with slat tracking, annual shading, BACnet connection
  • Architect: Paragon Group
  • Property developer: Alchemy Properties and SASOL Pension Fund
  • Completion: 2016

Markus Zawierta Account Manager WAREMA International GmbH

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.