COMPLETED PROJECTS
Below is an impression of the possibilities of ZigZagSolar solar façades. It shows how a solar façade can be used with the highest achievable efficiency and maximum design freedom.
Do you have a question about our projects? Please contact us, we will be happy to help.
CLICK ON THE PHOTO OF A PROJECT FOR MORE INFORMATION
Windhondflat in Tegelen
Solar panels will be placed on the south facade of De Windhond. A special solution for facade renovation!
Verstegen Spices & Sauces
Solar facades use the vertical space of the building in a unique and optimal way and offer an effective energy yield.
Gymzaal Rodaristraat Rotterdam
An energy-producing solar facade good for decades of sustainable and cheap electricity of more than 3,000 kWh per year.
Dempsey Sittard
Two facades of the Dempsey flat in Sittard are covered with ZigZagSolar. A special project with a fantastic result.
Eisenhower Sittard
The largest solar facade in the province of Limburg! And supplies approximately 30,000 kWh of solar energy per year.
Klomp Heerlen
De energie die de zonnepanelen opwekken zorgen voor de stroomvoorziening in de algemene ruimte.
Exact return prediction, calculated situationally
In collaboration with TNO, TU Delft, TU/e, ZigZagSolar has developed worldwide unique simulation software for the design of solar façades.
This simulation software has been successfully validated in test walls and commercial façades in the Netherlands and India. ZigZagSolar is the only party that can make an accurate prediction for the guaranteed energy yield of the solar façade.
Location, orientation, horizon and environment are entered as parameters in the calculations. This determines the angles, number and installation of the panels, resulting in the best-yielding solar façade for a specific location.
This simulation software has been successfully validated in test walls and commercial façades in the Netherlands and India. ZigZagSolar is the only party that can make an accurate prediction for the guaranteed energy yield of the solar façade.
Location, orientation, horizon and environment are entered as parameters in the calculations. This determines the angles, number and installation of the panels, resulting in the best-yielding solar façade for a specific location.
