In the scenic landscapes of Switzerland, a consortium embarked on a visionary project, installing a vertical solar system on a retaining wall alongside a highway. This venture, with a capacity of 325 kilowatts and utilizing 756 all-black glass-glass solar modules, showcased the potential of solar integration in unconventional spaces.
INVITAIC, inspired by this innovation, introduces its Building-Integrated Photovoltaic (BIPV) solutions, with a focus on the transformative Polychrome series, notably the Petroglyph product. Embracing the challenge of seamlessly integrating solar modules into architectural features, our BIPV solutions redefine the possibilities of solar integration.
The Petroglyph product, part of our Polychrome series, allows for a harmonious merger of solar technology and infrastructure. By adopting INVITAIC’s BIPV solutions, the retaining wall’s solar modules become almost indistinguishable, achieving an invisible effect that enhances both functionality and aesthetics.

Moreover, INVITAIC takes pride in offering customization options for our BIPV modules. Clients can choose from various cell types, including Perc or TOPCon, and select the desired glass thickness, such as 6+6mm or 8+8mm. Our products boast fire class A certification, ensuring safety standards are met without compromising the design and aesthetic integrity of the integrated solar elements.
Efficiency is paramount in our BIPV solutions, and INVITAIC’s components stand at the forefront of performance. The color variations introduced through silk-screen printing subtly influence the efficiency of the solar modules, providing both energy generation and an artistic touch to the integrated infrastructure.
As the world embraces sustainable solutions, INVITAIC’s BIPV products stand as a testament to the harmonious coexistence of technology and nature. Join us in reshaping landscapes, promoting renewable energy, and contributing to a greener, more sustainable future with our innovative and customizable solar solutions.
Featured Image: Zenna AG






