Architectural Solar Facades

BIPV Solar Panels Integrated into Architectural Façade Systems.

bipv

ألواح BIPV الشمسية المدمجة في أنظمة الواجهات المعمارية

BIPV (Building Integrated Photovoltaics) systems transform building façades from passive protective surfaces into active, energy-generating architectural elements. At BIPV, we deliver façade-integrated BIPV solar panel solutions that combine architectural aesthetics, structural durability, and high-efficiency solar energy production in a single system.

Unlike conventional façade cladding materials, our BIPV panels are designed as an integral part of the building envelope. With aluminum, glass, composite, and custom surface finish options, they can be seamlessly applied to a wide range of projects— from residential buildings to commercial properties, shopping centers, offices, hotels, and industrial facilities—without compromising architectural integrity.

BIPV solar panels turn façades into energy-producing architectural surfaces. We deliver durable, aesthetic, and sustainable solar façade solutions designed for high-performance buildings.

For Dubai and Abu Dhabi architectural projects, contact us to learn more about our advanced BIPV solar façade systems.

What Can We Produce?

Thanks to BIPV technology, solar panels have become an integral part of architectural design, integrating them with facade cladding, glass surfaces, and roof tiles. This allows buildings to maintain their aesthetic appeal while generating their own electricity.

BIPV Solutions Tailored for Architects and Investors

At BIPV , we manage the entire process—from façade design and structural compatibility to electrical infrastructure and on-site implementation. Our façade-integrated BIPV solar panels are the ideal solution for projects seeking to achieve high energy efficiency while enhancing architectural value.

The buildings of the future will not only consume energy—they will produce it. Discover how BIPV façade solar panel solutions can help you create sustainable, energy-generating architecture without compromising design.

Internationally Certified BIPV Products

Our BIPV products comply with the most widely required international safety and quality standards for architectural façade applications.

NFPA 285 and EN 13501 certifications ensure fire safety in façade systems, while IEC 61215 / IEC 61730 standards guarantee high performance and electrical safety.

Thanks to these certifications, our BIPV solutions can be safely used in international projects, streamline approval processes, and fully meet the requirements of sustainable building design.

Imagine.
Design.
Build.

Number in bipv

200Wp

Average amount of energy obtained per m²

100 +

Number of Colors and Patterns

50 +

Produceable Size

Number of Patents

BIPV Solar Kiremit ile çatınızın görünümünü güneş enerjisinin verimliliğiyle kusursuz bir şekilde bütünleştirir.

Solar Roof Tiles

Mimari kaplamanın zarafeti, estetik tasarımı, güneş enerjisini ve benzersiz performansı birleştirerek güneşin gücüyle buluşuyor.

Solar Facade

Spandrel panelleri, IGU’lar, cephe camları, ışıklıklar ve pencereleri BIPV Solar Glass ile dinamik birer enerji kaynağı olarak hayal edin.

Solar Glass

Why Choose Façade-Integrated BIPV Systems?

Architectural Aesthetics and Design Freedom
Custom sizes, colors, and textures ensure perfect integration with façade designs, eliminating the visual impact typically associated with traditional solar panels.

Energy-Generating Façades
Optimized for south, east, and west orientations, BIPV systems deliver high performance and cover a significant portion of a building’s electricity demand.

Structural Integration as a Building Element
Engineered to withstand heat, wind, and environmental loads, BIPV panels can safely replace conventional façade cladding materials.

Sustainable and Environmentally Responsible Solution
BIPV systems reduce carbon emissions, improve energy efficiency, and contribute to green building certifications such as LEED and BREEAM.

Long Service Life with Minimal Maintenance
UV-resistant glass surfaces and industrial-grade solar cell technology ensure reliable, long-term performance with low maintenance requirements.

Green Buildings