Designing with BIPV

Discover how Aelius transforms architecture with Building-Integrated Photovoltaics (BIPV). From size customization to elegant facades and innovative installation methods, we merge solar technology with modern design without compromising aesthetics or performance.

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Size

Solar panels are available in a range of sizes to accommodate diverse architectural requirements. From compact sections to large, seamless formats, we provide flexibility in dimensions to suit various design specifications. Whether for narrow spaces or expansive facades, each panel is precisely engineered for a perfect fit. Other custom sizes are also available upon request. Our standard sizes (in mm) are – 457×457, 1200×457, 1200×900, 1800×300, 1800×1200, 2400×1200. Other custom sizes also available on request.

Color

The Aelius Attic BIPV Series harmonizes aesthetics with innovation, offering a versatile palette of colors tailored to
complement any design vision. These cutting-edge solar facings seamlessly integrate energy generation with architectural
flexibility, redefining the landscape of sustainable building design.

Pale Rose

Charcoal Grey

Turquoise

Sky Blue

Yellow

Apple Blosoom

Green

Milky White

Icy White

Black

White

Grey

Design

Designer solar refers to solar panels or systems crafted with aesthetics in mind, blending renewable energy technology with stylish design elements. These systems, which can include customized colors, textures, or patterns, allow architects and homeowners to incorporate solar power seamlessly into a building’s appearance.

Glossy 1

Glossy 2

Glossy 3

Glossy 4

Glossy 5

Glossy 6

Wooden 1

Wooden 2

Wooden 3

Marble 1

Marble 2

Marble 3

Marble 4

Marble 5

Marble 6

Marble 7

Marble 8

Shingle 1

Shingle 2

Shingle 3

Shingle 4

Shingle 5

Shingle 6

Shingle 7

Shingle 8

Striata

Installation

1. Cladding

BIPV (Building-Integrated Photovoltaics) cladding-type installation involves integrating solar panels directly into the building’s façade as an outer skin, replacing traditional wall cladding materials. These systems serve both as a building envelope and a renewable energy generator, offering aesthetic appeal along with thermal insulation and weather protection.

BIPV cladding systems are often installed using a rainscreen approach. In this configuration, photovoltaic panels serve as the outermost layer, providing weather protection while allowing for ventilation and moisture management behind the panels. This setup enhances both the energy efficiency and durability of the building envelope.

2. Fins

Building-Integrated Photovoltaic (BIPV) fins are vertical architectural element that serve dual purposes: they generate renewable energy and provide solar shading. BIPV fins are often incorporated into custom-designed curtain wall systems. The fins utilize HJT solar cells, which are effective in diffuse light conditions, such as overcast skies. These cells are encapsulated within tempered glass, offering durability and semi-transparency.

Beyond energy generation, BIPV fins provide shading, reducing solar heat gain and improving occupant comfort. Their vertical orientation is particularl effective in mitigating low-angle sun exposure, such as the afternoon sun in summer months.

3. Railing

Structural Components
Frames and supports are typically made from durable materials like aluminum or stainless steel, ensuring longevity and resistance to environmental factors.

Electrical Integration
Concealed Wiring: Electrical conduits are ingeniously hidden within the
railing’s posts or handrails, maintaining a clean aesthetic without visible cables.

System Compatibility: The generated electricity can be directed to the building’s grid or stored in batteries, depending on the system design and user requirements.

Installation Methods
Mounting Systems: BIPV railings can be installed using various methods,
including post-and-cap systems or base shoe systems, allowing flexibility for new constructions or retrofits.