BIPV Cladding Panels

Cladding That Combines Design and Clean Energy

Modern architecture is evolving to do more than define spaces—it is expected to contribute to sustainability and energy efficiency. With photovoltaic cladding panels, building facades can now actively generate clean energy while maintaining a refined visual appeal. These systems transform exterior surfaces into functional assets that support both performance and design.

Aelius, a leading manufacturer of BIPV and turnkey solar solutions, offers solar-integrated cladding systems. These enable developers and architects to seamlessly incorporate clean energy into building exteriors without compromising on design intent. By integrating solar technology directly into cladding systems, projects can reduce reliance on conventional power sources while enhancing overall building efficiency.

Advanced Features for Facade Integration

Seamless Facade Integration

Designed to align with facade systems while preserving architectural aesthetics.

Dual Functionality

Serves as both protective cladding and an on-site energy generation solution

Efficient Surface Utilisation:

Converts vertical facade areas into productive energy-generating surfaces.

Custom Design Options

Available in varied sizes, finishes, and configurations crafted through our state-of-the-art manufacturing to suit facade requirements.

Weather-Resistant Build

Engineered to withstand diverse environmental and climatic conditions.

Low Maintenance Needs

Built for long-term durability with minimal upkeep.

Ready to integrate photovoltaic cladding into your next facade design?

Ready to integrate photovoltaic cladding into your next facade design?

Smart Facades for Sustainable Performance


Cladding systems integrated with solar technology offer a practical way to enhance building performance while ensuring design continuity. By using solar cladding panels in India, developers can optimise facade surfaces to generate energy, reduce operational costs, and support green building initiatives. These solutions enable buildings to perform more efficiently while maintaining a strong architectural identity, contributing to certifications such as GRIHA, LEED, and IGBC.

Explore our range of energy-generating solutions

Color Facade

Custom BIPV in any Color

Floor tile

Durable solar tiles that generate energy underfoot.

Rooftile

Sleek solar tiles that blend design with clean energy.

Balcony Solar

Compact and refined solar for balconies – no wiring, no hassle.

Designer BIPV

Stylish solar solutions
crafted with design in
mind.

Our Clients

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Why Choose Aelius?

Bring clean energy to your facade; connect with us to get started.

Discover Design-Integrated Solar Cladding Options

Discover Design-Integrated Solar Cladding Options

Frequently Asked Questions

1. Can architects customise the design of solar cladding panels?
Yes, solar cladding panels can be customised in terms of size, finish, colour, and configuration to align with specific facade designs and architectural intent.
2. How much electricity can solar cladding generate for a building?
Energy generation depends on facade orientation, surface area, and system design, with photovoltaic cladding typically delivering around 150–200 W/m². Annual output can reach approximately 180 kWh/m² on south-facing facades and 150 kWh/m² on east/west-facing facades, meaning a 1000 m² south-facing system can generate nearly 180,000 kWh per year. Overall, BIPV cladding can meet up to 40% of a building’s energy needs, with higher potential when combined with battery storage.
3. Can solar cladding generate power even on vertical walls?
Yes, while vertical installations may produce less energy than rooftop systems, they still generate consistent power throughout the day, especially on well-orientated facades.
4. Does solar cladding contribute to green building certifications?
Yes, solar cladding supports sustainability goals and can contribute to green building certifications such as GRIHA, LEED, and IGBC by improving energy efficiency and reducing overall carbon footprints.