Solar Energy
New Interpretation
Invisible
Photovataic
Reimagined With
Invisible design

Invisible
Solar

About BIPV

Invisible Solar for Modern Architecture

INVITAIC develops Building-Integrated Photovoltaic (BIPV) solutions that transform architectural surfaces into energy-generating elements.

By combining photovoltaic technology with architectural materials, our modules enable buildings to produce clean energy while maintaining design freedom and visual integrity.

15+

Years of Experience

20k+

Satisfied Customers

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Architectural Pattern BIPV

Design-Driven BIPV Façade Modules Colored solar panels = energy + design Seamless BIPV façade & solar glass façade integration for modern buildings

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Transparent Solar Glass

Light-Transmitting Photovoltaic Glass Transparent solar panels = light + energy Perfect for solar glass roofs & BIPV skylights

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Ultra Black Architectural BIPV

Minimalist Photovoltaic Modules for Modern Architecture Black solar panels = sleek design + high performance Uniform, elegant architectural solar modules for BIPV façades

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Solid Colour BIPV

Customized Color Solar Panels Colored BIPV panels = specific color tones + visual consistency Seamless solar glass façade for strong design identity

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Custom BIPV Soulutions

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Architectural Pattern BIPV

Design-Driven BIPV Façade Modules Colored solar panels = energy + design Seamless BIPV façade & solar glass façade integration for modern buildings

Learn More

Transparent Solar Glass

Light-Transmitting Photovoltaic Glass Transparent solar panels = light + energy Perfect for solar glass roofs & BIPV skylights

Learn More

Ultra Black Architectural BIPV

Minimalist Photovoltaic Modules for Modern Architecture Black solar panels = sleek design + high performance Uniform, elegant architectural solar modules for BIPV façades

Learn More

Solid Colour BIPV

Customized Color Solar Panels Colored BIPV panels = specific color tones + visual consistency Seamless solar glass façade for strong design identity

Learn More

Custom BIPV Soulutions

Learn More

Why Choose BIPV

Unique Technology

Surface & Glass Technology

Architectural Solar Glass Solutions
Glass plays a critical role in Building-Integrated Photovoltaic systems, influencing both visual quality and optical performance.

Advanced Cell Technology

High-Efficiency Photovoltaic Cells
To support the energy performance of architectural modules, INVITAIC integrates advanced photovoltaic cell technologies including TOPCon and Back Contact (BC) solar cells.

Color Integration Technology

Architectural Color Stability
INVITAIC develops specialized color technologies that allow photovoltaic modules to achieve architectural color expression while maintaining effective power generation.

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Technology

Case Show

Architectural aesthetics Projects

Smart Solar for Residential Design
House Custom
Et quoniam apud eos ut in capite mundi morborum acerbitates celsius dominantur, ad quos vel sedandos omnis professio medendi torpescit, excogitatum est adminiculum

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Smart Solar for Residential Design
House Custom
Et quoniam apud eos ut in capite mundi morborum acerbitates celsius dominantur, ad quos vel sedandos omnis professio medendi torpescit, excogitatum est adminiculum

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Smart Solar for Residential Design
House Custom
Et quoniam apud eos ut in capite mundi morborum acerbitates celsius dominantur, ad quos vel sedandos omnis professio medendi torpescit, excogitatum est adminiculum

Learn More
Smart Solar for Residential Design
House Custom
Et quoniam apud eos ut in capite mundi morborum acerbitates celsius dominantur, ad quos vel sedandos omnis professio medendi torpescit, excogitatum est adminiculum

Learn More
Smart Solar for Residential Design
House Custom
Et quoniam apud eos ut in capite mundi morborum acerbitates celsius dominantur, ad quos vel sedandos omnis professio medendi torpescit, excogitatum est adminiculum

Learn More
Smart Solar for Residential Design
House Custom
Et quoniam apud eos ut in capite mundi morborum acerbitates celsius dominantur, ad quos vel sedandos omnis professio medendi torpescit, excogitatum est adminiculum

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Building Retrofit, Zurich, Switzerland (2019)
Architecture
This modern residential building in Zurich, Switzerland, serves as a key pilot project for the renovation of older structures. The project began in 2018 and completed in 2020, with a total photovoltaic facade area of 450 square meters.

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Building Retrofit, Zurich, Switzerland (2019)
Architecture
This modern residential building in Zurich, Switzerland, serves as a key pilot project for the renovation of older structures. The project began in 2018 and completed in 2020, with a total photovoltaic facade area of 450 square meters.

Learn More
Building Retrofit, Zurich, Switzerland (2019)
Architecture
This modern residential building in Zurich, Switzerland, serves as a key pilot project for the renovation of older structures. The project began in 2018 and completed in 2020, with a total photovoltaic facade area of 450 square meters.

Learn More
Building Retrofit, Zurich, Switzerland (2019)
Architecture
This modern residential building in Zurich, Switzerland, serves as a key pilot project for the renovation of older structures. The project began in 2018 and completed in 2020, with a total photovoltaic facade area of 450 square meters.

Learn More
Building Retrofit, Zurich, Switzerland (2019)
Architecture
This modern residential building in Zurich, Switzerland, serves as a key pilot project for the renovation of older structures. The project began in 2018 and completed in 2020, with a total photovoltaic facade area of 450 square meters.

Learn More
Building Retrofit, Zurich, Switzerland (2019)
Architecture
This modern residential building in Zurich, Switzerland, serves as a key pilot project for the renovation of older structures. The project began in 2018 and completed in 2020, with a total photovoltaic facade area of 450 square meters.

Learn More
Façade
Building Applications
BIPV façades transform building envelopes into energy-generating surfaces while preserving architectural aesthetics.

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Roof
Building Applications
BIPV roofs maximize solar generation by turning unused roof areas into sustainable energy solutions.

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Balcony
Building Applications
BIPV balconies combine modern design with clean energy generation for residential and high-rise buildings.

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Canopy
Building Applications
BIPV canopies create functional solar structures for parking areas, entrances, and public spaces.

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Skylight
Building Applications
BIPV skylights integrate natural lighting with renewable energy for innovative architectural spaces.

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