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Colored Power-Generating Insulated Panel

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    Integrated BIPV Wall System for Modern Green Buildings


    With China’s “Dual-Carbon” goals accelerating, the government has released a series of policies encouraging the development of Building-Integrated Photovoltaics (BIPV) and promoting low-carbon energy use in buildings. The demand for high-performance, multifunctional, and sustainable photovoltaic building materials continues to rise.


    Responding to this trend, HEADSTREAM, together with Akcome, has jointly developed the Colored Power-Generating Insulated Panel, an exemplary product that combines building energy efficiency with green power generation.


    Product Overview: Colored Power-Generating Insulated Panel



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    This innovative cladding material integrates a fireproof insulation layer, colored photovoltaic module, and decorative surface into a single panel.

    It offers excellent thermal performance while converting sunlight into clean electricity, meeting modern architectural needs for functionality, energy efficiency, sustainability, and aesthetics.


    Part 1. Outstanding Thermal Performance


    • Thermal conductivity as low as 0.31 W/(㎡·K)

    • Thermal resistance up to 3.27 (㎡·K/W)

    • Suitable for multiple climate zones


    The panel effectively reduces energy transfer and helps buildings achieve ultra-low energy consumption standards.


    Part 2. Rich and Customizable Aesthetic Options


    • Available in black, blue, gold, silver, copper, and more.

    • Customized colors can be produced to match architectural façade designs.

      The appearance integrates seamlessly with traditional curtain wall systems while maintaining full power-generation capability.


    Part 3. Significant Economic Benefits


    Using a back-mounted triple-junction junction box, the system connects through pre-reserved openings:


    Solar Energy → DC → Inverter → AC → Distribution or Energy Storage


    As both a insulated building envelope and a power-generation system, the panel transforms the wall into a vertical energy-producing asset:


         Short payback period: 6–8 years

         Long-term energy income

         Eligible for green electricity subsidies and carbon credit revenue

         Improves green building certification scores


    Effectively turning the building façade into a clean-energy power station.


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    Part 4. Class A Fire Safety


    • Core made of hydrophobic fireproof rock wool

    • Certified Class A fire resistance

    • Complies with GB50016-2023 fire safety requirements for exterior wall materials

    • Ensuring excellent fire, moisture, and weather resistance.


    Part 5. Reliable Product Performance


    • High-strength polymer facings with excellent bending resistance

    • Much lighter than glass-based BIPV systems

    • Easy installation with strong structural adaptability

    • Simple, stable wiring design and low maintenance

    • Suitable for both new construction and renovation projects.


    Part 6. Wide Application Scenarios


    Ideal for:

    • Industrial plants

    • Commercial complexes

    • Public buildings

    • Premium residential buildings

    • Transportation hubs

    • Data centers, hospitals, and sites requiring uninterrupted power

    As a vertical power-generation unit, it requires no additional land and complements roof PV systems, significantly expanding the building’s usable power-generating area.


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    Conclusion: Redefining the Power-Generating Building Façade


    In the era of green development and strict carbon standards, HEADSTREAM’s Colored Power-Generating Insulated Panel breaks the limitations of traditional materials:

          Energy-efficient insulation

          Class A fire resistance

          Modern aesthetics

          On-site green electricity generation

    With its highly integrated design, it simultaneously fulfills the needs of thermal protection, decoration, fire safety, and energy generation, bringing long-term economic value to owners and creating tangible environmental benefits.

    References