FREEDOM PARIS · PARIS, FRANCE

The glass’s 37% g-value provides efficient thermal control, allowing optimal solar heat gain during colder months while minimizing overheating in the summer. This balance is crucial for a city like Paris, where maintaining internal comfort without excessive energy use is key. By controlling solar heat gain, the building reduces its reliance on artificial cooling and heating systems, lowering energy costs.

Moreover, the photovoltaic glass has a nominal power output of 28Wp per square meter, making the building an active contributor to its energy needs. This feature not only decreases its dependency on external energy sources but also supports Paris' sustainability goals. The building becomes a self-sufficient energy generator, which is essential in densely populated urban areas.

The Freedom Building also benefits from the amorphous silicon glass's efficiency in low-light conditions, ensuring reliable energy generation even on cloudy Parisian days. Additionally, the glass is fully customizable, allowing for a perfect blend of architectural vision and functional performance, creating a sleek, modern façade that fits the client's needs.

PCA-STREAM is a Paris-based architecture and urbanism firm known for its forward-thinking, interdisciplinary approach to design. Merging sustainability, innovation, and functionality, PCA-STREAM creates groundbreaking spaces that transform urban environments. With a focus on projects that harmonize environmental responsibility with modern architecture, the firm is renowned for its work on high-profile developments that set new benchmarks in sustainable urban living. In the Freedom Paris project, PCA-STREAM has once again demonstrated its expertise in designing spaces that integrate cutting-edge architectural concepts with eco-friendly practices, ensuring that the built environment is both functional and future-proof.