THE LONG VIEW

Facades, fenestration and cladding are now more high-end and sophisticated. What has evolved?

- Molly R

Advancements in computational technology and alternative materials are revolutionising architectural design, particularly in relation to building façades. There's a noticeable shift from traditional buildings featuring thick walls and small windows to modern structures boasting grand glass and aluminum façades. This transformation is fuelled by a growing interest in energy efficiency and innovative materials. Façade technology is predominantly driven by solar control, aiming to optimise natural daylight without the drawbacks of glare and excessive heat gain. Architects are now exploring new design technologies to create sustainable, aesthetically pleasing façades.

The field of architecture is undergoing radical changes, with the façade of buildings transitioning from a static exterior to a dynamic canvas that reflects a building's identity, efficiency, and sustainability. Advancements in design, technology, and functionality have given birth to a new generation of façade panels, pushing the boundaries of conventional construction. Façades have drastically evolved, from grand stone exteriors to sleek, modern designs. As the world strives to build smarter, greener and more visually appealing structures, the focus is now on the latest innovations in façade panels.

The Internet of Things (IoT) has led to the development of smart façades for buildings, a new technology that responds dynamically to environmental changes. These innovative panels are equipped with sensors, actuators, and automated systems, allowing them to self-regulate and adjust to optimize daylight, temperature, and ventilation. As a result, they not only create a more comfortable indoor environment but also significantly reduce the building's energy consumption and carbon footprint. Therefore, smart façades represent a perfect blend of technology, sustainability, and occupant well-being.