Digital twins: a smart solution.

Digitisation in design and planning is not a new phenomenon. Building Information Modelling (BIM) has been a longstanding tool empowering designers, architects, engineers, and planners to visualise, collaborate, and optimise their designs in virtual environments for increased innovation and efficiency. However, the recent emergence of digital twins is revolutionising the market and expanding its applications. With the introduction of Apple Inc.’s Vision Pro headset, labelled a ‘spatial computer’, the transition towards virtual and augmented reality in various commercial sectors is gaining traction, signalling a significant shift in the technological landscape.

One of the key areas benefiting from this advancement is spatial design. By integrating BIM technologies with cutting-edge 3D modelling and spatial data capture, the process of scanning rooms and generating precise, true-to-scale 3D models for customised projects has become a game-changer. This enhancement streamlines design processes, allowing stakeholders to collaborate easily and make necessary adjustments efficiently.

In the realm of lighting, the focus on how buildings are illuminated has been a subject of extensive research and experimentation. Lighting significantly impacts the ambiance, functionality, and energy efficiency of a building. The rising energy costs and increasing emphasis on sustainability underline the importance of finding efficient lighting solutions. Legislative mandates like the recent amendment to the RoHS Directive are driving the need for innovation and efficiency in lighting technologies.

The exploration of digital twins extends beyond mere illumination to creatively utilise light for enhancing environments. Investing in innovative lighting solutions not only cuts costs but also promotes the adoption of advanced technologies like UV disinfection, which can enhance overall space hygiene and occupant wellbeing. Smart lighting, enabled by quantum dot technology, allows designers to create dynamic lighting environments that mimic natural daylight, influencing circadian rhythms and improving occupant health and productivity.

The demand for dynamic and IoT lighting systems is on the rise, owing to the transformative potential of smart buildings. With digital twins and spatial computing facilitating real-time controls and automation, lighting companies offering integrated solutions are likely to witness a surge in demand for their products. Collaborating with tech platforms in the 3D modelling space to integrate lighting products directly into design applications presents an opportunity for innovation and gathering valuable insights for product development.

Embracing digital twins and spatial design in lighting has the capacity to reshape conventional practices in aesthetics, functionality, sustainability, occupant comfort, and branding. Integrating virtualisation in strategic lighting designs today promises to unlock transformative possibilities in the future. The realm of lighting design is evolving rapidly, and staying ahead of the curve by leveraging these digital advancements is crucial for businesses looking to thrive in the ever-changing landscape.

This enlightening article was featured in the October 2024 edition of Energy Manager magazine. Stay informed by subscribing here.