Smart Lighting Market to Reach $67.8B by 2031
The global smart lighting market is projected to reach $67.83 billion by 2031, growing at a compound annual growth rate of 19.77% according to a new report from Mordor Intelligence. The Asia-Pacific region is expected to lead with a 37.38% revenue share in 2025. This growth is reportedly driven by a focus on energy efficiency, smart city initiatives, and the adoption of IoT controls in connected buildings.
- The DALI-2 certification, an update to the original DALI protocol, ensures greater interoperability between lighting control devices from different manufacturers through a more rigorous, standardized testing process. This updated standard now includes control devices like sensors and switches, which were not covered under the first version, allowing for more complex and integrated lighting schemes. - AI-driven lighting systems are enhancing building automation by learning occupancy patterns and user behavior to optimize light levels and color temperature in real-time. This not only improves energy efficiency by reducing artificial light when daylight is sufficient but also supports human-centric lighting strategies by adapting to occupants' needs. - Principles of the circular economy are being integrated into luminaire design, emphasizing modularity, repairability, and the use of recyclable materials to minimize waste and extend product lifecycles. The TM66 CEAM assessment method is a tool being used to evaluate and rate the circularity of lighting products. - Human-centric lighting strategies are increasingly focused on the biological effects of light, specifically targeting the body's circadian rhythm. Standards like the WELL Building Standard use metrics such as Equivalent Melanopic Lux (EML) to quantify the impact of light on suppressing melatonin, which influences alertness and sleep cycles. - The integration of IoT allows smart lighting to connect with other building systems, such as security and HVAC, creating a more cohesive and automated environment. This connectivity enables features like scheduling lights to mimic occupancy for security purposes or adjusting lighting in response to real-time energy usage data. - To advance into design leadership roles, a deep, technical knowledge of lighting, often gained through advanced degrees, is crucial for leading project scoping and design. Top lighting design firms like L'Observatoire International and Fisher Marantz Stone are noted for their ability to integrate light seamlessly with architectural design, enhancing the communication of the design itself. - Recent architectural lighting trends featured in publications like Dezeen showcase modular systems with configurable elements, such as the glass-tube system by Form Us With Love, and sculptural, art-like fixtures that serve as functional artworks. Projects are also leveraging lighting to create immersive experiences, like the integration of new media art with lighting to produce prismatic effects at the Hangzhou Prism. - Tunable white technology allows for the adjustment of both color temperature (from warm to cool white) and brightness, which can be controlled manually or automated to follow natural daylight patterns. This technology is a key component in creating lighting that supports circadian rhythms, with the goal of boosting alertness during the day and preparing the body for rest in the evening.