Lighting Control System Market Trends

Growth Drivers

• Surging demand for human-centric lighting: Organizations are focusing on human-centric lighting systems as these systems match color temperature and intensity with natural circadian rhythms to promote both well-being and productivity. These lighting systems are extensively used in buildings in office spaces, hospitals, and educational institutions to deliver better comfort while enhancing operating efficiency.  Companies are introducing improved lighting technologies that cater to individual customer needs and human-centric requirements. In January 2024, Signify launched its new Philips Hue products and accessories, which enable consumers to create personalized lighting setups. The trend is indicating rising consumer interest in adaptable illumination devices that simultaneously enhance design quality while using light to regulate natural sleep-wake cycles.
   
• Rising construction of commercial and industrial spaces: The rising construction activities involving commercial complexes, shopping malls, and industrial facilities in many parts of the globe are fueling the demand for integrated lighting control systems. The installation of these systems makes it possible to maximize lighting efficiency within extensive infrastructure networks, thus improving safety and operational efficiency. The implementation of networked lighting control (NLC) technologies is also fostering the lighting control system market growth, as these systems offer intelligent automation as well as management of lighting across properties. Lighting controls integrated with sensors for light levels and occupancy are creating more efficient energy usage, contributing to better comfort alongside optimized space use.

Challenges

• Limited awareness and technical expertise: The adoption of lighting control systems is facing significant resistance due to specialized competency shortages in developing areas. Current users, facility managers, and building operators, lack fundamental awareness regarding the energy-saving potential, cost reduction features, and enhanced productivity aspects that control systems provide. Improper understanding of lighting control solutions causes decision-making authorities to exclude these options from infrastructure development and renovation phases. The absence of skilled professionals capable of designing, installing, and maintaining advanced lighting control systems leads to improper implementation and operational inefficiencies. This skill gap not only affects system performance but also deters potential users who fear system complexity and potential downtime due to a lack of support.