The rise of smart buildings has been accelerating in recent years, with more and more electronics and IoT devices being used to manage an array of systems throughout a facility.
One of the most prominent areas where this technology is making a significant impact is the lighting control industry.
The global lighting control system market size is slated to expand at a CAGR of ~17.80% between 2023 and 2035 and is projected to generate revenue of USD 218.44 billion by the end of 2035. (Source: Research Nester)
Once considered basic systems that simply turn lights on and off, lighting mechanisms now incorporate sophisticated controls that allow them to respond to changing conditions, adapt to occupant preferences, and save energy.
As a result, power supplies used in these systems are growing in demand, and this trend will continue for several years.
Several factors, including occupant satisfaction, energy savings, and the desire for greater flexibility and future-proofing, drive the trend toward smarter lighting systems.
A recent study found that demand for all smart lighting device features has increased over the past three years, and the desire for smart lighting products to work with other smart home devices has quadrupled. Interoperability standards such as Matter allow smart devices on different platforms to work together and will fuel growth into the foreseeable future.
This increased interest is mirrored in commercial buildings, where IoT-enabled lighting systems are used more frequently in new construction projects and retrofits.
In fact, retrofit installations are expected to account for a higher market share than new installation types due to their cost-effectiveness and easy-to-install features.
While LED lighting isn’t new, it is a key technology driving smart building innovation.
LEDs offer several advantages over traditional lighting systems, including greater energy efficiency, longer lifespan, and the ability to control the color temperature and brightness.
However, LED lighting requires specialized drivers to convert the high-voltage AC power from the grid into the low-voltage DC power that LEDs require. These drivers must be efficient, reliable, and compatible with various LED modules and control systems.
An ideal LED driver should provide precise, flicker-free dimming performance, rugged and reliable electrical and mechanical design, and compatibility with a range of wired and wireless lighting control protocols. The driver should also be designed with an eye towards energy efficiency, with the ability to reduce energy use during periods of low occupancy or when daylighting is available.
To meet these demands, the experts at GRE Alpha have been developing a range of LED drivers that incorporate the latest technologies and design innovations. These drivers offer flexible dimming profiles and advanced thermal management and stand up well to environmental stresses, such as temperature and humidity fluctuations.
Furthermore, GRE Alpha dimming modules support a variety of lighting control protocols, including Casambi, DALI, DMX, 0-10V, and BLE Wireless.
As smart buildings become more commonplace, the need for reliable, efficient, and flexible lighting systems will grow.
Finding the right power supplies will play a critical role in powering these systems, facilitating their scalability, and improving their responsiveness and energy efficiency. With the right technology in place, these systems can provide comfort, convenience, and savings to building occupants and owners while contributing to modern facilities' sustainability goals.
You can check out one of our articles for more information on GRE Alpha’s technology and advice on selecting and protecting LED powering solutions.
Filed in: Company News