PoE Lighting Ohio believes information technology (IT) and lighting used to be separate worlds. The necessity to create a bridge between these worlds, not only from a technical standpoint but also from the perspective of understanding what is important to each industry has led to a connected PoE Lighting system. LEDs far outperform the lumens output of older lighting technologies. Today, the Luminetworx™ PoE standard for LED is 30W.
Power over Ethernet (PoE) lighting is transforming the lighting industry and the industries it serves. While PoE Lighting Ohio is being used mainly commercial buildings, it is poised to break out into the residential and industrial sectors. The affordability and higher efficiencies are driving the use of PoE lighting Ohio in commercial buildings, making possible concepts such as the smart building and other applications that drive efficiency and productivity. Property owners and management companies of buildings are beginning to perceive PoE lighting as an asset that enables practical applications for the Internet of Things (IoT) and smart buildings while adding significant value to buildings and companies.
PoE Lighting penetration in commercial buildings is reaching critical mass, making it cost competitive with other lighting technologies and enabling deeper market penetration. This represents one of the key elements driving the introduction of PoE lighting Ohio. New buildings are the best candidates for PoE lighting systems, which can be designed as part of a building’s infrastructure.
Olympus™ Control System
The adoption of PoE devices in commercial buildings is accelerating interest in PoE lighting Ohio because more efficient and higher performance controls makes it more affordable in commercial buildings. To date, the lighting industry has focused mostly on retrofitting existing lighting fixtures with LEDs to replace older technologies, such as fluorescent and compact fluorescent lighting. PoE powered LED, however, not only improves efficiency but also provides better light quality, smoother intensity/ dimming control, and dynamically adjustable color temperature, providing the right light when and where it is needed. This results in improved worker comfort and more interactive and purposeful lighting and spaces for people. The ability to migrate lighting control to network IP-based infrastructure makes lighting a service and an IoT building asset that can be controlled and automated along with other building functions though the use of a B.A.S.