WHAT ARE CONNECTED LIGHTING SYSTEMS

1. WHAT ARE CONNECTED LIGHTING SYSTEMS? The connected lighting system (CLS) technology is still in its early stages of development, so there are still many unknowns regarding its functionality, its ability to conserve energy, and if it will provide enough advantages and value-added features to make the investment worthwhile. Several DOE studies are now in progress to identify and solve the technology development needs of CLS. The linked lighting test bed (CLTB), created and run by Pacific Northwest National Laboratory, is crucial to this research (PNNL). The findings of technical feasibility investigations conducted by the CLTB help to build industry standards and model specifications by increasing visibility and transparency about what works and what doesn't. They also alert technology developers to necessary modifications. Connected lighting test bed Equipment for both indoor and outdoor lighting can be installed on the connected lighting test bed (CLTB). For mounting indoor lighting luminaires, there are two different ceiling grids available. Each has a vertically adjustable height, making it simple to install and allowing you to select different luminaire heights. Plug-and-socket interfaces for rapid electrical connections, circuit-level power, and energy metering are in the electrical panels that feed the grids. Power over Ethernet (PoE) luminaires can be supplied by distributed PoE switches in the ceiling grids or centralized buttons in the CLTB Information Technology room, depending on their position. Building mock rooms that make it easier to assess how obstructions affect wireless communication and sensor performance is made possible by modular wall and flooring solutions. Again, plug-and-socket interfaces make it simple to make electrical connections. The CLTB also features a specific infrastructure for luminaires used for street lighting and wireless communication gateways needed for remote monitoring and configuration. Thanks to electrical switching infrastructure, specific circuits in ceiling grids and outdoor iot connected lighting infrastructure can be connected to programmable power sources instead of the electrical panel. This makes it easier to assess how resilient lighting devices are to electrical anomalies and other factors. How are entrepreneurs revolutionalizing the connected lighting industry?

2. In 2014, LED adoption had already begun when Sam Sinai, a co-founder of Deco Lighting, and his business partners asked about the "What If" issue. This question has been the catalyst for several entrepreneur-inspired product revolutions. If Deco were successful in integrating wireless technology into every fixture's power source, the institution would no longer be a static component of the building's infrastructure but rather an intelligent device capable of gathering and disseminating information, being controlled and automated in support of energy efficiency mandates, and capable of a variety of other tasks. Sinai considered the solid-state and digital trace left by the LED technology in this instance and pondered what might have been. Sinai and the Deco Lighting team have been painstakingly working to create and introduce a ground-breaking connected lighting platform since they were granted a patent in 2017. With the help of wireless driver technology, this creative strategy makes linked iot connected lighting benefits accessible to the estimated 97% of the market that previously thought it was too complicated and expensive. Because it maintains, controls, and monitors lighting systems, INTERACT is the finest option if you're looking for a reputable connected lighting software brand. https://www.interact-lighting.com/ E-mail: natasha.tandon@signify.com Call us: 000 800 050 7777*