We are creating and providing an ecosystem of smart elements that, through their interconnectivity, bring you all the advantages of a smart building. Such innovation starts with the lights, plugs, and switches but quickly extends to a host of devices that learn from your environment and save you enormous amounts of energy in the process. Not only are our systems Smart, they are Stellar Smart and you’re going to save like never before.
Click below to view or download electrician installation information for all phases of Stellar Smart lighting for use in Sprung Structures.
Each Stellar LED light contains patented WAVE Power Transformation™ technology to protect against power surges and enable seamless A/C line connectivity with other lighting fixtures to dynamically control operations and reduce power usage.
Our enterprise energy monitoring and analytics software dramatically reduces energy and maintenance costs above and beyond standard LEDs.
“Dirty power” is an abnormality in the power quality that is being delivered to a system. These abnormalities can include low power factor, voltage variations, frequency variations, and power surges. All electrical systems are based on a supply of power at a certain voltage and frequency.
Dirty power issues damage typical LED systems and significantly shorten their lifespan.
Stellar’s patented WAVE Power Transformation™ technology solves the dirty power problem by monitoring voltage fluctuations and automatically adjusting light settings to prevent damage.
Bundled together, Stellar Smart lights and controllers connect to electrical equipment and environment sensors across the enterprise to create the Stellar Energy Analytics Network™ to reduce power costs by 50-80%.
Stellar is more than just better LED lights—it’s an integrated power management system.
The central ELC panel communicates to Stellar Smart Lights and receives feedback from Stellar Smart sensors, creating a feedback loop of precise control and valuable insights over internal environment data as well as any electrical equipment or machinery in a facility.
Identify inefficiencies, change lighting schedules, predict and prevent outages and equipment failures.