ONE LIGHT AT A TIME
LightZero's Sustainable
Lighting Solution
Our technology has energy and environmental advantages that will impact not only our lives but also the future of our society.
85%
reduction in carbon footprint of installed lighting
99%
recyclable
Technology and Alternate Energy
Today a truly sustainable lighting system must be installed using the least amount of our planets non-renewable resources and be able to take advantage of wind, solar and other alternate sources of energy. LightZero produces products that exceed any other manufacturer’s attention to these constraints by requiring a minimal amount of category cable to connect fixtures and controls, removing drivers and PoE nodes from fixtures which minimizes heat from lighting in the occupied space and integrating programmable control of illumination with the added ability to connect directly to alternate sources of power.
Longevity
One advantage of LED illumination is its longevity. We design our LEDs to have a superior operational lifetime – 120,000-hour LM 80 rating at 240 lumens per watt. That is 10 times longer than compact fluorescent lamps (CFLs), 100 times longer than the typical incandescent bulb and 2 times longer than the LEDs found today in most commercial fixtures. This results in lower replacement and maintenance costs.
Energy Efficiency
When compared to traditional incandescent bulbs and fluorescent lamps the LED consumes 50% – 80% less energy. LightZero’s LED technology increases this reduction in energy to between 85% and 90%, in addition to producing virtually no heat in the occupied space, lowering air conditioning costs.
Environmentally Friendly
LightZero’s technology has the lowest carbon footprint of any installed lighting system on the planet. Virtually all materials used for production are recycled and all of LightZero’s manufactured products are 99% recyclable at end-of-life.
Low UV Emissions
LightZero’s fixtures produce virtually no UV emissions, radio frequency radiation, electromagnetic radiation, or frequencies in the blue area of the spectrum that are detrimental to human exposure. This provides illumination that is safer for the human biological system and less detrimental to UV-sensitive items such as those found in food processing, markets, museums, art galleries, etc.
