which is close to the traditional light distribution

The use of LED lighting can be a great advantage in gaining LEED (Leadership in Energy and Environmental Design) certification. LED lighting is becoming an exciting design element in sustainable design projects, according to Tom Liebel, AIA, LEED AP, Associate Principal at led high bay light, Thomas Architects. Furthermore, the use of LED lighting for general illumination can dramatically lower a building’s energy-density, allowing an architect to re-introduce accent or decorative lighting—something that is sometimes sacrificed in buildings pursuing LED certification today.

The LR24 delivers high light levels at only 0.5 to 0.75 watts per square foot. With an elegant 24-inch square form, the LR24 offers architects and designers a modern lighting aesthetic, freeing them from the design constraints of linear-fluorescent technology. The innovative lens is recessed above the ceiling—reducing glare and creating an attractive and comfortable environment.The LR24 has already been recognized for its superior efficacy in the 2008 Lighting for Tomorrow solid-state lighting competition, organized by the American Lighting Association, the U.S. Department of Energy (represented by Pacific Northwest National Laboratory) and the Consortium of Energy Efficiency.

LEDs used in the street lights are multichip LEDs 7w, 10w. The LEDs are of high luminous efficiency up to 75 lumen per watt at white color 5000-6000K. For warm white color tone 2700-3300K, the efficiency can also reach 65 lumen per watt.All street lights are coupled with Everlite’s patented optic lenses special design for street lights. Thanks to the high efficiency led high bay optic lenses, light emitted by the LEDs can be 95% transmitted through the luminaire, and also come out with a batty wing shape light distribution on the ground, which is close to the traditional light distribution curve of the HPS lamps with reflector street light luminaires.

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