energy consumption annually compared to traditional lighting methods

The FUNSOM Laboratory focuses on applying novel soft- and nanomaterials in optical and electronic devices. Fundamental research on molecular design and growth is performed by the group to tune the led high bay light specific physical, electrical, chemical and optical properties of the materials. The AIXTRON system enhances their deposition capabilities for carbon, silicon and germanium based nanostructures, allowing them to controllably produce material for various applications.

The new eco-friendly design which allows for series production and global implementation, utilizes innovative technologies and renewable energy to power one-third of the restaurant's energy consumption. A key role in this context falls to long-lasting interior and exterior LED bulbs saving more than 55 percent of energy consumption annually compared to traditional lighting methods.

The parking area is illuminated by six 60 W SL-Dolphin street lights in neutral white with Phoenix lighting pattern featuring a luminous flux of ca. 6,000 lm and a color temperature of 5,000 K. The asymmetric wide view angle ensures high uniformity at pole heights of 6-8 m and therefore is ideally suited for parking and roadway applications. Existing Everlight led high bay are now being shipped with a patented electronic ballast developed and produced in Germany that excels with various dimming options, a life span up to eight times compared to other LED street light solutions or conventional street lights, a high temperature protection mechanism and an outstanding efficiency of 93 percent.