M Opto Semiconductors’ SFH 5712 digital ambient light sensor regulates the LED’s light intensity depending on lighting conditions. The spectral sensitivity of the sensor matches that of the human eye. This means lighting is regulated perfectly – the brighter the ambient light, the weaker the street luminaires will shine.
The highly efficient LED Golden DRAGON Plus with a light output of 100lm/W has been specifically designed for street lighting and is available in various color temperatures. With its long life of more than 50,000 hours and low maintenance as a result, these robust LEDs are ideally suited to lighting roads, pathways and squares.
With the two semiconductors working together, local governments have an opportunity to achieve significant cost savings.
Efficiency through intelligence
Apart from their long life, another benefit of LEDs for street lighting is their directed light. It shines precisely where it is required, so less light is needlessly scattered. Overall, less light has to be produced in order to illuminate the road properly. By additionally adjusting the luminaires with the aid of digital brightness sensors, electricity consumption is reduced even more in comparison with conventional lighting solutions and the LEDs’ operating life is increased at the same time.
The Arquicity design street luminaire is also characterised by the low installation work required, so conventional luminaires can be replaced without a problem. The compact luminaire head in combination with the optimised directional characteristics of OSRAM Opto Semiconductors’ LEDs provides light distribution that meets street lighting requirements. This also improves safety for road users.
Rainer Friedrichs, Marketing Director at OSRAM Opto Semiconductors, explains, “More than 4,000 Arquicity lamps in various projects already provide proof of how efficient state-of-the-art street lighting can be. Intelligent light management is made possible by coordinating the interaction of light sources and sensors based on semiconductors.”