Multisensor (Outdoor)

The radar sensor enables lighting to be adjusted as required. The dual radar has a one-sided, asymmetrical detection range and precisely detects movements up to 145 km/h. The multisensor functions autonomously as a "standalone" solution or networked with each other.

So entire areas can be illuminated as needed and a so-called "leading light" is created: when a sensor in the group detects movement, it automatically dims up and informs the other luminaires in the expected direction of the detected movement. These also increase the light intensity. As soon as no more movement is detected on the street, all luminaires dim back to the basic level. The parameters can be freely selected and easily adjusted at any time via app.

In addition to the radar sensor, which regulates the intensity of the lighting, the integrated brightness sensor ensures that the lights are switched on and off. The light of the luminaires switches on automatically as soon as the stored threshold value of the ambient brightness is undercut, for example at dusk. As soon as the threshold value is exceeded and it is sufficiently bright (for example, at dawn), the lighting switches off again automatically.

The tilt sensor provides data on the tilt angle of the luminaire. It detects an inclined position of the pole and luminaire, e.g. when the candelabra has been approached. The sensor detects the deviation and is able to forward an automatic fault message.

The sensor thus indicates damage that affects the tilt angle of the luminaire (e.g. due to an accident or severe weather). Thus, the necessary repairs can arrange without delay.

The temperature sensor continuously measures the ambient temperature. This data can be helpful for different areas in a city or community. In particular, city planners can make more targeted decisions based on the systematic temperature measurements and, if necessary, initiate measures to improve the quality of life of the inhabitants:

The environmental data collected can be made available to other systems via an open API interface.

Environmental noise is an indicator that can point to the need for action in an area. Based on the data obtained by measuring noise levels, noise pollution in an area can be identified and evaluated at an early stage. In this way, possible complaints from the population can be counteracted in advance. At the same time, the effectiveness of traffic calming measures can be checked and documented.

This data can also be made available to other systems via an open API interface.