Lighting control - reduce your costs and light emission
Would you like to minimize energy consumption, increase service life, reduce maintenance costs and at the same time reduce light emissions?
You can achieve the best results by upgrading to energy-saving LED luminaires combined with a future-proof lighting control system.
Lighting control is an important component of modern and efficient street lighting. It helps adjust lighting to actual needs, thereby improving energy consumption and light emission, while maintaining safety & compliance with standards.
Traditionally, street lighting often burns all night long, regardless of whether anyone is on the street or not. With sensible lighting control, the light can be adjusted to meet demand.
For bike paths, cul-de-sacs or remote streets, motion sensors can be used to automatically switch on the lighting when a pedestrian or vehicle is detected. The run-on time determines how long the lighting remains on or dimmed up before it is reduced again to a defined minimum. This significantly reduces energy consumption and extends the service life of the luminaires.
On neighborhood streets, lighting can be dimmed or increased as needed. If necessary, the lighting can be increased automatically to ensure better visibility.
For main roads, traffic-dependent lighting control is a good option.
Interact City - number of networked light points
Time-dependent light control
Adjust dimming profiles easily & quickly from the PC
Time-dependent lighting control is used as a basis across the board. Individual dimming calendars are assigned for individual light points, luminaire groups or entire streets, which can be flexibly adjusted at any time via remote access. This reduces laborious work to the light points and optimizes your energy consumption.
Interact City enables flexible response to changing road traffic conditions and standards and guidelines.
In addition, the system can cost-effectively replace today's ripple control.
Light as needed - with dynamic lighting control, the lighting can be optimized even further.
The use of motion sensors such as Eagle Eye Zhaga or Wattstopper is an ecological alternative to minimize light pollution and save energy. This technology is particularly suitable for low-traffic roads, pedestrian and bicycle paths, overland roads, sensitive locations such as nature reserves, areas close to forests or in residential neighborhoods.
.On busy main roads, energy consumption can be reduced to a maximum with a traffic-dependent lighting control system such as TrafficDim. At the same time, safety is ensured and legal standards are met at all times.
