Innovative Reduction of Street Lighting Energy

3 Minute Read

Consumption with Qulon Products

In the quest to reduce the energy consumption of street lighting systems, QULON products emerge as a beacon of innovation. By leveraging advanced street lighting controllers, these systems optimize lighting operation and regulate luminance based on a multitude of factors. This technology achieves substantial energy savings while maintaining safety and visibility in public spaces. Let's delve deeper into the strategies QULON employs to illuminate the future of urban lighting efficiently.


Group Control Simplicity Street Lighting System QULON

Group Control Simplicity

As a foundational approach, QULON group controllers regulate lighting by scaling down illumination during periods of low pedestrian and vehicular activity. This method employs a programmed schedule that selectively deactivates a portion of street lights. 

Such efficiency stems from the QULON family of controllers, which effortlessly handle this task and can deliver savings of up to 50 percent – a significant figure that lightens both the energy load and municipal budgets.

Zoned Lighting Adaptation Street Lighting Control System QULON

Zoned Lighting Adaptation

Progressing to a more sophisticated level, the use of individual control through QULON's Simpline Node, LiTouch Node, and GSM Node lamp controllers introduces the concept of zoning. Here, city lighting is segmented into multiple zones, each with a tailored lighting schedule – or dimming schedule – based on the area's significance and traffic volume. For instance, primary thoroughfares could see reductions up to 30 percent, while secondary streets may witness savings soaring to 60 percent. By customizing light intensity to match specific area needs, QULON ensures energy is used judiciously without compromising urban functionality.

Smart Motion-Detecting Systems Street Lighting Control QULON

Smart Motion-Detecting Systems

At the pinnacle of lighting control complexity, LiTouch Node controllers integrated with motion sensors exemplify state-of-the-art energy-saving capabilities. Ideal for regions experiencing fluctuating levels of activity, these systems adapt to real-time street occupancy by pedestrians and vehicles. By accounting for movement, these sensors activate lights dynamically, yielding potential energy savings of up to an impressive 70 percent. This intelligent method underscores QULON's commitment to harnessing technology for maximum efficiency in energy use.

Comprehensive Integration Platform Street Lighting Control System QULON

Comprehensive Integration Platform

Expanding the horizon, QULON's integration with the Kepler platform presents a holistic approach to street lighting management. This platform capitalizes on the synergy of QULON's sensor network with external traffic data systems and meteorological information to curate the most effective lighting control strategies. The approach is dual-fold: it not only amplifies energy conservation efforts dramatically but also maintains the utmost standards of roadway safety.


In conclusion, QULON's arsenal of cutting-edge products and integration capabilities marks a significant advance in smart street lighting technology. By thoughtfully applying various control methods - from basic scheduling to intricate sensor-based systems - QULON enables cities to navigate the fine balance between reducing energy expenditure and ensuring well-lit, safe urban environments. The future of urban lighting shines bright with QULON, where sustainable energy consumption meets modern-day lighting needs.