We transform lighting into an intelligent, connected and optimized system in real time, which adapts to the way the space is used and reduces energy consumption. We integrate sensors, automations and control platforms to provide complete visibility, operational efficiency and a high level of comfort and safety in operation.
Complete smart lightning solutions for smart cities
We offer complete services for the design, implementation and integration of smart lighting systems, dedicated to cities, industrial areas and public infrastructures. Through the combination of state-of-the-art LED technology, IoT sensors and digital control platforms, we transform lighting networks into interconnected, efficient and manageable systems. Each project is developed with a complete EPC approach — from technical analysis and equipment sizing, to installation, network integration and monitoring through our own platforms.
more energy efficient
Maintenance costs
Power Consumption
*according to Bachanek, K.H.; Tundys, B.; Wiśniewski, T.; Puzio, E.; Maroušková, A. (2021). “Intelligent Street Lighting in a Smart City Concepts — A Direction to Energy Saving in Cities: An Overview and Case Study.” Energies, 14(11), 3018.
Evaluation of the condition of lighting fixtures, consumption, malfunctions.
High-performance LED solutions, smart drivers, local and centralized control
Implementation of presence sensors, ambient light, dimming control, remote management.
Networks of lighting points for streets, industrial areas, logistics parks, commercial areas.
Real-time lighting monitoring, fault reporting, automatic optimization interventions.
Remote management system for the lighting network: automatic control, monitoring and optimization of consumption.
Adrem Light is the remote management system that connects, controls and monitors the entire lighting network, from a single command point.
The system individually manages each luminaire in the network — on, off, dimming — and maintains the luminous flux at the set parameters, with automatic adjustment according to field conditions. Faults are automatically detected and located, and the reports generated by the system form the basis of a preventive maintenance program.
Communication between the ignition points and the distribution boxes is via the power grid or WiFi, without additional infrastructure.
The result: precise control, low operating costs, lighting network ready for today’s energy efficiency requirements.
