LED Lighting / Solar luminaire

All In One SLight

Compact Made in Italy solar luminaire, designed for autonomous lighting with zero energy impact. Available in All In One and hybrid versions, it integrates LED source, control electronics, Grade A LiFePO4 batteries and programmable radar sensor.

All In One SLight solar luminaire
Solar LED

Compact solar luminaire with zero energy impact

All In One SLight is designed for public lighting and outdoor areas where grid absorption must be reduced or eliminated. The solution integrates electronics, storage and radar sensor to optimise autonomy, consumption and lighting comfort.

  • Applications: roads, public areas, parking lots, pedestrian paths, cycle paths, parks and contexts without immediate grid availability.
  • Zero impatto energetico: autonomous solar solution designed to reduce grid consumption and use photovoltaic energy.
  • Accumulo: long-life Grade A LiFePO4 batteries, designed to ensure reliability over time.
  • Radar programmabile: radar sensor configurable by time slots and light-output increase when people or vehicles pass by.
All In One

All In One version

Compact solution with panel, luminaire, control electronics and battery integrated into a single system, ideal for fast autonomous installations.

  • Recommended for isolated light points, paths, green areas, car parks and cycle paths.
  • Zero energy impact thanks to solar power supply and intelligent storage management.
  • Programmable radar sensor for time bands and light increase on passage.
  • Grade A LiFePO4 batteries with long life and optimized charge/discharge cycles.
Ibrida

Hybrid version

Configuration designed for applications where the solar source can be supported or integrated with other power sources, increasing system flexibility.

  • Suitable for contexts requiring greater service continuity or more flexible energy management.
  • Grade A LiFePO4 batteries with long life and optimized charge/discharge cycles.
  • Made in Italy product, configurable according to the project and required autonomy.