19th July 2022

Solar Street Light 1460

The highly efficient solar luminaires from ATB not only impress with their clear and modern design, but also with their easy installation and uncompromising quality.

The luminaires were developed with integrated solar modules to bring light and safety to places where there is no possibility of power supply.

Even conventional luminaires are partially replaced in order to meet the current requirements for climate protection and climate neutrality.

Whether footpaths and cycle paths, bus stops or car parks – the intelligent control of the luminaires with integrated motion detector, brightness sensor and timer enables the right lighting in all application scenarios.

In the forward-inclined version, there is an even higher efficiency of the solar fields and the possibility to move the luminaire further away from the edge of the path.

Technical data:

  • 4° adjustable rotation 20W LED light head
  • ca. 2400 lm
  • Colour temperature approx. 6500 K (optionally 3000 K)
  • 3 solar panels á 22Wp (66Wp) or 1 × 22Wp Top and 2 × 31Wp Back (84 Wp)
  • 2x 50Ah long-life cycle batteries
  • Weight without battery 53 kg
  • Battery weight 14.8 kg (2 batteries per lantern)


Operating time and sensors:

  • Sunset to sunrise adjustable
  • Customer-specific programmable operating times
  • Motion detector for adjustable brightness levels
  • Brightness sensor to adjust brightness to snow, rain or other environmental conditions


Vandalism and service:

  • Height of the solar fields over 2.5 metres
  • Solar panels made of tempered glass
  • Column aluminium powder coating in standard Fabton RAL 7016
  • Safety lock for battery door
  • Access to CPU and batteries from street side (not integrated on top -> easy maintenance)

ATB Lantern Manager (LaMa)

Self-monitoring management system

  • Easy-to-use web interface for reading out the operating states (battery charge status, warnings / error messages, operating modes, statistical data)
  • Display of the locations (on map with coloured representation of the respective operating states)
  • The processed data can be forwarded by e-mail
  • Location-independent maintenance and service possibility via NB-IoT communication