Our Street Light Management solutions enable the control and remote management of the street lighting equipment… and beyond

The LACROIX City Street Lighting management solutions enable to provide light when and where it’s needed, at the right level. With our solution, cities and operators can control and optimize their street lighting network efficiently.

Our unique Street Light management extended offer enable you to :

  • Choose the right solution depending on your current and future needs and environmental constraints
  • Sustain and adapt your local infrastructure depending these needs
  • Transform the street lighting network into a permanent power supply network for new services, without civil works
  • Transform the street lighting network into a scalable communication network for other city sensors
  • Control and monitor street light cabinet, light points and other services supplied by the street lighting network
  • Gather and analyze street light cabinet, light points and other services consumption of pathways
1
2
3
4
5
Map

Compatible

1

Connected control of lighting cabinet

  • Connected control of lighting cabinet

    READ MORE

2

Connected management of street lighing cabinets

  • Connected control of street lighting.

  • Monitoring of the street lighting cabinet.

  • Reporting and analysis of consumption

    READ MORE

3

Connected management of the cabinet and the light points

  • Connected management of the cabinet

  • Monitoring of each light point

  • Control of each light point

    READ MORE

4

Connected management of the cabinet, light points and third-part services

  • Connected management of the cabinet

  • Monitoring of each light point and third part services

  • Control of each light point and third part services

  • Reporting of the consumption of each light point and third part services

    READ MORE

5

Connected management of NEMA and Zhaga light points

  • ,Control and dimming of street lighting at the light point

  • Monitoring of each light point.

  • Feedback and analysis of the consumption of the light point

    READ MORE