Smart Street Evolution - Connected Public Lighting

System overview:

Smart Street Evolution is a connected, educational public lighting system incorporating numerous technological innovations. It is based on real-world installations and implements a street lighting infrastructure that complies with the NF C 14-100 and NF C 17-200 standards.

Developed in collaboration with Lacroix City, Smart Street Evolution integrates smart lighting with remote management of the electrical cabinet and remote management at the light point using the Tegis Lighting Plus solution from Lacroix City, enabling it to perform key technical functions:

• Control public lighting infrastructure
• Improve quality of service
• Control electricity consumption to optimize energy performance

Smart Street Evolution goes even further and uses public lighting infrastructure to integrate related services:

• Security with video surveillance
• Sound animation with digital loudspeakers
• Visual entertainment with animated and festive lighting
• Communication with a mobile broadband network
• Environment with electric vehicle charging stations, urban environmental sensors, etc.

Smart Street Evolution transforms public lighting into a true electrical and digital platform and responds to the challenges of the Smart City.

This educational system is mainly intended for activities involving implementation, commissioning with adjustments and configurations, operation (real-time control and management) and maintenance.

The system consists of:

• A street cabinet with CIBE, CCPI, AGCP and an area incorporating protection, control/command (Tegis Control Unit)
• Three LED street lighting poles with lamppost base boxes and Citypak
• Cabling components for street or parking lot installations.

Teaching:

The Smart Street system comes with accompanying documents comprising three files (technical, recording and communication media, Health, Safety, and Environmental Protection related to operations) and 9 educational scenarios in Cpro format with detailed instructions and answer keys.

Scenario 1: Discovering the "Connected Public Lighting" system. Students follow a tutorial that guides them through a scenario in which they discover the components of the public lighting system, how it works, and its technological and environmental developments.

Scenario 2: Network connections, NFC 14 100, CIBE, and S17 cabinet control panel. Students learn about the differences between various cabling standards and follow a two-part connection guide. CIBE and control panel.

Scenario 3: Installation and wiring of a "Street and parking lot" type public lighting outlet. Installation and wiring of control and power circuits in the S17 control cabinet.

Scenario 4: Installation, connection, and wiring of electrical equipment for a streetlight. Connection and equipment of the "streetlight base box" protection box, the Citypak Tegis and the LED lighting with DALI control.

Scenario 5: Installation and wiring of the "security and management" circuits of the S17 control cabinet. Wiring of auxiliary circuits as well as heating and lighting management circuits of the S17 cabinet