Goa has chosen mainly contemporary style lamp post, however for its historical sites – like temples – our Heritage range has been preferred.
Goa, India
2019
Fluid And Power Automations LLP
Antonio Neri
Hydra has been selected to enhance a range of spaces, from the large Stadium, to schools and the small bridges that cross Goa’s many waterways.
Propus lamp post, with tits large leaf decoration adorning the upper part of the base has been chosen for the main streets to recall the beautiful flower-filled park that makes Goa such a privileged city. Pairs of ‘Light 23’ luminaires have been positioned in parallel along two-lane roads, or at different heights to illuminate both road and pavement.
Maia collection with ‘Light 600’ luminaires has been chosen to illuminate sacred architecture.
Read about other projects
Empoli: New Lighting for the Historic Center
Empoli, ITA
Empoli, a lovely town on the border between Florence and Pisa, is rich in historical and architectural beauty. At the heart of the city is Piazza Farinata degli Uberti, also known as Piazza dei Leoni, named after the imposing stone sculptures, that adorn the central fountain. Our Light 803, mounted on the 4215 brackets, illuminates the streets of the historic center. This modern LED lighting system not only enhances the atmosphere but also highlights the beauty of the surroundings and architecture, while also ensuring greater safety.
Neri Products Lighting Projects-Nebula | Chicago
Chicago, USA
The Chicago Riverwalk, known as The Walk, is a blend of urban sophistication and natural beauty. At the heart of this iconic setting, the historic complex at 10 & 120 South Riverside Plazastands as a testament to timeless design. Nebula has been chosen to enhance this iconic space. With its sleek design and ability to blend seamlessly with the architecture, Nebula transforms the riverside experience by highlighting the skyline and casting a warm, welcoming glow over the surrounding area.
Smart Site Specific Light
It is an intelligent, constantly evolving solution that enables the reduction of energy consumption, CO2 emissions, and light pollution, while simultaneously ensuring greater safety, efficiency, and flexibility.