Home Solar lighting blog Case studies Smart solar lighting for a building site in Bordeaux
Located in South West France, Bordeaux is an attractive city that keeps on developing to face a growing demand for housing and workspace, in a region with strong economical potential and great quality of life. Brazza neighborhood on the right bank of the city is an illustration of these ambitious real estate projects, meeting the growing needs of the population.
Bordeaux, FRANCE
Sunna Design recently contributed to the erection of Brazza district, a big project supervised by real estate developer ADIM, an affiliate of VINCI Construction France. Thanks to the collaboration of seven partner promoters, ADIM carries out the reconversion works of an ancient industrial site. Initiated in may 2020, these urban developments extend over a floor area of 50.000m2 including offices, parking lots, student apartments and sport facilities, all to be inaugurated in early 2023.
Sunna Design solar solutions have been selected to light a construction site of the ADIM consortium, including 5000m2 of hotel residences, 2200m2 of offices, 5800m2 of sport and leisure facilities, and 600 parking lots. About ten UP2 Detect street lights were installed so that the works undertaken by Citeos Bordeaux could benefit from temporary lighting. Connected and versatile, these solar street lights have been especially designed for the illumination of car parks and industrial sites
ADIM Nouvelle-Aquitaine chose Sunna Design for the many benefits its solar lighting solutions have to offer: easy to install and relocate as needed, they avoid cables thus facilitating work for all those involved in the building site, while ensuring rugged equipment and efficient lighting.
With its Factory of the Future located in Blanquefort (Bordeaux area), Sunna Design was a natural partner for the Brazza district project, offering an eco-friendly lighting solution, with its presence detector allowing the site to be lit only when necessary. UP2 Detect street lights protect the surrounding areas from light pollution and allow energy savings at the same time.
Intelligent solar lighting for a promising real estate project: this is the challenge that brought together ADIM Nouvelle-Aquitaine, Citeos Bordeaux and Sunna Design, on Brazza construction site.
2022
UP2
Citeos
The UP1 is a reliable and robust stand-alone solar lighting solution, particularly suitable for pedestrian, bicycle path and car park lighting. This innovative product offers a very simple and fast installation with un- matched performance and connected services such as SunnAPP.
Do you have a similar project or any other project? Talk to our sales team!
As part of its commitment to enhancing its public lighting system, the municipality of Cambes, supported by the Gironde Departmental Syndicate for Energy and Environment (SDEEG), has opted for autonomous street lamps. Sunna Design’s solar solutions were chosen for this project, their extensive range effectively meeting the specific needs of the two involved areas. […]
Safety and durability were the two main criteria mentioned by the managers of Faro Airport in Portugal when defining their lighting project for the bus stop and the outdoor traffic area of the airport. Unsurprisingly, a solar street lighting system met all their requirements and was selected for the areas in question. By using […]
Saly, a beach resort along the Senegalese coast, now shines with a new light thanks to the expertise of Sunna Design in intelligent solar lighting. This collaboration with Schneider Electric has led to a significant project. It involved installing 350 Maxi Road streetlights incorporating motion detectors to light the roads connecting the center of […]
Located in the southern part of the Tarn et Garonne department (82), the municipality of Bessens demonstrates its commitment to innovation and sustainability with its recent solar lighting project. Driven by its desire for an energy transition, the town hall of Bessens faced a significant challenge: finding a reliable and environmentally friendly autonomous lighting […]