July 22, 2026
Taking Action to Support Industrial, Energy, and Digital Transitions
From industrial sites to public infrastructure, including energy and digital systems, Equans France supports local governments, operators, and manufacturers in the Sud region - Provence-Alpes-Côte d’Azur region, supporting local governments, operators, and industrial companies in the design, implementation, and maintenance of solutions essential to their transitions.
With a GDP of 196 billion euros* and a population of over 5.2 million*, the Sud - Provence-Alpes-Côte d’Azur region ranks among France’s leading economic regions. Renowned for its tourist appeal and coastline, it also boasts a significant industrial heritage and plays a strategic role in the nation’s energy sectors.
From the Aix-Marseille-Provence metropolitan area to the nuclear sites at Cadarache and Saint-Paul-lez-Durance, the region is home to essential infrastructure that now faces a dual challenge: successfully completing its energy transition and strengthening its resilience to climate change.
In this context, Equans France acts as an industrial and regional integrator. By combining its expertise in the fields of energy, digital technology, and maintenance, Equans France supports local governments, industrial companies, and major public operators in the design, construction, operation, and modernization of their infrastructure.
This press kit presents several flagship projects organized around three priorities: supporting industrial innovation in the region, developing more connected, energy-efficient, and secure infrastructure, and adapting buildings to climate and energy challenges
Press Kit: Equans in the South
A major player at the heart of industrial, energy, and digital transitions
“ The South region is emblematic of the major transitions currently underway. With its coastline, the appeal of its major cities, and the presence of strategic industrial and energy infrastructure—particularly in the nuclear sector—the region combines economic dynamism with major adaptation challenges. ”
