Renewables adapted to each territory
Solar, geothermal, wind, hydroelectric, wave and tidal energy, and bioenergy offer different possibilities. The choice depends on local resources, geography and the strengths and limits of each source.
Energy / A different view of the city
01 / The vision
Clean energy and smarter consumption for resilient cities.
The energy transition combines clean production with better control of consumption. Choosing renewable sources suited to local conditions, strengthening energy networks and monitoring performance in real time helps cities preserve resources and reduce their environmental footprint. Sustainable financing and citizen engagement support this transition, alongside a method that moves from diagnosis to a tailored solution and an implementation roadmap.
A glimpse of what is possible
In harmony with the landscape.
02 / The approach
A new energy landscape.
Reliable networks, fewer losses
Network capacity, stable supply and efficient distribution underpin energy security. Integrating renewables and identifying losses helps improve efficiency and control costs.
Measure, control and maintain
Connected systems combine real-time measurement, control, continuous monitoring and alerts. Together, these tools support consumption adjustments, proactive maintenance and energy availability.
Finance and citizen engagement
Fair tariffs, flexible billing, dedicated investment funds and market stability support clean-energy projects. Education, awareness and user feedback encourage responsible consumption.
From diagnosis to implementation
Start with a reliable diagnosis, establish recommendations, choose a solution suited to the project's vision and context, and define a roadmap. Use that roadmap to assess investment costs and expected benefits.
03 / The perspective
Less waste. More possibility.
Inspired by De la Smart City à l'Énergie Verte
Amine Serraj · Clean Energy / Energy Performance · pp. 70–91