Integration of Solar Energy into Electric Mobility Infrastructure

The transition to sustainable mobility requires comprehensive solutions that combine renewable energy sources, such as solar energy, with innovative urban planning strategies. Solar energy has established itself as one of the most promising technologies to drive this transformation, thanks to its ability to generate clean, decentralized, and low-environmental-impact electricity. In the context of electric mobility, solar-powered charging stations represent a strategic alternative to reduce dependence on the conventional electricity grid while optimizing the use of urban space. This integration not only responds to the growing energy demand of modern cities but also strengthens the resilience of electrical systems by leveraging local and sustainable resources. Furthermore, the incorporation of geolocation methodologies—such as cluster analysis, segmentation, and spatial correlation—is an essential tool for efficiently reorganizing the territory and planning electric charging infrastructure. These techniques make it possible to identify patterns in energy demand, identify areas of high solar irradiation, and locate urban areas with the highest density of electric vehicles. This facilitates strategic planning that ensures the proper allocation of resources to regions with the greatest potential impact in terms of energy efficiency, coverage, and sustainability.