The activity of the Tajogaite volcano generates concern and energy opportunities in Spain.

The recent activity of the Tajogaite volcano in La Palma has once again raised alarms in Spain. This natural phenomenon, which had already demonstrated its destructive power during the 2021 eruption, is generating concern among experts and the public due to the potential impact it may have on the country's safety and energy stability. With the memory of what happened just over two years ago still fresh, the volcanic threat adds to the challenges Spain faces in terms of resource management and infrastructure protection. The movement of the volcano not only affects nearby residents but also poses significant challenges for energy infrastructure. Power plants, distribution networks, and storage systems are vulnerable to an eruptive event. While the country has learned lessons from past experiences, the possibility of physical damage to these structures or blackouts caused by ash accumulation is a risk that cannot be underestimated. Furthermore, seismic tremors associated with volcanic activity can seriously compromise the stability of existing facilities. The previous eruption of the Tajogaite volcano, which lasted for 85 days and culminated in December 2021, left an indelible mark on the collective memory. With damage totaling 842.33 million euros, the destruction was devastating, affecting not only homes and businesses but also the agricultural sector and the environment. Tragically, the volcanic activity claimed the life of a man who, in an attempt to help, ventured into the exclusion zone. This incident underscores the severity of the situation and the importance of adhering to strict safety protocols. In this context of uncertainty, there arises an opportunity to explore geothermal energy as a viable alternative. The Sage4Can project, driven by the University of La Laguna and the Geological and Mining Institute of Spain, seeks to conduct surveys in the lava flows of the volcano to assess the feasibility of utilizing the heat stored in the upper layers of the subsoil. This initiative represents an innovative response that could transform the way energy is produced and consumed in the Canary Islands. However, although geothermal energy presents great potential, the main challenge lies in the initial investment required to carry out the surveys. Understanding how the soil responds to these activities is crucial for determining the viability of this renewable energy source. Despite financial obstacles, recent advancements in geothermal technology are promising and herald a more sustainable future for Spain. Interest in geothermal energy is not only a response to the country's energy needs but also an opportunity to diversify energy sources and reduce dependence on fossil fuels. The transition to a cleaner and more renewable energy model is an increasingly relevant goal in the current global context. It is important to highlight that, despite the opportunities presented by geothermal energy, the safety of the population must always be the priority. Drilling and exploration plans must be accompanied by rigorous safety protocols and constant communication with the local community. The trust of citizens in the decisions made is fundamental to ensuring the acceptance of these projects. In summary, the Tajogaite volcano has once again shown signs of activity, posing both a risk and an opportunity for Spain's energy future. While the memories of the 2021 eruption still resonate in many minds, the possibility of harnessing geothermal energy could represent a significant step toward a more sustainable energy model. The key will be to balance innovation with safety, ensuring that the protection of communities remains at the forefront of the agenda. The public deserves to be informed and prepared to face the challenges that may arise in this volcanic context.