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Nowadays, the global energy generation system relies mostly on fossil fuels. However, their foreseen depletion for the forthcoming decades puts at risk the current schema and suggests a gradual transition to a more self sustainable system. Consequently, the European Union (EU) committed in March 2007 to set a binding target for 20% of the EU's total energy supply to come from renewables by 2020. In this work, we tackle the study of the renewables’ potential for electricity production in the province of Jaen (southern Spain), which has a pronounced unbalance between its inner electricity production and consumption. The potential of biomass from olive trees, solar photovoltaic (PV) and wind power has been analyzed using Geographical Information System tools. As a preliminary result, it has been proposed the installation of 5 biomass facilities, with an estimated production of 735 GWh per year, 10 PV facilities, with an estimated production of 534 GWh per year, and 50 windmills, with an estimated production of 172 GWh per year. Overall, these three resources together would be able to increase the rate of produced to consumed electricity in the province from a 30% to a 77%.

The Magina Project. The Renewables Potential for Electricity Production in the Province of Jaen, Southern Spain