ESTUDIO TÉCNICO DE VIABILIDAD DE LA CENTRAL HIDROELÉCTRICA PUENTE DE LA CERRADA
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2024-09-18
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Jaén: Universidad de Jaén
Resumen
El presente "Estudio técnico de viabilidad de la central hidroeléctrica Puente de la Cerrada" tiene como
objetivo principal evaluar la rehabilitación de dicha central ubicada en la localidad de San Miguel. El
estudio incluye un análisis técnico del estado civil y equipamiento actual, cálculo hidrológico, cálculo de
costes y la estimación de potencia y energía generada para así poder determinar su viabilidad
económica.
La metodología se basa en el análisis de datos hidrológicos de los últimos 20 años, centrándose en los
caudales de la cuenca del río de un año base. Los resultados obtenidos indican una viabilidad favorable,
con un periodo de amortización adecuado y una rentabilidad positiva. Además, se ha realizado un
análisis de sensibilidad para reforzar los resultados frente a posibles variaciones en los parámetros clave.
The present "Technical feasibility study of the Puente de la Cerrada hydroelectric power plant" aims to evaluate the rehabilitation of the plant located in the town of San Miguel. The study includes a technical analysis of the current civil state and equipment, hydrological calculations, cost estimation, and the evaluation of power and energy generation to determine its economic viability. The methodology is based on the analysis of hydrological data from the past 20 years, focusing on the river basin flow rates for a base year. The results indicate favorable viability, with an appropriate payback period and positive profitability. Additionally, a sensitivity analysis was conducted to strengthen the results against potential variations in key parameters.
The present "Technical feasibility study of the Puente de la Cerrada hydroelectric power plant" aims to evaluate the rehabilitation of the plant located in the town of San Miguel. The study includes a technical analysis of the current civil state and equipment, hydrological calculations, cost estimation, and the evaluation of power and energy generation to determine its economic viability. The methodology is based on the analysis of hydrological data from the past 20 years, focusing on the river basin flow rates for a base year. The results indicate favorable viability, with an appropriate payback period and positive profitability. Additionally, a sensitivity analysis was conducted to strengthen the results against potential variations in key parameters.