Modelo de viabilidad técnico-económico de redes de calor con calderas de biomasa en entornos rurales
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El presente Trabajo de Fin de Máster tiene como objeto analizar la viabilidad técnica, económica y ambiental de la implementación de redes de calor con calderas de biomasa en entornos rurales, utilizando un modelo simplificado para su prediseño.
Para ello, se estudia la demanda térmica de una comunidad rural tipo, se evalúa la disponibilidad y costes de la biomasa como fuente de energía frente a fuentes no renovables, y se simulan diferentes escenarios de implantación para determinar la viabilidad económica del sistema, los costes asociados y el impacto en la reducción de emisiones de CO₂.
Para la estimación de costes, se tomarán como referencia proyectos reales de redes de biomasa ya implementados, lo que permitirá obtener valores más precisos en términos de inversión inicial, operación y mantenimiento.
El trabajo busca proporcionar una herramienta de evaluación que pueda servir de base para la toma de decisiones en proyectos reales, fomentando el uso de energías renovables en zonas rurales.
This Master's Thesis aims to analyze the technical, economic, and environmental feasibility of implementing district heating networks powered by biomass boilers in rural areas, utilizing a simplified model for the pre-design of this type of project. To achieve this, the thermal demand of a typical rural community is studied, the availability and costs of biomass as an energy source is evaluated in comparison to non-renewable sources, and various implementation scenarios are simulated to determine the system's economic viability, associated costs, and impact on CO₂ emissions reduction. For cost estimation, real biomass district heating projects already implemented will be used as references, allowing for more accurate assessment in terms of initial investment, operation, and maintenance. This work seeks to provide an assessment tool that can serve as a basis for decision-making in real projects, promoting the use of renewable energy in rural areas.
This Master's Thesis aims to analyze the technical, economic, and environmental feasibility of implementing district heating networks powered by biomass boilers in rural areas, utilizing a simplified model for the pre-design of this type of project. To achieve this, the thermal demand of a typical rural community is studied, the availability and costs of biomass as an energy source is evaluated in comparison to non-renewable sources, and various implementation scenarios are simulated to determine the system's economic viability, associated costs, and impact on CO₂ emissions reduction. For cost estimation, real biomass district heating projects already implemented will be used as references, allowing for more accurate assessment in terms of initial investment, operation, and maintenance. This work seeks to provide an assessment tool that can serve as a basis for decision-making in real projects, promoting the use of renewable energy in rural areas.
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Except where otherwised noted, this item's license is described as Attribution-NonCommercial-NoDerivatives 4.0 International







