Keywords
H62-electrotecnica (MII-E), Planta, generación, solar, fotovoltaica, energía renovable, generación verde., PV, generation, solar, photovoltaic, renewable energy, green generation.
Diseño de una planta solar fotovoltaica real
Abstract
En este proyecto se realiza el diseño completo de la planta solar fotovoltaica La Higuerilla, de 5,48 MWp de potencia pico y 4,48 MWn de potencia nominal, con la que se generarán 8.114 MWh/año (equivalente al consumo anual de 2.029 hogares), reduciendo así las emisiones de CO2 emitidas a la atmósfera en 25.194 tCO2 a lo largo de la vida útil del proyecto.
Como parte del diseño, se incluye la evaluación del terreno, diseño de la planta y la elaboración de planos y cálculos necesarios para su implantación. Se realizan también un estudio de producción y un estudio económico para determinar la viabilidad económica de la planta y se evalúa su impacto medioambiental.
A lo largo de la vida útil de la planta, se inyectará a la red 189,4 GWh de energía y se evitará la emisión de 25.194 tCO2 a la atmósfera. En el aspecto económico, se ha determinado un presupuesto total para la construcción y puesta en marcha de la planta de 3.457.924 €, incluida la infraestructura de evacuación, y se estiman los retornos de la inversión en un VAN de 20.169 € y un TIR del 8,2%.
This project consists of the complete design of the solar photovoltaic plant La Higuerilla, with 5.48 MWp of peak power and 4.48 MWn of nominal power, with which 8,114 MWh/year will be generated (equivalent to the annual consumption of 2,029 homes), thus reducing CO2 emissions emitted into the atmosphere by 25,194 tCO2 throughout the useful life of the project. As part of the design, it includes the evaluation of the available land, design of the plant and the preparation of plans and calculations necessary for its implementation. A production study and an economic study are also carried out to determine the economic feasibility of the plant and its environmental impact is evaluated. Throughout the life of the plant, 189.4 GWh of energy will be injected into the grid and the emission into the atmosphere of 25,194 tCO2 will be avoided. Regarding the economic aspect, the total budget for the construction and commissioning of the plant has been estimated at € 3,457,924, including the evacuation infrastructure, and the returns on investment are estimated at a NPV of € 20,169 and an IRR of 8.2%.
This project consists of the complete design of the solar photovoltaic plant La Higuerilla, with 5.48 MWp of peak power and 4.48 MWn of nominal power, with which 8,114 MWh/year will be generated (equivalent to the annual consumption of 2,029 homes), thus reducing CO2 emissions emitted into the atmosphere by 25,194 tCO2 throughout the useful life of the project. As part of the design, it includes the evaluation of the available land, design of the plant and the preparation of plans and calculations necessary for its implementation. A production study and an economic study are also carried out to determine the economic feasibility of the plant and its environmental impact is evaluated. Throughout the life of the plant, 189.4 GWh of energy will be injected into the grid and the emission into the atmosphere of 25,194 tCO2 will be avoided. Regarding the economic aspect, the total budget for the construction and commissioning of the plant has been estimated at € 3,457,924, including the evacuation infrastructure, and the returns on investment are estimated at a NPV of € 20,169 and an IRR of 8.2%.
Información detallada
Materias, derechos, colecciones e identificadores
URI / Handle
http://hdl.handle.net/11531/72507Rights
Attribution-NonCommercial-NoDerivs 3.0 United States