Keywords
KTI-electricidad (GITI-E), Energía Eólica Renovables Proyecto España Terreno Onshore, Wind Farm Development Land-based Spain Renewable Energy
Proyecto de ejecución de un parque eólico terrestre en A Coruña
Abstract
El proyecto consiste en el desarrollo de un parque eólico en España. Se enfoca en seleccionar la ubicación más adecuada y la tecnología óptima para garantizar su viabilidad económica y ambiental. Para lograrlo, se establecen criterios como una capacidad mínima de 50 MW, terrenos llanos, cercanía a subestaciones eléctricas de al menos 220 kV, y la ausencia de afectación a espacios naturales protegidos o instalaciones incompatibles en el sitio.
El proceso inicia con un estudio del recurso eólico en diversas ubicaciones para identificar el emplazamiento óptimo. Posteriormente, se evalúan las tecnologías disponibles para seleccionar la más eficiente y rentable en términos energéticos y económicos. Una vez definidos el lugar y la tecnología, se planifican las fases de construcción del parque, teniendo en cuenta aspectos logísticos e infraestructurales para asegurar un desarrollo eficiente y seguro.
Finalmente, se realiza un análisis financiero completo que examina los costos de inversión, operación y mantenimiento del parque, así como los ingresos esperados por la venta de energía. Este análisis es crucial para determinar la viabilidad económica a largo plazo del proyecto.
The project consists of developing a wind farm in Spain. It focuses on selecting the most suitable location and optimal technology to ensure its economic and environmental viability. To achieve this, criteria such as a minimum capacity of 50 MW, flat terrain, proximity to electrical substations of at least 220 kV, and the absence of impact on protected natural areas or incompatible installations on-site are established. The process begins with a study of the wind resource in various locations to identify the optimal site. Subsequently, available technologies are evaluated to select the most efficient and cost-effective in terms of energy and economics. Once the location and technology are defined, the construction phases of the wind farm are planned, taking into account logistical and infrastructural aspects to ensure efficient and safe development. Finally, a comprehensive financial analysis is conducted, examining the investment, operational, and maintenance costs of the wind farm, as well as the expected revenue from energy sales. This analysis is crucial for determining the long-term economic viability of the project.
The project consists of developing a wind farm in Spain. It focuses on selecting the most suitable location and optimal technology to ensure its economic and environmental viability. To achieve this, criteria such as a minimum capacity of 50 MW, flat terrain, proximity to electrical substations of at least 220 kV, and the absence of impact on protected natural areas or incompatible installations on-site are established. The process begins with a study of the wind resource in various locations to identify the optimal site. Subsequently, available technologies are evaluated to select the most efficient and cost-effective in terms of energy and economics. Once the location and technology are defined, the construction phases of the wind farm are planned, taking into account logistical and infrastructural aspects to ensure efficient and safe development. Finally, a comprehensive financial analysis is conducted, examining the investment, operational, and maintenance costs of the wind farm, as well as the expected revenue from energy sales. This analysis is crucial for determining the long-term economic viability of the project.
Información detallada
Materias, derechos, colecciones e identificadores
URI / Handle
http://hdl.handle.net/11531/80159Rights
Attribution-NonCommercial-NoDerivs 3.0 United States