Bibliographic citations
Silva, K., (2024). El proceso de jerarquía analítica y sensibilidad socioambiental aplicado a la validación de ruta del proyecto de transmisión eléctrica COYA [Universidad Nacional Agraria La Molina]. https://hdl.handle.net/20.500.12996/6649
Silva, K., El proceso de jerarquía analítica y sensibilidad socioambiental aplicado a la validación de ruta del proyecto de transmisión eléctrica COYA []. PE: Universidad Nacional Agraria La Molina; 2024. https://hdl.handle.net/20.500.12996/6649
@misc{renati/506848,
title = "El proceso de jerarquía analítica y sensibilidad socioambiental aplicado a la validación de ruta del proyecto de transmisión eléctrica COYA",
author = "Silva Castro, Katya Angelot",
publisher = "Universidad Nacional Agraria La Molina",
year = "2024"
}
The electric power industry faces the challenge of meeting growing global demand, highlighting the need to build and improve transmission infrastructure (Kishore & Singal, 2014). Component that must consider environmental, social and economic aspects to determine the viability of the project, with early evaluation being essential (Arica, Morales, & Rivera, 2020). Furthermore, early optimization can minimize environmental impacts and reduce business costs (Vega, 2013). The lack of information to define optimal transmission line routes highlights the need for a quantitative methodology in decision making (Ekel, et al., 2019) in conjunction with using geographic information systems (GIS) to reduce costs and losses of energy, using location-based digital tools to minimize errors in the identification of potential areas (Moradi et al., 2020). Reason why this research addresses the importance of a careful route definition in projects through a methodological instrument that combines the analytical hierarchy process with the use of GIS to establish socio environmental sensitivity for the identification of critical areas in the planning of the transmission line project “500 kV Mantaro – Nueva Yanango – Carapongo and Associated Substations Link” (COYA Project). The study identifies 9 differentiated environmental criteria in the physical, biological and socioeconomic components, evaluated by 12 experts to quantify their importance and achieve the socio-environmental sensitivity map, whose overlap with the real outline of the COYA Project confirms the effectiveness of the methodology in reducing the socio-environmental impact in planning. This approach also allows the generation of tactical and strategic maps that serve as support tools for decision making and can be used independently according to the requirements of the project developer.
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