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Meireles, M., Max Alberto López-Maciel, Fátima Lima, Edimar Ramalho, André Oliveira, José Villar...Alves, M. R. (2024). Modeling energy scenarios for the implementation of wind energy facilities: R3EA Project. ICEE 2024 – International Conference on Energy and Environment – Bringing together Engineering and Economics.

M. A. Meireles et al.,  "Modeling energy scenarios for the implementation of wind energy facilities: R3EA Project", in ICEE 2024 – Int. Conf. on Energy and Environment – Bringing together Engineering and Economics, Guimarães, 2024

@misc{meireles2024_1742351303447,
	author = "Meireles, M. and Max Alberto López-Maciel and Fátima Lima and Edimar Ramalho and André Oliveira and José Villar and Madaleno, M. and Marta Ferreira Dias and Alves, M. R.",
	title = "Modeling energy scenarios for the implementation of wind energy facilities: R3EA Project",
	year = "2024",
	howpublished = "Ambos (impresso e digital)"
}

TY  - CPAPER
TI  - Modeling energy scenarios for the implementation of wind energy facilities: R3EA Project
T2  - ICEE 2024 – International Conference on Energy and Environment – Bringing together Engineering and Economics
AU  - Meireles, M.
AU  - Max Alberto López-Maciel
AU  - Fátima Lima
AU  - Edimar Ramalho
AU  - André Oliveira
AU  - José Villar
AU  - Madaleno, M.
AU  - Marta Ferreira Dias
AU  - Alves, M. R.
PY  - 2024
CY  - Guimarães
AB  - Portugal’s electricity generation is characterized by its renewable matrix, with the contribution of high shares of
hydropower, wind, and, more recently, solar power, which accounted for 56% of the country's electricity production
in 2020. The Portuguese government has set ambitious targets for renewable energy development in 2030. In that
sense, the R3EA project (https://r3ea.web.ua.pt/pt/projeto) for the “Economic and Externalities valuation of renewable
energies in Portugal” aims to contribute towards the assessment of the impact of new investments in solar and wind
electricity generation capacity in the Centro Region of Portugal. The main contribution is a global impact assessment,
not only from the traditional perspective of energy generation planning, but also considering the costs and benefits
(externalities) associated with these investments. As such, the R3EA project contributes towards discussing the current
situation of wind and energy energy deployment, with a specific focus on the definition of energy scenarios for future
investments in wind energy facilities for the Centro Region of Portugal, looking to integrate sustainability dimensions.
Although R3EA studies both wind and solar, this study will consider the wind only in its analysis. In this context, this
study promotes a preliminary assessment of the wind power profile and a scenario for the case of Portugal. Expected
results should guide regulatory decisions at the national and regional levels in energy policy.
ER  -