Avaliação do potencial de energias marinhas na região de São Sebastião

A method of economic analysis and cost assessment for the installation of marine stream turbines.

“…Therefore, the study of the spatial distribution of a turbine farm located in this region becomes interesting, both from an environmental and socioeconomic point of view. (Fortes, 2018) This location has one of the greatest potential for extraction of electricity from the ocean in the State of São Paulo. Thus, it is necessary to explain the main characteristics of the region in order to correctly model the studied scenario.…”

“…The results of his work are presented in table 5, compared with field data of average and maximum values for currents and power densities for the red dot in the São Sebastião Channel (figure 17) for currents at 5m and 15m below the free surface. It is noteworthy, however, that Fortes (2018) states that oceanographic research in São Sebastião shows that the dominant of the current in the channel comes from wind energy, with the tidal component being comparatively insignificant. As such, currents tend to be highly seasonal, but with two directions (Fortes, 2018).…”

“…It is noteworthy, however, that Fortes (2018) states that oceanographic research in São Sebastião shows that the dominant of the current in the channel comes from wind energy, with the tidal component being comparatively insignificant. As such, currents tend to be highly seasonal, but with two directions (Fortes, 2018). The interval between July 1, 2016 and June 30, 2017, was chosen in order to contemplate periods in which there was data collected in the Fortes' work.…”

Modelo para estudo de complementaridade entre fontes intermitentes em plantas híbridas com energias marinhas renováveis, solar e eólica.

“…As diferentes EMR, apesar de estarem num estágio mais anterior de desenvolvimento tecnológico e implementação em relação a outras fontes renováveis como solar e eólica, já foram bastante estudadas (Hu et al, 2022). Na literatura, diversas vantagens são apontadas como: alta densidade de energia (Hu et al, 2022;Bhuiyan et al, 2022), previsibilidade (Forrest et al, 2022), complementaridade com outras fontes e segurança energética (Ellabban et al, 2014;Forrest et al, 2022), aplicação em veículos e instrumentação oceânica (Tian e Yu, 2019), proteção costeira (Manasseh et al, 2017;Kularathna et al, 2019), benefícios sociais para comunidades litorâneas (Lam e Roy, 2014;Dalton et al, 2015;Forrest et al, 2022;Kazimierczuk et al, 2023), não competição por terra (Cui e Zhao, 2022;Rahman et al, 2022) e proximidade com consumidores (Fortes, 2018;Bhuiyan et al, 2022;Kazimierczuk et al, 2023).…”

Echo Character and Sedimentary Processes on the Continental Shelf of the São Paulo State

“…A strong, seasonally variable wind-driven current near SSI has been reported by a mathematical model output. This current flows preferentially to the west with surface velocities up to 3 m/s and depth-averaged velocity of 0.63 m/s(Fortes, 2018) (Figure 47). The occurrence of acoustic echo 3-1 is possibly related to seafloor erosion by the wind-driven current, that would also prevent recent deposition.…”