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Beluco, A., During Filho, F.A., Silva, L.M.R., Silva, J.S., Teixeira, L.E., Vasco, G., Canales, F.A., Rossini, E.G., Souza, J., Daronco, G.C. and Risso, A. (2020) Dataset after Seven Years Simulating Hybrid Energy Systems with Homer Legacy. Data Science Journal, 19, 14.
https://doi.org/10.5334/dsj-2020-014

has been cited by the following article:

• TITLE: Feasibility Limits for a Hybrid System with Ocean Wave and Ocean Current Power Plants in Southern Coast of Brazil

  AUTHORS: Andrea Fischer, Jones S. Silva, Alexandre Beluco

  KEYWORDS: Hybrid Energy Systems, Ocean Wave Power Plants, Ocean Current Power Plants, Feasibility Limits, New Technologies, Software Homer

  JOURNAL NAME: Computational Water, Energy, and Environmental Engineering, Vol.10 No.1, December 1, 2020

  ABSTRACT: Some types of renewable energy have been experiencing rapid evolution in recent decades, notably among the energies associated with the oceans, such as wave and current energies. The development of new energy conversion technologies for these two forms of energy has been offering a large number of equipment configurations and plant geometries for energy conversion. This process can be implemented aiming at the result of feasibility studies in places with energy potentials, establishing minimum feasibility limits to be reached. This work aims to contribute in this sense with a feasibility study of a system with ocean wave power plants and with socio-current power plants to be operated on the southern coast of Brazil. This study evaluates a hybrid system with contributions from energy supplies obtained from wave plants and current plants, connected to the grid and supplying the demand of the municipalities in the North Coast region of the State of Rio Grande do Sul, the southernmost state of Brazil. The study was carried out with simulations with the Homer Legacy software, with some adaptations for the simulation of ocean wave plants and ocean current plants. The results indicate that the ocean wave power plants were viable in the vast majority of simulated scenarios, while the ocean current power plants were viable in the scenarios with more intense average ocean current speeds and with more expensive energy acquired from the interconnected system.