2012
Authors
E. T., B; J. A. Pecas, L; F. J., S; D., R; N., H; K., S; M., F;
Publication
International Journal of Automotive Engineering
Abstract
2012
Authors
Almeida, PMR; Soares, FJ; Lopes, JAP;
Publication
Electric Vehicle Integration into Modern Power Networks
Abstract
2012
Authors
Soares, FJ; Almeida, PMR; Lopes, JAP; Garcia-Valle, R; Marra, F;
Publication
Electric Vehicle Integration into Modern Power Networks
Abstract
2012
Authors
Pedersen, AB; Andersen, B; Johansen, JS; Rua, D; Ruela, J; Lopes, JAP;
Publication
Electric Vehicle Integration into Modern Power Networks
Abstract
2012
Authors
Melo, P; de, R; Esteves, R;
Publication
Induction Motors - Modelling and Control
Abstract
2012
Authors
de Castro, R; Pinto, C; Araujo, RE; Melo, P; Freitas, D;
Publication
2012 IEEE VEHICLE POWER AND PROPULSION CONFERENCE (VPPC)
Abstract
This paper targets the development of hybrid energy storage systems (ESS), based on the batteries-supercapacitors blending. In particular, we will develop two methodologies for the combined sizing/energy management of hybrid ESS. The first method assumes that the division of power between the sources is performed through lowlhigh pass filters, which allow us to evaluate, in a simple and rapid way, the trade-offs and economic gains due to the hybridization. The second approach relies on a nonlinear optimization problem, and seeks the minimization of the installation and electrical charging costs of the sources. Simulation results reveal the existence of a threshold in the EV range, from which the introduction of the supercapacitors is less beneficial in economic terms.
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