Fusion energy is the next generation of energy. Plasma confinement is part of the program to develop fusion energy, so many investigations have been performed on it. Grid computing is currently focused on scientific problems like fusion energy or climate. Using grid computing many of these problems, with high computational costs, can be simulated and optimized before implementing special devices. High number of tests can be performed using grid computing in the same time that a single test on a single machine, so researchers can obtain better results in less time than using traditional techniques. In this paper, we present our first steps in grid computing applied into fusion energy, being the starting point to analyse and optimize the configuration of a device for plasma confinement based on the transport inside the device. Finally we propose some goals to use the current work in future investigations.
['A. Gomez-Iglesias', 'Miguel A. Vega-Rodríguez', 'Francisco Castejón-Magaña', 'M.R. del Solar', 'M.C. Montes']
Grid Computing in Order to Implement a Three-Dimensional Magnetohydrodynamic Equilibrium Solver for Plasma Confinement