PROJECT TITLE :
Effect of the Electrical Energy Conversion on Optimal Cycles for Pumping Airborne Wind Energy
Airborne wind energy harvesting offers an alternative to ancient wind turbines by flying crosswind cycles with a tethered airfoil. By reeling in and out the tether periodically, net electrical power can be generated. When looking for the optimal cycle to fly, one ought to optimize for maximal electrical power generation. However, the conversion from mechanical to electrical power was not nonetheless included in the models. During this paper, it's shown that by together with an electrical energy conversion model into cycle optimization, the electrical output of the system will increase and therefore the acquired system will be employed in a broader vary of wind speeds. The approach is illustrated with experimentally verified models.
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