Operating cycle optimization for a Magnus effect-based airborne wind energy system
Energy Conversion and Management（2015）
Abstract
•Operating cycle of a Magnus effect-based AWE system has been optimized.•The cycle trajectory should be vertical and far from the ground based generator.•Vertical trajectory provides high pulling force that drives the generator.•Large distance from the generator is required for the feasibility of the cycle.
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Key words
Airborne wind energy,Magnus effect,Optimal control,Produced energy maximization,Energy production analysis
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