Pumping kite generator systems (KGS) represent a novel and exciting concept for future
wind energy harvesting at higher altitudes where the wind is more reliable, stable, and
highly predictable. The configuration of such systems generally employs a flying tethered
kite attached to a generator/motor and connected to the grid using a power electronic
interface. This work aims to enhance control system efficiency and increase the generated
power by improving the speed control of the generator. To this end, an uncertainty and …