In this dissertation, we address the generation of electrical power using Airborne Wind Energy Systems, comprising a kite connected through a tether to a generator on the ground. We do simulations of the kite model, both in 2D and 3D. Then we design a controller to steer the kite to follow a pre-defined periodic path, which includes a production mode, a tether retrieval mode, and a safe mode capable of handling wind gusts. Finally, we desing a controller based on a nonlinear guidance logic for trajectory tracking and compare the results
Large-scale kites, flying high-force crosswind trajectories, have been proposed for wind power gener...
This thesis approaches recent technologies to produce electric power from wind or water. The use of ...
"Airborne Wind Energy" es una tecnología emergente que se basa en el uso de "kites" (cometas) para g...
In this dissertation, we address the generation of electrical power using Airborne Wind Energy Syste...
In this paper, we address the generation of electrical power using Airborne Wind Energy Systems, com...
The implementation of a path controller to a two-line kite model is presented. Within the first cha...
Airborne wind energy is a field of technology being developed to make use of the vast, renewable win...
International audienceThe growing need of energy, global warming and recent nuclear power plant acci...
For an efficient and reliable operation of an Airborne Wind Energy System, it is widely accepted tha...
Tethered-wing power systems are a viable possibility for collecting energy from stronger, more consi...
Kite energy systems are an emerging renewable energy technology. Unlike conventional turbines, kite ...
International audienceThis paper deals principally with the grid connection problem of a kite-based ...
A compact flight dynamics model of a kite is developed by using Lagrangian formulation. The lengths ...
A compact flight dynamics model of a kite is developed by using Lagrangian formulation. The lengths ...
A compact flight dynamics model of a kite is developed by using Lagrangian formulation. The lengths ...
Large-scale kites, flying high-force crosswind trajectories, have been proposed for wind power gener...
This thesis approaches recent technologies to produce electric power from wind or water. The use of ...
"Airborne Wind Energy" es una tecnología emergente que se basa en el uso de "kites" (cometas) para g...
In this dissertation, we address the generation of electrical power using Airborne Wind Energy Syste...
In this paper, we address the generation of electrical power using Airborne Wind Energy Systems, com...
The implementation of a path controller to a two-line kite model is presented. Within the first cha...
Airborne wind energy is a field of technology being developed to make use of the vast, renewable win...
International audienceThe growing need of energy, global warming and recent nuclear power plant acci...
For an efficient and reliable operation of an Airborne Wind Energy System, it is widely accepted tha...
Tethered-wing power systems are a viable possibility for collecting energy from stronger, more consi...
Kite energy systems are an emerging renewable energy technology. Unlike conventional turbines, kite ...
International audienceThis paper deals principally with the grid connection problem of a kite-based ...
A compact flight dynamics model of a kite is developed by using Lagrangian formulation. The lengths ...
A compact flight dynamics model of a kite is developed by using Lagrangian formulation. The lengths ...
A compact flight dynamics model of a kite is developed by using Lagrangian formulation. The lengths ...
Large-scale kites, flying high-force crosswind trajectories, have been proposed for wind power gener...
This thesis approaches recent technologies to produce electric power from wind or water. The use of ...
"Airborne Wind Energy" es una tecnología emergente que se basa en el uso de "kites" (cometas) para g...