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Kite power system

By Tarek Dief in Testing, Embedded, Modeling and Control

June 24, 2019

Project Overview: Kite Power System for Wind Energy Harvesting Step 1. Understand the Objective The aim of the kite power system is to demonstrate a new technology for harvesting wind energy with a significantly lower material and environmental footprint and a higher capacity factor than conventional wind turbines. Step 2. Learn the Key Details This innovative approach explores using kites to harness wind energy more efficiently and sustainably. The technology seeks to revolutionize the way wind energy is harvested, reducing costs and environmental impact.

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SKYPULL system

By Tarek Dief in Testing, Embedded, Autonomous Flight

June 17, 2019

Project Overview: Airborne Wind Energy System (AWES) Step 1. Understand the Objective The Airborne Wind Energy System (AWES) aims to generate power using fixed-wing drones that utilize wind energy efficiently. The system features a rigid-body drone that flies in a Figure-of-Eight pattern, controlled by algorithms to harvest optimal power from the lift generated by its wings. Step 2. Learn the Key Details This innovative approach involves the use of drones to capture wind energy, offering a promising alternative to traditional wind turbines with potentially higher efficiency and lower environmental impact.

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Quad-rotor

By Tarek Dief in Testing, Embedded, Autonomous Flight

August 3, 2014

Project Overview: Quad-Rotor VTOL Drone Control System Step 1. Understand the Objective The quad-rotor is a widely recognized VTOL (Vertical Take-Off and Landing) drone used in various applications, such as military surveillance and agricultural services, where high safety and low cost are essential. The challenge lies in developing a complex control strategy to manage uncertainties from wind and its mathematical model. Step 2. Learn the Key Details This project focuses on creating advanced control mechanisms for a quad-rotor to operate effectively under uncertain conditions, such as varying wind forces and complex dynamics, while maintaining low operational costs and high safety standards.

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