Results for tag: "Airborne Wind Power"

Airborne Wind Power (AWP) is a form of wind power that uses airborne turbines to generate electricity. AWP systems are typically tethered to the ground and use the wind to generate electricity. The turbines are typically mounted on a kite, glider, or other aircraft, and can be used to generate electricity at heights of up to several hundred meters. AWP systems are typically more efficient than traditional wind turbines, as they can take advantage of higher wind speeds at higher altitudes. Additionally, AWP systems can be deployed in areas where traditional wind turbines are not feasible, such as in mountainous terrain or near the ocean. AWP is a rapidly growing market, with many companies developing and deploying AWP systems. Companies such as Makani, Altaeros, and Kite Power Solutions are developing AWP systems for commercial use. Additionally, several universities and research institutions are researching and developing AWP systems, such as Stanford University, the University of Delaware, and the University of Cambridge. Show Less Read more