
Africa
SkySails Morocco • KiteWorks Nigeria
Operational installations and emerging AWE solutions across the continent.

A global platform connecting innovators, researchers, and communities worldwide to advance AWE technologies.

Operational installations, research prototypes, and diverse real-world applications across all continents.
Discover how high-altitude winds and innovative kite technology are reshaping the renewable energy landscape.
Airborne Wind Energy (AWE) is advancing across continents — from pioneering companies to cutting-edge research groups shaping the future of sustainable power.

Africa
Operational installations and emerging AWE solutions across the continent.

Europe
Containerized kite-power, maritime systems, ground-gen and megawatt prototypes.
North America
Leading AWE research and development from foundational aerology to commercial applications.
Asia
Academic-led development with participation from NUAA, Beihang, IITs and commercial projects.
Oceania
University of Sydney & others building theoretical groundwork and prototype exploration.
Airborne Wind Energy technology extends far beyond traditional power generation. From environmental protection to agricultural innovation, AWE systems are solving real-world challenges across multiple industries.

AWE kites can support aerial firefighting operations by providing elevated observation platforms, communication relays, and even water delivery systems in remote areas where traditional aircraft access is limited.
Kite-powered pumping systems provide sustainable water solutions for agriculture, enabling irrigation in off-grid locations and reducing dependence on fossil fuels for water management.
AWE systems provide humane bird deterrent solutions for airports, agricultural fields, and urban areas, reducing crop damage and improving aviation safety through dynamic aerial presence.
Kite platforms enable atmospheric monitoring, pollution tracking, weather data collection, and environmental surveys at altitudes inaccessible to traditional ground-based sensors.

AWE systems can power desalination and water-security applications in remote and off-grid regions—combining high-altitude wind energy with potable water production where conventional infrastructure is unavailable.
Read related research →AWE technology integrates with solar, diesel, and battery systems to create resilient microgrids, enhancing energy security and efficiency for remote communities and industrial operations.
Kite-assisted traction systems demonstrate zero-emission transportation for polar exploration, cargo shipping, and remote area logistics in extreme environments.
View feasibility demonstrations →These applications demonstrate that AWE is not just about electricity generation— it's about harnessing wind power for diverse solutions that address real-world challenges across industries, from agriculture to environmental protection.

Field campaigns that demonstrate reliability, logistics, and science value in extreme conditions—featuring non-commercial traction demonstrations that inform the broader AWE ecosystem.
Explore demonstrationsDiscover ongoing scientific expeditions and championship events that showcase the power and potential of kite technology in extreme environments and competitive sports.

A groundbreaking scientific expedition using kite-powered sleds to explore Antarctica's remote regions. Follow their journey and access educational resources about polar science.

Join the next chapter of polar exploration with the North Greenland Windsled Expedition, combining kite technology with scientific research across the ice sheet.

View the complete timeline of Antarctic expeditions showcasing decades of kite-powered exploration and scientific discovery in the world's most extreme environment.

Experience the thrill of competitive kite sports with Arctic Wind Riders. Follow championship events and community programs that celebrate Indigenous youth engagement and kite innovation.