SkySails Power is providing an innovative solution for sustainable electricity generation through its Airborne Wind Energy Systems (AWES). These systems use high-altitude wind to generate power. Automatically controlled kites ascend to altitudes of up to 800 meters and are tethered to a ground station via a winch. The resulting pulling force is efficiently, resource-consciously and space-savingly converted into clean energy.
The kite-based systems represent a key technology on the path to an efficient energy future. Unlike traditional wind turbines, SkySails systems require no foundation or tower. They are mobile, can be quickly installed and use significantly less material. Operating in steady high-altitude winds, they achieve a high number of full-load hours, enabling reliable, decentralized and clean energy supply.
5G as a digital foundation for safe operations
For the kite and ground station to interact precisely and reliably, a high-performance communication infrastructure is essential. COCUS contributes the right technology to the project with its equally mobile and resource-saving 5G Campus2Go solution. This compact, industrial-grade solution ensures continuous real-time communication and supports the intelligent control of the entire system. The solution enables:
- Autonomous navigation and continuous course correction of the kite
- Collection and transmission of sensor data on wind profiles, flight parameters, and system status
- High operational safety through secure communications
- Efficient remote maintenance, reducing overall costs
Innovative technology meets sustainable innovation
The use of 5G not only enhances technical control but also contributes to sustainability. The digital infrastructure allows for resource-efficient operation, reduces maintenance needs, and lowers long-term operating costs. At the same time, the collaboration between SkySails and COCUS strengthens the link between clean energy and digital intelligence.
The solution is scalable, modular, and adaptable for various locations, creating a future-ready platform for electricity supply in diverse scenarios, from remote regions to temporary industrial sites.
Paving the way for an efficient energy future – next test flight in September 25
A comprehensive test flight is scheduled for September 2025, during which all system components will be operated under real conditions. This test marks a significant milestone on the road to a smart and decentralized energy future. A follow-up report will be published afterward, providing detailed insights into the results and experiences.
