HAWK

Airborne Wind Energy (AWE) uses kites or drones that are tethered to the ground to generate electricity. There is a diverse set of challenges facing the adoption of AWE technology, including product safety/regulation, technology feasibility, and developing effective supply chains.

Hibernian Airborne Wind energy Kites (HAWK) will accelerate development and deployment in the Irish marketplace of competitive energy-related products, processes and systems by introducing an open-source database effectively giving original equipment manufacturers (OEMs) a head-start in composite airframe development. This activity will strengthen Ireland’s reputation in the Airborne Wind Energy space and will encourage increased international collaboration.

The main aim of the HAWK project is to determine the key challenges and barriers for Airborne Wind Energy (AWE) system developers in predicting the capital and operating costs of composite airframe structures by developing techno-economic analysis models supported by data for candidate materials. Based on the material test data, a detailed analysis of the main wing component for long-term performance will be conducted.

The key objectives of the project are as follows:

1. To test materials and create an open-source database
2. To conduct techno-economic cost modelling of the airframe
3. To map the supply chain requirements for airframe manufacturing
4. To assess the wing durability and maintenance schedules
5. To produce a certification roadmap
6. To disseminate and communicate project findings and progress

The HAWK project has been broken down into 6 work packages (WP):

1. Project management
2. Material database generation
3. Techno-economic analysis of airframe
4. Long-term performance assessment of wing structures
5. Certification roadmap development
6. Dissemination and communication

Michael Walls

Dr Tomas Flanagan

Stefanie Thoms

Dr Edward Fagan

Dr Roland Schmehl

Name: Dr William Finnegan, University of Galway

Email: ei.yawlagfoytisrevinu@nagennif.mailliw