Wideblue
This project will develop a wind turbine blade health monitoring system using digital cameras and optical markers inside the blade. The system, optimized for real-time
Tag: Wind
University of Strathclyde
Wind energy is key to future decarbonization if costs can be reduced. This project develops a concept using data for quick, reliable decision-making in wind
Swift TG Energy (Scotland)
Traditional wind turbines excel in steady air, prompting remote placement for consistent wind. AutarkE notes customers’ desire for proximity to light industrial operations but cautions
Smar-Azure
Engineered textile blades with load-active control can make a major contribution to solving the UK’s energy trilemma. Reducing the cost of production, transportation and installation
Ocean Flow Energy
Innovative floating foundations enable offshore wind turbines in deeper waters, expanding wind farm possibilities around the Atlantic Margins. Cost-effective solutions are vital for competitiveness and
GSS Avionics
The TAM project aims to offer the Wind Energy Sector and British Gear Association Partners a Health Monitoring System, enhancing through-life costs, and improving the
Frontier Technical Ltd
The MARLIN STAR project advances the development and commercialization of a groundbreaking innovation, providing coastal communities with access to stored and transferable energy from floating
ACT Blade
Frontier Technical
MARLIN STAR Community Access to Stored and Transferrable Energy from Floating Renewables REGION India, Southern Asia Technology Wind SECTOR Energy generation SCALE On Grid STAGE
Frontier Technical
MARLIN Modular Floating Platform for Offshore Wind: Concept Assessment REGION Bangladesh, Southern Asia Technology Wind SECTOR Energy generation SCALE On Grid STAGE Early ROUND Round