TWINWIND™
TwinWind™
A GAME-CHANGER IN THE OFFSHORE WIND INDUSTRY
Discover TwinWind™: Two turbines, one floating foundation. A groundbreaking approach that optimises the use of sea space and increases power production efficiency compared to traditional single-turbine platforms.
SUSTAINABLE AND COST-EFFECTIVE
Experience a new level of eco-efficiency. With more power production per sea area, TwinWind™ not only significantly lowers the levelised cost of electricity—making electricity more affordable for consumers—but also minimises the impact on the environment and surrounding activities.
ADAPTABLE TECHNOLOGY FOR A GREENER FUTURE
TwinWind™ is designed for versatility and longevity. Compatible with all major offshore wind turbine models, it supports a range from 3MW to 15+MW units, ready to evolve as technology advances, ensuring a resilient and sustainable energy future.
UNLOCKING DEEP-WATER POTENTIAL
Our floating platform enables wind power production in depths beyond 60 meters, where bottom-fixed platforms aren’t viable. This opens up vast energy potential, and if positioned beyond the horizon, they become unnoticeable from shore - maximising power output while preserving natural landscapes.
TWINWIND™ IN OPEN WATERS: PILOT TESTING AT TWINHUB
We’re taking a major step forward by bringing our TwinWind™ technology to open waters at the TwinHub project site off the coast of Cornwall, UK. Having already completed multiple wave basin tests and wind assessments, this next phase will demonstrate TwinWind™ in real-world conditions. The site marks a significant step in advancing our floating wind technology.
Discover more about our TwinHub project here or visit the TwinHub website for detailed project updates.
ACCESS TO BETTER WIND CONDITIONS
The TwinWind™ foundation allows the complete unit to rotate with the wind direction, which makes it able to access better wind conditions.
INDEPENDENT OF WATER DEPTH
The floating platform makes wind power production possible in deep waters.
HIGH POWER DENSITY
Two turbines on one foundation enable a higher power density through the installation of more power per area compared to single turbine technology.
“Hexicon’s technical capabilities aim to be at the forefront of innovation, utilising lean processes to solve the unique challenges of floating wind and drive the future of sustainable energy.”
-Guilherme Nunes
Guilherme Nunes, CTO at Hexicon
Guilherme oversees a talented team of engineers, ensuring the successful execution of complex projects. His expertise spans marine engineering, structural design, and project management, making him a key asset in the company's mission to enhance sustainable energy solutions.
