As of 2023, the worldwide combined capacity of onshore wind farms exceeds 60 GW, and projections suggest this number will continue to ascend rapidly.

However, harnessing the power of onshore wind comes with its unique set of challenges. These range from initial complexities in land acquisition, regulatory compliance, and community engagement to operational challenges such as equipment maintenance, turbine optimization, and grid integration. The variable nature of wind also demands advanced forecasting and energy storage solutions to ensure a consistent power supply.

At DIS/CREADIS, we tap into our 25+ years of wind engineering experience to help our clients navigate these challenges. We provide expert guidance on grid integration and electrical infrastructures, understanding the complexities and importance of effective integration of your onshore wind farm into the grid.

We cover the entire lifecycle of your onshore wind operations & maintenance, from equipment selection to predictive maintenance planning, leveraging robust digitalization solutions, such as advanced analytics, AI and machine learning to streamline procedures. Our aim is to optimize the performance and reliability of your wind farm, reducing downtime, OPEX and the Levelized Cost of Energy (LCOE), making your renewable energy solutions more competitive and economically viable.