InnoWind Innovative Offshore Wind Power Infrastructure Service and Maintenance Business

In 2024, wind power accounted for 18.2% of Finland's electricity consumption, with a 23% increase in capacity in 2023. Finland is expected to become a leader in wind power this decade. However, the country is behind in offshore wind power compared to other European nations. The planned offshore wind projects in Finland could add around 33 GW of capacity by 2045, creating significant employment and tax benefits.

The InnoWind project focuses on developing expertise in utilizing satellite data for assessing wind resources and ice conditions, designing cost-effective offshore wind farms, and real-time monitoring. Satellite communication enables data transfer from wind turbines to control centers, while satellite imaging systems can detect equipment malfunctions. This data, combined with AI analysis, improves the prediction, remote monitoring, and maintenance of offshore wind power.

The project aims to integrate satellite-based data with IoT data from wind turbines to optimize the efficiency, safety, and performance of wind power infrastructure. Predictive maintenance models will be developed to manage infrastructure efficiently and reduce operational risks. Additionally, the project will explore new business opportunities and service concepts in the wind power value chain, aiming to commercialize the InnoWind system and its services while monitoring environmental impacts.

Cooperation partners

Etha Oy
Infra Pohjanmaa ry​
Starsview Oy​
EPV Energia Oy​
OX2 Suomi Oy​
Suomen Hyötytuuli Oy