In the wind energy industry, maximising efficiency and reducing costs are key objectives. Inspections without downtime (conducted while turbines are still operating) have become an essential tool to achieve these goals. However, simply adopting this technology is not enough.

Turbine efficiency and life-time improvements through innovations in blade condition monitoring with passive thermography, AI and ground-based inspection techniques while turbines are in operation.

Last week, we had the pleasure of attending WindEurope in Dublin, where we immersed ourselves in the latest advancements and innovations within the industry.

In the race to combat climate change, every industry is scrutinizing its operations to find ways to reduce carbon emissions and improve sustainability.

We are excited to share the highlights of our recent participation in CleanPower 2024, held in Minneapolis, Minnesota from May 6th to May 9th. This event stands as one of the most significant gatherings for the wind industry, and we were honored to be part of it.

We are pleased to announce a recent collaboration between Romotioncam and Harbauer India, which saw the execution of a Proof of Concept (PoC) initiative in Tamil Nadu, India.

Romotioncam CEO Holger Nawrocki and CTO René Harendt explain in the interview how the patented rotor blade inspection of the company works.

Wind turbine maintenance reaches a new pinnacle with Romotioncam, a patent technology engineered to transform blade inspections seamlessly and without downtime. At the core of this innovation lies the 360° blade view, a feature that not only offers unprecedented precision but sets Romotioncam apart from other 360° blade view methods.

At Romotioncam, we’re excited to share a breakthrough achievement in collaboration with LATODA and the experts at Bundesanstalt für Materialforschung und -prüfung (BAM), specifically the Thermographic Methods team.

In the relentless pursuit of sustainable energy solutions, the wind energy sector stands at the forefront of innovation. One of the most promising developments in this dynamic field is the advent of smart wind turbine blades.