Reports indicate that wind energy production may experience up to a 17% decline in Annual Energy Production (AEP) and a 20–50% reduction in aerodynamic performance due to icing. This underscores the critical need for innovative solutions in wind turbine operations to address challenges posed by icing conditions. * According to studies done at Arctic Technology & Icing Research Group, Faculty of Engineering Science & Technology, UiT- The Arctic University of Norway.

Leading Edge Restoration (LER) is a crucial process in addressing the growing challenge of damage to wind turbine blades, resulting in reduced power production and efficiency as wind turbines age. The damage, known as Leading Edge Erosion (LEE), occurs when turbine blades cut through the air and are exposed to collisions with fine particles such as dirt, dust, ice, snow, and rain. The erosion of the outer layer on the blade surface occurs over time, gradually affecting aerodynamics and resulting…

As wind turbines are vital for renewable energy, it’s crucial to ensure they stay reliable and safe. The end-of-warranty inspection, typically after the first two to four years of a turbine’s 20 to 30-year lifespan, is a key step in keeping these WTG’s in good shape. Understanding Warranty Warranties usually cover the first 2-4 years, during which manufacturers handle repairs. After that, the turbine owner takes responsibility. So, as the warranty nears its end, it’s vital to be proactive. Securing…

Ever encountered corrosion challenges on steel towers? Or concrete cracking on hybrid towers? Don’t worry, we have the perfect solution for you! Introducing the TOPseven Tower Inspection System, revolutionizing the way we tackle corrosion issues at flanges.With the TOPseven solution, Bladecare AB can now conduct autonomous flight paths that capture comprehensive data and seamlessly stitch it into our cutting-edge Cloud solution. This breakthrough technology empowers us to effectively identify and address severe corrosion problems, ensuring the longevity and safety of…

Bladecare introduces NEINICE, a cutting-edge product designed for wind turbine blades in the Nordic region. NEINICE utilizes advanced coating technology to stop ice formation on the blades.Instead of focusing on removing ice, NEINICE is changing the game for wind turbine operators. It’s a breakthrough solution for ice mitigation, ensuring that turbines keep running smoothly. hashtag#bladecare hashtag#aerones hashtag#phazebreak hashtag#winterwind hashtag#iceprevention

Wind energy plays a crucial role in the Nordic regions’ commitment to sustainability. However, severe ice build-up on turbine blades poses challenges to efficiency. Traditional thermal heating systems often face issues, leading to occasional failures. Bladecare uses the DJI ZenMuse XT2 Radiometry, and addresses these challenges, ensuring optimal performance. Bladecare employs advanced thermal infrared (IR) scanning technology mounted on drones for comprehensive inspections of wind turbine blades. The DJI ZenMuse XT2 Radiometry facilitates precise evaluations of the thermal heating system,…

The reason might be issues with uneven heat distribution. Using a drone-based infrared camera can provide you with the missing facts. Bladecare recently invested in the DJI ZenMuse XT2 Radiometry Infrared camera.

The blades of your wind turbine are prone to multiple types of damage and this is best observed from the inside. Avoid potential harsh damage in advance with internal inspection. Aerones robotic crawler will give you an interactive 360 overview of your blades and deeper insight with Lidar 3D point cloud. The new approach is cheaper, safer, and faster.

Weather is one of the main reasons for missed milestones and delays in the wind turbine services industry. Most service suppliers are unable to conduct their work during days with bad weather, yet they tend to invoice for all accrued weather days that put a project on hold. Using autonomous drones for blade inspections increases the number of blades that can be inspected per day. In addition, drones are less affected by weather compared to conventional inspection methods. During 2022,…

In the past, turbine inspection crews have relied on various tools to get a closer look at blades: binoculars, ropes, high-definition ground cameras. But these approaches have limitations in terms of accuracy, safety and then there’s expensive downtime. Today, automated visual inspection technologies have replaced these methods. Operators know that regular and proactive investigations are the best way to identify damage and maintain equipment for the long term. Drones are a dynamic, safe and efficient way to carry out routine…

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