AEP increase

Even small aerodynamic losses can have a significant impact on the long-term financial performance of wind assets. Leading-edge erosion, surface roughness, and flow separation reduce turbine efficiency over time, resulting in lower annual energy production (AEP), lost revenue, and reduced asset value.

PowerCurve develops aerodynamic blade upgrade solutions designed to recover lost production and improve the profitability of existing wind turbine fleets. Through documented performance improvements and field-validated solutions, we help asset owners unlock additional energy production, strengthen project economics, and maximize returns from existing infrastructure.

Explore how DragonScale, vortex generators, and Gurney flaps are used to increase AEP, improve asset performance, and deliver attractive returns with minimal operational disruption and no major turbine modifications.

Noise reduction

Noise-related curtailment can significantly impact the financial performance of wind assets, particularly as turbines increase in size and operate closer to residential areas. Stricter noise regulations often require turbines to run in reduced-power modes, resulting in lost energy production, lower revenue, and reduced asset utilization.

PowerCurve develops aerodynamic noise reduction solutions designed to reduce noise at the source and help operators maintain compliance without unnecessarily sacrificing production. By lowering aerodynamic noise emissions from the blade, our solutions help minimize curtailment losses and protect annual energy production (AEP) under real operating conditions.

Explore how SilentEdge enables asset owners and operators to improve project economics, increase operational flexibility, and maximize returns from existing wind farm infrastructure.

Lightning protection

Lightning strikes are among the most critical causes of blade damage and unplanned turbine downtime. As turbines increase in size and are installed in high-exposure environments, the risk of structural blade damage, receptor failure and lightning-related repairs continues to grow. PowerCurve develops lightning protection solutions designed to improve strike interception and current transfer while protecting blade integrity under real operating conditions.

Our solutions are engineered for integration with existing blade structures and validated according to industry-relevant lightning protection requirements. Explore how optimized receptor design, aerodynamic integration and robust protection strategies help reduce lightning-related damage, improve turbine availability and support long-term operational reliability.