The Power of Wind Turbines

The need for clean energy is clear, driven by the urgent issue of global warming. Capturing terawatts of power from wind— a limitless and carbon-free resource— represents a critical opportunity for sustainable energy production. To maximize this potential, the industry is shifting towards larger turbines and extensive offshore wind farms. 

Our advanced solutions enable the optimization of every component and aspect of wind turbine systems. Our mission is to help increase efficiency, reduce operational costs, and contribute to the mitigation of global temperature rise, ensuring a sustainable future.

Key Benefits 

• Cost Savings: Minimize CAPEX and OPEX with optimized product design and reduced operational expenses
• Power Increase: Boost energy yield through enhanced load predictions and advanced control strategies
• Risk Mitigation: Accurately predict loading and resonance to avoid serial defects and ensure reliability
• Noise Reduction: Decrease vibro- and aero-acoustic noise to eliminate unnecessary downtime and meet strict noise regulations

Read this e-book and learn how simulation helps to accelerate wind turbine innovation and cut down development cycles.

Testing wind turbines with virtual twins offers significant advantages over traditional methods. Virtual twins enable precise simulation of real-world conditions, allowing for performance optimization across various scenarios. This technology reduces the need for physical prototypes and extensive field testing, leading to cost savings. Additionally, virtual twins facilitate improving load predictions and resonance analysis, enhancing reliability and reducing defects.