The mix of commercial and proprietary software will provide a complete assessment and optimization of the wind turbine through detailed dynamic and static analysis of key component functions for their efficiency and design life. MASTA’s reliable analysis techniques can improve the power, performance, reliability, and cost effectiveness of wind turbines. A standards-based, cloud-based virtual modeling STEM application that guides students through an engaging, realistic wind turbine. Designers & engineers can use MASTA to rapidly predict key transmission performance characteristics and to identify any design faults or weaknesses before any manufacturing is started, saving both time and money. At the core of many of the solutions offered by SMT is MASTA, our fully integrated software tool for the complete design, analysis and optimization of transmission systems. With the proper airfoil design optimal for low wind speed conditions, the turbine efficiency can be increased.
Increasing component reliability to achieve 20% wind energy will require advancements in component design, materials, and testing methods to validate wind-turbine components in the harshest environments. numbers and wind speeds in Q-Blade software. Join us for a unique wind energy webinar series to learn how Hexagon Manufacturing Intelligence solutions can help the wind energy industry overcome performance, reliability and lifecycle barriers with our comprehensive set of solutions spanning design & engineering simulation, manufacturing production & inspection, all the way to lifetime scanning & damage tracking.Wind turbine technology has developed rapidly in recent years. In order to further increase its adoption worldwide, advanced engineering technologies need to be applied to reduce cost of energy production and to improve its reliability. As the most widely-used renewable energy source today, wind energy is not just clean and sustainable, it is also cost-effective.
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