Wind turbine aerodynamic-designing method considering static and dynamic influence of designed tip speed ratio on wind wheel

Abstract

The invention discloses a wind turbine aerodynamic-designing method considering static and dynamic influence of designed tip speed ratio on a wind wheel. The method uses a wind turbine closed loop performance index-average wind energy capture efficiency as a target function, the originally designed tip speed ratio, chord length and torsional angle separation optimizing process is improved into united optimization, so that wind-turbine aerodynamic design originally ignoring Maximum Power Point Tracking (MPPT) control dynamic can consider the shortcomings of tracking performance, and accordingly the static aerodynamic performance and tracking dynamic process of a wind turbine are coordinated. The method can effectively improve the wind energy capture efficiency of a variable-speed fan at turbulent-flow wind speed.

Description

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AI Technical Summary

Benefits of technology

This new technology allows for better control over the rotor blades' speeds during operation compared to previous designs without affecting their overall power output or causing damage from high velocity airflows. It also considers factors like the distance between different parts of the rotors and how they are shaped when connected together optimizing its performance. Overall, this innovation enhances the ability of the electricity generating equipment to efficiently harness both strong and weakened weather conditions while maintaining good safety measures against potential hazards such as tornado strikers.

Problems solved by technology

This patents describes different technical problem addressed during research into how varying speeds are used in larger wind generators due to their high impact on both the dynamic behavior and the overall performance of these machines. While previous solutions like pitch regulation or blade velocity feedback were proposed but they did little consideration about changes made over time. There has been some work done exploring various techniques aimed towards understanding the effectiveness of changing specific parameters when optimizing the power output of certain components within the machine's structure.

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