Research on Adaptive Improvement of Onshore Wind Turbine Generators under Extreme Climatic Conditions
With the acceleration of global energy transformation,wind power generation has become a critical clean energy source,playing a significant role in optimizing the energy structure and reducing greenhouse gas emissions.However,extreme climatic conditions such as high and low temperatures,strong winds,and hail pose challenges to the performance and safety of wind turbine generators.This study systematically analyzes the impacts of these climatic conditions and proposes adaptive improvement measures including structural reinforcement,temperature regulation,material optimization,and intelligent monitoring.Through experimental and simulation tests,it has been confirmed that these measures can significantly enhance the adaptability of wind turbine generators,extend their operational lifespan,and improve power generation efficiency.The research findings provide technical support for the design and operation and maintenance of wind turbine generators,as well as a strong reference for the efficient utilization and sustainable development of wind energy resources.
wind power generationextreme climateadaptive improvementperformance evaluationreliability
NETL
NSTL
万方数据
