Wind farms situated on the outer periphery of the typhoon experienced a notable increase in wind turbine output power. In addition to wind speed, factors such as wind speed gradients, vortex
In this research, typhoon wind fields simulated with different height-resolving models and spectrum models are reproduced and their effects on wind turbine responses are compared.
In this study, we study the potential impacts of large-scale offshore wind farms on tropical cyclones, using Typhoon Hato as a case study. We first simulate the typhoon process using the
Based on Typhoon Mangkhut, in this study, the characteristics of the motion response and structural loads of an offshore wind turbine are investigated during the travel process.
To this end, this study proposes a framework for typhoon-induced wind effects on offshore wind turbines, which is based on a multi-stage typhoon wind speed field model developed.
For a power system with increasing wind power installation, it is important to evaluate the safety and reliability of the system against the impact of extreme meteorological event like typhoon.
As scientists say, extreme weather is hitting new highs and rewriting climate history in 2023, but some wonder: can we ''turn damage into treasure'' and benefit from these scorching
In the midst of global climate change, typhoons have been increasing in both frequency and intensity. With the increasing frequency and intensity of typhoons worldwide, examining their impact on the
This study examines power generation data from the Lingnan Wind Farm during Typhoon Chaba and calculates indexes including wind shear, temperature and pressure change.
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