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Global Winds Slowing Down: A Turbine Threat?

Summary

  • Extra heat is reducing global temperature differences.
  • Winds could see a 10% decline in average speeds by 2100.
  • This 'global stilling' impacts wind turbine profitability.
Global Winds Slowing Down: A Turbine Threat?

Rising global temperatures are creating a noticeable effect on atmospheric patterns, leading to a reduction in wind speeds. This trend, referred to as 'global stilling,' is attributed to the lessening of temperature differences across the planet.

Projections indicate a potential decrease of 10% in average wind speeds by the end of the century. Such a significant decline could have profound implications for renewable energy sectors that depend on wind power.

The efficiency and profitability of wind turbines are particularly at risk. A slower wind environment directly impacts energy generation, raising concerns about the future economic viability of wind farms.

Disclaimer: This story has been auto-aggregated and auto-summarised by a computer program. This story has not been edited or created by the Feedzop team.
Global stilling is the observed reduction in wind speeds across the planet, primarily caused by increased global heat ironing out temperature differences.
Estimates suggest a potential decline of 10% in average global wind speeds by the year 2100.
Slowing winds reduce the efficiency of wind turbines, potentially leading to decreased energy generation and lower profitability for wind farms.

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