Although wind monitoring instruments can focus on just speed or direction, most experts prefer to monitor both. For many industries, information gathered about wind speed and direction is crucial to success.

The Importance of Wind Speed and Direction

The speed of the windis simply how fast air moves past a certain point, which is usually averaged over a specific period,such as miles per hour.Instantaneous speed is captured and reported in relation to wind gusts, peak wind speed, and squalls or micro-bursts. Wind direction is the direction on a compass from which wind emanates.

Wind speed and direction are extremely important, which is why it is essential to use the right wind monitoring instruments. By monitoring the two, researchers, scientists, and meteorologists have the opportunity to predict patterns of weather, including the global climate.

A perfect example of importance is the way in which both wind speed and direction impact surface water. These elements affect evaporation rate and mix surface waters.They cause the formation ofstorms, including hurricanes. As a result, water level and quality are also impacted.

With wind monitoring instruments, wind speed can be recorded in miles per hour, meters per second, or knots. The direction of the wind is usually recorded in degrees.

Innovative Technology

Thanks to innovative technology, experts use high-end wind monitoring instruments that produce exact information and numbers. Using a mechanical anemometer and wind direction sensor or ultrasonic sensor along with a transmitter, both speed and direction can be captured and recorded.

Air movement is caused by numerous things, like uneven heating of the Earth’s surface. Immediate heating of a landmass can lead to a soft breeze while solar heating can cause major winds to develop across multiple regions of the world.

With appropriate wind monitoring instruments, experts gain a wealth of knowledge that can ultimately save property and lives. This information can be used to:

  • Reduce and/or prevent air pollution
  • Monitor safety of tall structures and cranes
  • Devise safety protocols for tall structures
  • Analyze the effects on crops
  • Better control wind turbines
  • Improve energy efficiency and occupant comfort in buildings
  • Notify individuals of unsafe weather conditions

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