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How wind power works

Wind power is a key generator of power to help Washington state make its clean energy transformation. You may have seen wind facilities in pictures or in person. The tall white structures are called wind turbines. To make electricity, wind rotates the blades of the turbine, which connect to a generator. The generator converts the captured wind energy to electrical energy, which we can then use in our homes.

A row of wind turbines recedes toward a distant horizon where a yellow and red sunrise creates a starburst flare of light
Wild Horse Wind and Solar Facility at Sunrise

If the wind blows, the turbines can generate electricity. However, wind power only works if the wind turbines are turning. When the air is still, the turbines can’t produce energy. This works out well, though, because wind generation is highest at night – the opposite of solar power. These two energies work together to produce the energy communities need.

Where wind power is made

Wind farms are chosen for – you guessed it – their windy locations. The higher the wind speed, the more electricity each wind turbine can produce. Generated electricity is transmitted to the power grid and sent to individual homes and businesses.

A row of wind turbines recedes toward a distant horizon where a yellow and red sunrise creates a starburst flare of light
Wind turbines in action at Hopkins Ridge

How to access wind power

You are likely receiving some of your power from wind farms today. As more power is generated from wind, more of your energy will come from this source, helping to reduce carbon-based energy.

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