Offshore Wind Energy: Top Things to Know
energycioinsights

Offshore Wind Energy: Top Things to Know

By Energy CIO Insights | Wednesday, January 13, 2021

Offshore winds are usually more robust during the day, meaning that electricity generation is more reliable and productive when usage demand is peak.

FREMONT, CA: Along with supplying vast volumes of clean, green energy to satisfy cities’ power needs along the U.S. coasts, offshore winds have several benefits associated with them. Some of the other unknown facets of offshore wind energy are given below.

Offshore Wind Resources are Widespread:

One renewable energy lab predicts that U.S. Offshore wind technological capability has a capacity of over 2000 gigawatts of 7200 terawatt-hours per generation year for the national renewable energy laboratory.

Offshore Wind Turbines Can Float:

Several firms create innovative floating offshore wind platforms to employ in deep waters. The spar-buoy, tension leg platform, and semi-submersible are three distinct types of floating platforms.

Offshore Wind is Right on Time:

Offshore winds are usually more robust during the day, meaning that electricity generation is more reliable and productive when usage demand is peak. When energy demands are smaller, most land-based wind resources are better at night.

Components of Offshore Wind Get Bigger:

The components of offshore wind turbines are transported via ships and barges, which minimizes some of the logistical challenges facing wind components such as narrow roads and tunnels. These parts enable wind developers in offshore countries to create larger wind turbines that produce more electricity, but working at sea is a challenge of their own.

The majority in the United States Offshore Wind Resources are in Deep Waters:

The bulk of the offshore wind resources of the country, about 60 percent, are located in areas where water is so low that conventional bases—large piles of steel or seabed structures—are not practical. U.S. offshore wind developments are creating a comprehensive set of foundations for particular locations.

Offshore Wind Farms Utilize Undersea Cables to Transfer Electricity to the Grid:

Offshore wind turbines generate electricity and travel back to the land through a series of cables entered into the seafloor. This electricity is supplied by coastal charging centers, which offer the electricity to go and deliver it through the electric grid to power the homes, schools, and companies.

Weekly Brief

Read Also