Transforms the voltage used to transmit the power from the wind turbine generator to meet the voltage required to connect to the electric grid. The power is then placed on the electric grid by a switching station.
Electricity produced from clean, abundant wind resources helps displace sources produced by burning fossil fuels to reduce emissions, improve air quality, and create a cleaner environment.
The physical infrastructure for offshore wind projects like Kitty Hawk Wind provides valuable reef habitat, benefiting marine ecosystems.
Offshore wind speeds tend to be more consistent than those over land, and the ability to use larger turbines will enable Kitty Hawk Wind to efficiently deliver reliable clean energy to customers.
The American Clean Power Association estimates that there could be 83,000 jobs in the U.S. offshore wind industry by 2030.1 Offshore wind brings significant opportunity to leverage Hampton Roads’ highly skilled maritime workforce as well as transferrable skills from construction, trades, manufacturing, and other service-related sectors to transition to careers in the industry.
Regular maintenance ensures the life of a wind turbine is between 25-30 years. While currently up to 94% of a wind turbine by mass is recyclable 2, wind turbine blades present a challenge that is driving industry and innovators to devise new solutions for reusing or recycling these components.
Most wind turbine blades are reassembled in other wind farms for reuse. Initiatives are also being developed to promote recycling of turbine blades using different technologies that allow for recovery of certain materials as secondary raw materials for use in different sectors such as energy, aerospace, automotive, textile, and construction industries.
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