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Super charger: A prototype turbine rotor made using superconducting materials developed by Advanced Magnet Lab, one of the six DOE funding recipients.  Credit: Advanced Magnet Lab

Wind power is one of the fastest-growing forms of power generation in the United States, with more capacity added onshore than coal and nuclear generation combined over the past four years. But to sustain that high growth rate into the next decade, the industry will have to start tapping offshore wind resources, creating a need for wind turbines that are larger, lower-maintenance, and deliver more power with less weight.

To support research in this area, the U.S. Department of Energy has awarded $7.5 million to six projects, each aiming to develop advanced drivetrains for wind turbines up to 10 megawatts in size. Five of the projects use direct-drive, or gearless, drivetrain technology to increase reliability, and at least two use superconductivity technologies for increased efficiencies and lower weight.

 

To read the full, original article click on this link: Building Bigger, Better Wind Turbines - Technology Review

Author: TYLER HAMILTON