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Some of the greatest growth in wind energy is expected from offshore wind farms. As their turbines get bigger to capture more energy, there is more emphasis on component reliability, as well as cost and weight reductions.

Wind Energy: Coming on Strong

Wind energy is now the No. 1 renewable energy in the U.S. and No. 2 globally after hydroelectric power. Growth is being driven by government incentives and cost reductions from economies of scale. Capacity from offshore wind turbines is forecast to grow 25% annually over the next decade, with offshore floating turbines an emerging segment. New hybrid projects are combining land-based wind turbines with solar energy and battery storage to generate more reliable electricity for the grid.

Up close of wind turbine blades

FEATURED PRODUCT

Hydraulic Power Units

Parker hydraulic power units are available in an endless variety of pressure and flow ranges, reservoir capacities, materials and fluid compatibility. Hydraulic power units consisting of pumps, reservoirs, relief valves, filters, sight gages and filler breathers from Parker deliver reliable power for hydraulic systems.

Hydraulic unit

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Sensenode Sensors & Voice of the Machine Software

Learn more about SenseNODE Sensors, IoT in Manufacturing and Voice of the Machine.

Interactive

Wind Energy Solutions

Explore this interactive presentation to learn more about critical components and sub-systems Parker provides for wind turbines.

Internal workings of wind energy machinery