Turbines

Download Abaris’ Latest Wind Turbine Repair Presentation

June 20, 2016 By

Abaris Training offers hands-on engineering & technical classes for all wind professionals

Download our latest engineering/technical presentation along with related course descriptions:

Engineering/Technical Paper: Structural Repair Methodology for Wind Turbine Blades
Composite Windblade Repair course description & schedule
Structural Engineering for Composite Repair course description & schedule

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Bearing Solutions and Service for Wind Turbines

February 25, 2015 By

Schaeffler is one of the world’s leading rolling bearing manufacturers and has been producing bearings for wind turbines for over 30 years. We offer the right solution for every bearing position and a holistic concept that further increases the reliability of the rolling bearings in wind turbines: The Schaeffler Wind Power Standard (WPOS).

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Wind turbine technology repair solutions

November 20, 2014 By

Blade manufacturers rely on Sika to deliver products and solutions critical to the repairing of wind turbine blades. For many years, our repair solutions have ensured that each blade maintains its service reliability, even when repaired in some of the harshest environments.

Wind Turbine Transmission Study

July 28, 2014 By

The HDU 15/25 PV series of off-line fine filters are especially designed for the filtration of high viscosity lubricants on wind turbine transmissions. The large by-pass valve ensures a controlled operation of the filter systems, even at very low temperatures.

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Effciency breakthrough in rotor blades: new epoxy systems enable direct infusion (no prepreg) of thick carbon fiber structures

August 21, 2012 By

For decades, the wind industry has understood that to become a more competitive energy source, turbine yields must increase and cost per kWh must decrease. The path toward higher efficiency has always been to make turbines—and their blades— larger and longer.

The push for ever larger blades demands ever smarter designs and stiffer composite materials to overcome the cubical rule of scale up. Designs for blades, some over 80 meters long, must take edge-wise, axial and other inertial forces into consideration.1 Obviously, weight-saving in all components is a must. As blade lengths increase, carbon fiber-based epoxy resin composites have the potential to provide the required higher mechanical strength while minimizing added weight.

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Proven and Qualified Turbine Designs and Turbine Availability in North America

February 23, 2011 By

In its role as leading consulting engineer for wind energy projects worldwide, GL Garrad Hassan has had the opportunity over the years to closely observe evolving trends in wind farm performance. Garrad Hassan uses this vantage point to develop and refine methods of assessing wind turbine reliability, quantifying risk, and projecting future performance.

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