Composite Wind Energy Applications

We provide Expertise Design and Engineering and manufacturing solutions for wind energy tooling, Nacelle covers, nose cones, Helipad arrangement on top of nacelle covers.

  • Tooling design.
  • Product design.
  • Production design.
  • Process design.

The strength and reliability of wind turbine blades depend on the properties, mechanical behavior and strengths of the material components (glass or carbon fibers and polymer matrix), and the interaction between them under loading. In this paper, ideas, methods and concepts of micromechanical modeling of materials for wind turbine blades are briefly reviewed. Using the variety of the modeling methods reviewed here, one can predict the strength, stiffness and lifetime of the materials, optimize their microstructures with view on the better usability for wind turbines, or compare the applicability of different groups of the materials to the application in wind turbine blades