Composite materials in power and energy
Powering growth in composite material usage
As alternative renewable energy is becoming a bigger issue around the world, investment in technologies such as solar and wind energy is increasing significantly.
Wind power is a key source of renewable energy that produces electricity with very little greenhouse gas production. It relies on extremely large wind turbines that need to be both strong and efficient. That means longer and lighter blades that still have the stiffness to withstand strong wind conditions.
Carbon- and glass-fibre moulding technology enables the production of long wind turbine blades that are lightweight and strong, allowing for much increased efficiency in what is becoming a staple of energy supplies around the world. Further leveraging this technology is set to allow the development of larger wind turbines, which will turn in see greater adoption of wind power generation around the world.
Explore Hexagon’s solutions for composite material inspection
Система APODIUS Vision System 2D -- ведущее на рынке автономное решение для оптических измерений, специально созданное для локальных измерений ориентации углеродного...
Find a revolutionary solution for the portable inspection and analysis of semi-finished carbon-fibre composite parts with the APODIUS Vision System 3D.
APODIUS ContInspect is a modular production integrated inspection system specifically designed for the textile production of carbon and glass fibre materials.
APODIUS AFP is a ply-by-ply online inspection system designated for fast process speed and complex geometry in limited space situations.