Wind Turbine Testing with HBM
Wind turbine downtime involves high cost. HBM helps you identify mechanical stress on wind turbine components at an early stage.
Wind turbine downtime involves high cost. HBM measurement technology helps you identify mechanical stress on wind turbine components at an early stage and hence minimize downtime.
In addition, professional software solutions from HBM nCode enable you to perform fatigue analysis during the design of wind energy facilities—for optimal and safe dimensioning of all components.
Based on measurement results and the according analysis, the condition of wind turbines can be determined exactly.
Do you want to know more about the stability and efficiency of your wind energy facility? HBM measurement technology supports you for many tasks as fatigue tests and structural tests on foundations and structures.
To measure the total mass of a wind turbine‘s structure, HBM offers a complete measuring service based on the C18 reference compressive force sensors with up to 5 MN load capacity per cell.
From consulting through installation and documentation — the HBM measurement team handles complete measurement tasks in wind power systems.
HBM nCode software solutions help you understand the key influencing factors that affect the structural integrity and reliability of wind energy.
Place your trust in safety provided by modern measurement technology for your wind turbine component testing. HBM allows you to beneἀt from products for the entire measurement chain.
Wind turbines are often subject to extreme mechanical stress. Brüel & Kjaer Vibro, our affiliate, offers permanent condition monitoring that enables you to detect faults in the system at an early stage and thus prevent expensive complete failures. HBM FiberSensing offers a reliable optical monitoring solution specifically designed to monitor wind generator blades.