Common vibration issues
Reduced equipment efficiency
Excessive vibration can degrade performance of turbines, gearboxes, pumps and generators.
Higher maintenance and wear
Dynamic loads accelerate wear on bearings, shafts, and supports.
Propagation to nearby systems
Untreated vibration can affect foundation structures and connected components.
Renewable Energy
Supporting cleaner power generation through expert vibration engineering
Why vibration matters in renewable energy
Renewable energy assets - whether wind turbines, hydropower generators, or solar‑linked rotating equipment - rely on complex machinery operating under variable loads and dynamic conditions. Even relatively low levels of vibration can affect equipment performance, reduce reliability, and increase maintenance requirements.
Vibration issues can come from imbalances, aerodynamic forces, hydrodynamic forces, misalignment, structural resonances and many other sources. If unaddressed, these can lead to reduced efficiency, unexpected downtime, and shortened machine lifespan.
Renewable Energy
How Vibremo supports renewable energy
We conduct on‑site vibration measurement and analysis under real operating conditions, pinpointing sources of unwanted motion and how they influence overall system behaviour.
After identifying the root cause issues, we offer practical recommendations - from adjusting alignment and balance to refining support structures and specifying vibration control or isolation measures.
What you gain by working with Vibremo
Improved operational efficiency
Less vibration leads to better performance and fewer interruptions.
Lower maintenance impact
Extended component life and fewer reactive repairs.
Enhanced system reliability
More predictable behaviour of critical energy assets.
Better lifecycle outcomes
Increased uptime and value across renewable installations.
