Power Generation and Renewable Energy
Power generation systems operate under continuous dynamic loading conditions where vibration control is essential for reliability, efficiency and equipment protection. From diesel generators and CHP systems to renewable energy infrastructure and battery storage systems, excessive vibration can lead to structural fatigue, increased maintenance requirements and reduced operational performance.
AV Industrial Products supplies anti-vibration mounts and vibration isolation solutions for a wide range of power generation and renewable energy applications. Our products are designed to reduce structure-borne vibration, minimise transmitted noise and protect both equipment and supporting infrastructure from damaging dynamic forces.
Typical Applications:
We support applications across:
Diesel generator systems
Standby power generation
Combined heat and power (CHP) systems
Renewable energy infrastructure
Wind turbine systems
Battery energy storage systems (BESS)
Pumps and compressors
Cooling systems
Electrical enclosures and control systems
Offshore and industrial energy applications
Vibration Isolation for Generator Sets
Generator sets produce substantial levels of vibration due to reciprocating engine forces, rotating components and combustion cycles. Without effective vibration isolation, these forces can transfer into building structures, supporting frames and connected systems.
This can be a result in:
Generating Sets
Diesel Engines
Marine Equipment
Seismic Zone Protection
Wind Turbines
Renewable Energy Equipment
Anti-Vibration Products for Power Generation Applications
AV Industrial Products supplies a comprehensive range of anti-vibration products suitable for power generation and renewable energy applications.
Heavy-Duty Machinery Mounts
Heavy-duty machinery mounts are commonly used for diesel generators, CHP systems and industrial engines where substantial static loads and vibration levels are present.
Spring Mounts
Spring mountsprovide excellent low-frequency vibration isolation and are often suitable for larger power generation systems requiring higher static deflection characteristics.
Rubber Isolation Mounts
Rubber isolation mounts provide reliable vibration control for pumps, compressors, electrical systems and auxiliary power generation equipment.
Captive & Fail-Safe Mounts
Captive mounts provide controlled movement and safety restraint where mobile or dynamic applications require additional security.
Rubber Buffers & Flexible Components
Rubber buffers and flexible isolation components help absorb impact forces, reduce shock loading and protect connected systems.
FAQs:
Why is vibration isolation important for generators?
Uncontrolled generator vibration transmits through mounting structures into buildings and surrounding equipment, causing structure-borne noise, accelerated bearing wear, loosened fasteners and premature component failure. Correctly specified anti-vibration mounts can reduce transmitted vibration by up to 95%, protecting both the generator and its environment.
What causes vibration in power generation systems?
The primary source is reciprocating piston motion, which creates cyclical out-of-balance forces at the engine's dominant harmonic frequency. Additional sources include rotating imbalance in the alternator and flywheel, torsional crankshaft vibration, combustion pressure fluctuations and dynamic load changes during operation.
What anti-vibration products are used in renewable energy systems?
Wind turbines use rubber mounts and bonded bushes to isolate nacelle-mounted gearboxes and generators. Battery energy storage systems use levelling feet and bobbin mounts for inverters and cooling equipment. Solar and hydroelectric installations use machinery mounts and levelling feet for pump systems and auxiliary equipment.
Can vibration isolation improve equipment lifespan?
Yes, uncontrolled vibration accelerates wear on bearings, seals and electrical connections, loosens fasteners and causes fatigue cracking over time. Properly engineered mounting systems significantly reduce these stresses, leading to longer maintenance intervals, fewer unplanned breakdowns and lower total cost of ownership.
