One of the most efficient forms of renewable energy is hydro-electricity. A typical hydropower plant will produce electricity by the use of hydro-electric generators. Problems often arise with these generators over time due to high frequency vibrations excited by periodic and stochastic forces originating in the hydraulic machines and generator. Usually the vibration peaks out at the guiding bearing above the generator rotor, causing substantial damage to the generator and surrounding structure.
ITT Enidine has developed the new Visco-Elastic Support (VES) product line to provide improved dynamic behavior of the rotor-bearing system and thermal force reduction to bearing support structures.
The working principle of VES is by providing high dynamic stiffness, adding supplementary damping to the rotor-bearing system, low static stiffness for thermal movement.
This reduces dynamic response of the generator, prevents the transfer of excessive thermal forces to the civil structure, thereby extending the life of the generator, structure and increases the output efficiency of the power plant.
High dynamic rigidity
Low static rigidity
Flexible combination to achieve required dynamic properties
100% tested to verify dynamic properties
Proprietary visco-elastic fluid
Favorable viscous behavior
Custom design orifice to produce specified damping
Ultra high pressure design compact design
Published: Wednesday, November 19, 2014
ITT Corporation (NYSE: ITT) is pleased to announce that Chief Executive Officer and President Denise Ramos received the New York Hall of Science (NYSCI) Distinguished Leadership Award at NYSCI’s annual gala in New York City Tuesday.