Independent lubrication holes and inlets target high-load bearing zones to reduce wear, failure risk, and lubrication energy use.
Tilting spherical bearing elements, springs, pistons, and high-pressure lubrication stabilize rotor position under variable loads and reduce vibration.
A hollow bearing pad with internal oil flow and a support structure improves cooling from shear heat while preserving pad rigidity.
Hydraulic axial-radial bearings support a large vertical rotor, reducing friction losses while maintaining structural integrity for grid-scale storage.
Variable fluid bearing adjusts effective surface area to reduce viscous drag during low-load operation while maintaining capacity.