Self-Sustaining Power Generation System (SPGS)

Abstract

Once started the SPGS continuously generates turbine power many times the level needed to keep itself running; the surplus can be used to generate electricity or for other purposes. It operates in two frames of reference simultaneously; one stationary and one rapidly rotating. It also benefits from the equal pressure property of fluid described in Pascal's Law. At the bottom of its outer containment cylinder, a centrifugal R ecirculation P ump forces fluid/water up into an I njection C ylinder which introduces it into a rapidly rotating P ressurization C ylinder above. Internal impellers cause the fluid to rotate along with the PC itself and become pressurized by centrifugal force. Through a narrow slit surrounding the upper perimeter of the PC, the fluid is released driving an axial flow turbine rotating just above; mechanical advantage determined by blade pitch is employed in the process. Gravity returns the spent fluid to the bottom again completing the cycle.

1 ). A machine, benefitting from the equal pressure property of fluid described in Pascal's Law, capable of continuously recirculating fluid and producing turbine power output many times its own power input requirements which 1) operates in two frames of reference simultaneously, one stationary and one rapidly rotating 2) uses impellers inside a rotating cylinder to pressurize fluid by centrifugal force 3) employs an axial flow turbine having a narrow peripheral blade section with blades set at pitches that utilize mechanical advantage and 4) converts the energy of pressurized fluid into turbine force and velocity by releasing it in the rotating frame, thereby boosting turbine power output in the stationary frame to which it is transferred for use and where turbine velocity includes the velocity of the rotating frame. 
     
     
         2 ). An axial flow fluid turbine designed principally for use with a Self-sustaining Power Generation System or similar machine having a hub fit with a bearing designed to allow free movement on the shaft to which it is mounted, having a very narrow blade section at its perimeter and having an enclosing band with a width which exactly covers the entire depth of the blade section.