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A fluid power generator system includes an operating mode in which a continuously variable output corresponding to a wide range of a flow rate is given by selectively combining generators with optimum rated outputs from said plurality of generators according to natural fluid energy and the number of

A fluid power generator system includes an operating mode in which a continuously variable output corresponding to a wide range of a flow rate is given by selectively combining generators with optimum rated outputs from said plurality of generators according to natural fluid energy and the number of rotations of a wing axial shaft; and control means for controlling the operation of each of the generators on the basis of a tip speed calculated from the flow rate of the operative fluid and the number of rotations of said wing axial shaft, thereby acquiring a maximum output for specific flow rate of the operative fluid. In this configuration, the fluid power generator system using operative fluid energy as a driving source can generate a continuously variable output corresponding to a wide range of the flow rate of the fluid and provides a maximum output for an individual flow rate of the operative fluid, thereby increasing a quantity of generated power (by 40% or more than before).

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1. A fluid power generator system including a plurality of generators with different rated outputs which are coupled with a wing axial shaft which is rotated by operative fluid energy serving as a driving source, comprising:an operating mode in which a continuously variable output corresponding to a

1. A fluid power generator system including a plurality of generators with different rated outputs which are coupled with a wing axial shaft which is rotated by operative fluid energy serving as a driving source, comprising:an operating mode in which a continuously variable output corresponding to a wide range of a flow rate is given by selectively combining generators with optimum rated outputs from said plurality of generators according to the flow rate of the operative fluid; andcontrol means for controlling the operation of each of the generators on the basis of a tip speed calculated from the flow rate of the operative fluid and the number of rotations of said wing axial shaft. 2. A fluid power generator system including a plurality of fluid power generating units with different rated outputs which are coupled with a wing axial shaft which is rotated by operative fluid energy serving as a driving sources said fluid power generating units being stacked in a plurality of stages, comprising:an operating mode in which a continuously variable output corresponding to a wide range of a flow rate is given by selectively combining generators with optimum rated outputs from said plurality of generators according to the flow rate of the operative fluid; andcontrol means for controlling the operation of each of the generators on the basis of a tip speed calculated from the flow rate of the operative fluid and the number of rotations of said wing axial shaft. 3. A fluid power generator system including a plurality of wing axial shafts which stand upright coaxially and rotatably to rotate by operative fluid energy serving as a driving source, a plurality of rotary wings having linear blades attached to the wing axial shafts in a plurality of stages, respectively; and a plurality of generators with different rated outputs which are coupled with the axial shafts, respectively, comprising:an operating mode in which a continuously variable output corresponding to a wide range of a flow rate is given by selectively combining generators with optimum rated outputs from said plurality of generators according to the flow rate of the operative fluid; andcontrol means for controlling the operation of each of the generators on the basis of a tip speed calculated from the flow rate of the operative fluid and the number of rotations of said wing axial shaft. 4. A fluid power generator system according to claim 1, wherein said control means controls the operation of each of the generators in said operating mode on the basis of a tip speed calculated from the flow rate of the operative fluid and higher number of rotations exceeding an output peak value at the number of rotations of said wing axial shaft. 5. A fluid power generator system according to claim 2, wherein said fluid power generating units with different rated outputs stacked in a plurality of stages are arranged with rated outputs changed according to a height of a position of each stage. 6. A fluid power generator system according to claim 2, wherein said control means controls the operation of each of the generators in said operating mode on the basis of a tip speed calculated from the flow rate of the operative fluid and higher number of rotations exceeding an output peak value at the number of rotations of said wing axial shaft. 7. A fluid power generator system according to claim 3, wherein said control means controls the operation of each of the generators in said operating mode on the basis of a tip speed calculated from the flow rate of the operative fluid and higher number of rotations exceeding an output peak value at the number of rotations of said wing axial shaft.