Method for creating a low fluid pressure differential electrical generating system

A Method for creating a Low Fluid Pressure Differential Electrical Generating System is provided that is in connection to and functions with a pipe system network that conveys fluid that flows under hydraulic pressure consisting of

• determining power curve efficiencies to be obtained,
• supplying a flow of fluid under pressure,
• diverting said fluid flow creating at least one divergence channel,
• controlling volume of said fluid flow into each said divergence channel,
• directing said fluid flow through said divergence channel into fluid entrance of a housing and into the an impeller chamber said chamber located internally of said housing,
• focusing said fluid flow onto a bulbous interface of a rotationally enhanced fluid flow device, said fluid flow device centrally located about said impeller chamber,
• conforming said fluid flow onto power generating vanes geometrically aligned about said flow device, said vanes conforming to said power curve efficiencies desired,
• exiting said vanes, creating a centrifugal force upon said vanes causing rotation, said flow device about a central axis, into an volumetrically varying voluted discharge channel, said channel having a discharge port,
• converting rotational energy of said fluid flow device into electrical power through use of a electrical generating means coupled to said rotating flow device,
• calibrating a pressure differential of said fluid flow through said network within a predefined range by using a pressure differential modulating means and
• returning of said fluid flow from said discharge port to said supply of fluid flow.