An improved system and method for generating electrical energy from air hydropower

An improved system for generating electrical energy from air hydropower, said system comprising;

• a series arrangement of more than one vessel characterized in that wherein each of the vessel is cylindrical in shape at center, a dome shaped structure at top and a narrow conical structure at bottom, such that the vessels connected to an injection pumping system at the bottom side and to an air surge tank at top of the vessel such that the pressure in all the vessels are maintained in the range 5 Bar to 300 Bar;
• a mechanical drive machine and a fulcrum assembly having an effort arm and a resistance arm resting on a static support, wherein the effort arm is connected to a drive mechanism and the resistance arm is connected to a piston rod, wherein the piston rod is connected to a piston plate with a rubber seal for pumping water from a reservoir;
• an injection pumping system which includes an injection pump which is separated into two compartment by the piston plate, wherein each of the compartment has an input valves and an output valves that pumps water from the reservoir into the vessels;
• a Y shaped penstock connected at the narrow conical structure at one end and formed from more than one narrow piping merging into a single pipe, wherein the penstock receives pressurized water from the vessel continuously at same volume and pressure as received from the injection pumping system to the vessel;
• and
• a pen stock jet placed over the penstock, wherein the jet is injected with air bubbles through an air bubble injection system and pushes the water from the penstock at high velocity over a Pelton wheel of a Pelton turbine which in turn moves turbine shaft, wherein the shaft is connected to a generator to generate electricity.