The invention is a system and method of generating hydraulic gravitational energy. Specifically, traditional gravitational electricity systems use a weight as a battery. However, the weight must be pulled upwards after it is dropped, which expends the created energy. In contrast, the disclosed arrangement employs a hydraulic system to lift the weight from a lower height to an upper height. Notably, hydraulics create more energy than is exerted. Thus, using hydraulics to lift the weight multiplies the energy produced each time the weight is dropped from a first height to a second, lower height. As a result, gravitational solutions can extend beyond non-traditional batteries, and can be used to generate electricity instead.

The invention is a system and method of generating hydraulic gravitational energy. Specifically, traditional gravitational electricity systems use a weight as a battery. However, the weight must be pulled upwards after it is dropped, which expends the created energy. In contrast, the disclosed arrangement employs a hydraulic system to lift the weight from a lower height to an upper height. Notably, hydraulics create more energy than is exerted. Thus, using hydraulics to lift the weight multiplies the energy produced each time the weight is dropped from a first height to a second, lower height. As a result, gravitational solutions can extend beyond non-traditional batteries, and can be used to generate electricity instead.

The invention relates to circulation of fluids to an elevated container in general and more specifically a system and a method for circulation of fluids in a non-resistive manner to an elevated container with at least one fluid source container, at least one closed container for circulation, at least one elevated fluid container, at least one circulation mechanism for the purpose of circulation, and at least one start-stop mechanism for the purpose of circulation control.

This invention relates to an electricity generator comprising a pressure chamber having a releasably sealable air vent, a liquid supply, a sump tank configured to deliver liquid to the pressure chamber and a turbine. The electricity generator further comprises a piping network including an upright liquid conduit configured to deliver water from the pressure chamber through the turbine and back to the sump tank, a pressurized air supply operable to pressurize air in the pressure chamber, a plurality of valves, and a controller to operate the plurality of valves. In use, a small amount of air may be used to efficiently move a large body of water which in turn is used to power a turbine. The electricity generated by the turbine may be harvested and subsequently used, thereby reducing electricity spend. The installation is compact and may be installed in a factory or other installation where electricity requirement/spend are high.

A hydraulic-pneumatic energy storage and recovery system, which comprises first and second sealed containers within each of which a volume of liquid is introducible and from which the introduced liquid is pneumatically propellable; a turbine interposed between the first and second containers and coupled with a generator, to produce power when caused to be rotated by the pneumatically propelled liquid; and collection-delivery apparatus located externally to the first and second containers, for collecting energy-depleted liquid gravitating from the turbine and for delivering the collected liquid to one of the first and second containers, to be used in subsequent energy recovery cycles.

A mass activated generator to generate torque, including a power drop device to receive liquid to drive a continuous loop device to generate the torque; a mass activated pump to receive the liquid from the continuous loop device and to pump the liquid to the continuous loop device. The continuous loop device includes a pair of torque shafts to drive an electric generator and a plurality of power drop containers connected to the torque shafts to receive the liquid and to transfer the liquid to the mass activated pump.

When water is pumped manually to the overhead tank, the Weight of the water is felt on the opposite end of the lever. Thus, an equal or heavier Weight to counter that Weight is thought of. This idea works on the Output Process but not on the Input Operation. However, unlike conventional water pumps, P3M3 works on both processes using techniques (invention) that employ the underlying Principles of Equilibrium or Perfect Balance. These techniques constitute the secret of P3M3, a very powerful synchronized tri-lever perpetual motion machine capable of using equal or heavier Weights to counter the Weights on the other end of the lever on both the Input and the Output Operations. Therefore, since it is perfectly balanced, pumping out 2 cubic meters of water per stroke through a 1.6-meter diameter 100-meter high pipe, with total water Weight of 200 tons, becomes an easy task for P3M3 since it is only the friction or mechanical losses of very few moving parts and the behavior of the pressurized hydraulic fluid or water that must be overcome.

A mechanical machine containing water in three tanks in its entirety, represented by a tank fixed at the top of the machine and not moving, and a tank moving up and down in the middle of the machine, and a tank moving up and down at the bottom of the machine. The movement of the middle and lower tank periodically tries to transfer water to the upper tank through five stages through its interaction with the remaining main parts of the machine (for example, gas springs, large water injections and automatic mechanical braking system).

A seesaw-type hydroelectric power generation device is provided, including an elongated container (10), a hydroelectric turbine module (20), a pivot structure (30) below the elongated container (10), and a jacking structure (40) placed on both sides of the pivot structure (30). The elongated container (10) includes a first compartment (13) and a second compartment (14), and a water flow passage (15) connecting them. The hydroelectric turbine module (20) includes an impeller (22) and a power generator (21), the impeller (22) disposed in the water flow passage (15). When force is applied to the elongated container (10), it tilts around the pivot structure (30). The working fluid (WF) flows reciprocally through the water flow passage (15), driving the impeller (22) to rotate and thus generating electricity. The electricity required to drive the elongated container is less than the electricity generated, allowing for the continuous generation of electricity.

A water driven system for generating useful work has a floating support structure with a pair of spaced apart frame portions. A waterwheel is mounted between the two spaced apart frame portions in an upright manner. The waterwheel has a number of radially extending spokes for turning the waterwheel in response to a flow of water against the spokes when the floating support structure is mounted on a moving body of water. The waterwheel has outwardly extending axle shafts which are used to produce useful work as the wheel rotates.