Hydroelectric in-pipe turbine uses
An in-pipe turbine has uses in energy storage and circulation. Specific applications are in storage systems working by elevation, smart grid systems, pressure release, and heating/cooling systems. Storage and release of electrical energy are important parts of an electrical grid. A system for storage using particulates is presented. On a higher level, a water system can interact with an electrical grid in order to use and provide electricity and convey water in a more efficient manner. The connection of a smart water and smart electrical grid, which may include the use of an in-pipe hydroelectric turbine, is presented.
1. A system for the incremental release and storage of energy, comprising:
two containers, each container containing particulate solids, each of the containers comprising an opening, the openings facing each other, with one above the other, so that their contents can be discharged into each other,
a neck intermediate to and in communication with each of said containers,
at least one turbine extending from the neck so as to produce electrical energy when the particulate solids descend, said turbine operatively coupled to a gear and a generator,
at least one gate connected to at least one opening and intermediate to the openings of said containers, operative to hold back the particulate solids,
a motor supplied by an external utility or external grid in communication with the containers and the neck, the motor operative to rotate the containers and exchange the position of the two containers, between upper and lower positions,
a support structure for mounting the motor, and,
an electronic control in communication with the motor and the containers, and operative to control the release of particulate solids by opening the at least one gate to produce electricity via the turbine.