(EP829089-A1)      Energy storage device consists of an energy storage housing, beam (14) of single charged particles (e.g. electrons) in an orbital (15) layer within the housing, and a charge neutralizer positioned relative to the orbital layer (15). Also claimed is a method of storing energy by use of the above energy storage device.    USE -   For storage of a monocharged plasma with a fixed geometry in which particles move in definable paths. Provides a generator for a fixed geometry, monocharged plasma having a specific toroidal shape. The plasma can be shaped into a toroid using a circular magnetic field generated by a charged particle beam, single conductor or a toroidal conductor coil.    ADVANTAGE -   Monocharged plasma will be more containable and controllable to a far greater deg. than an amorphous plasma. Energy can be added to or removed from the plasma in a well defined, simple and controlled manner opening new possibilities for energy storage.    (US5773919-A)      Energy storage device consists of an energy storage housing, beam (14) of single charged particles (e.g. electrons) in an orbital (15) layer within the housing, and a charge neutralizer positioned relative to the orbital layer (15). Also claimed is a method of storing energy by use of the above energy storage device.    USE -   For storage of a monocharged plasma with a fixed geometry in which particles move in definable paths. Provides a generator for a fixed geometry, monocharged plasma having a specific toroidal shape. The plasma can be shaped into a toroid using a circular magnetic field generated by a charged particle beam, single conductor or a toroidal conductor coil.    ADVANTAGE -   Monocharged plasma will be more containable and controllable to a far greater deg. than an amorphous plasma. Energy can be added to or removed from the plasma in a well defined, simple and controlled manner opening new possibilities for energy storage.    (JP11506259-W)      Energy storage device consists of an energy storage housing, beam (14) of single charged particles (e.g. electrons) in an orbital (15) layer within the housing, and a charge neutralizer positioned relative to the orbital layer (15). Also claimed is a method of storing energy by use of the above energy storage device.    USE -   For storage of a monocharged plasma with a fixed geometry in which particles move in definable paths. Provides a generator for a fixed geometry, monocharged plasma having a specific toroidal shape. The plasma can be shaped into a toroid using a circular magnetic field generated by a charged particle beam, single conductor or a toroidal conductor coil.    ADVANTAGE -   Monocharged plasma will be more containable and controllable to a far greater deg. than an amorphous plasma. Energy can be added to or removed from the plasma in a well defined, simple and controlled manner opening new possibilities for energy storage.    (US6140752-A)      Energy storage device consists of an energy storage housing, beam (14) of single charged particles (e.g. electrons) in an orbital (15) layer within the housing, and a charge neutralizer positioned relative to the orbital layer (15). Also claimed is a method of storing energy by use of the above energy storage device.    USE -   For storage of a monocharged plasma with a fixed geometry in which particles move in definable paths. Provides a generator for a fixed geometry, monocharged plasma having a specific toroidal shape. The plasma can be shaped into a toroid using a circular magnetic field generated by a charged particle beam, single conductor or a toroidal conductor coil.    ADVANTAGE -   Monocharged plasma will be more containable and controllable to a far greater deg. than an amorphous plasma. Energy can be added to or removed from the plasma in a well defined, simple and controlled manner opening new possibilities for energy storage.