The energy storage module (1) has a module controller (4) for the transmission of suitable torque requirements to a flywheel memory unit (2) for outputting or recording of energy to or from a direct current (DC) voltage intermediate circuit (5). A control ...

The system (1) has a control unit (13) for controlling an intake (En) of energy from or output (Ep) of the energy to a non-local power grid (5) and local power grids (61, 62) according to stationary and non-stationary control and system tasks (LRS, NLRS). ...

The module (1) has a vacuum module (4) for producing minimum vacuum, and a cooling module (5) for removing internal thermal loads during operation of a flywheel module (3). A module control system (6) is designed to suitably control the modules in a module...

The local control units (41-1-43-1) controls energy storage installations (41-43) for stationary control and system tasks (LRS) for local power grids (61-64). A central control unit (2) is connected to local control units by communication network (3), for ...

The system (1) has a master module (2M) comprising an interface (4M) for receiving external control instructions (ESB) with respect to localized and non-localized control- and system objects (ORS, NORS). A master control unit (7M) performs the control inst...

The station (1) has a fast-charging station (41) connected to alternating current (AC) power supply (2) that is connected to a power grid (6) through a transfer point (5). Load change-resistant energy storage unit (7) is connected to the AC power supply th...