Abstract: Embodiments of a method of operating an electrical grid having at least one electrical consumer and a plurality of electrical producers are disclosed. In the method, a consumption prediction for the electrical consumer is provided, and production predictions for each electrical producer of a plurality of electrical producers are provided. The respective distances between the electrical consumer and each electrical producer of the plurality of electrical producers are determined. An electrical producer of the electrical producers is allocated to the electrical consumer in a first allocating step such that the provided consumption prediction of the electrical consumer matches to the provided production prediction of the at least one electrical producer and such that the determined distance between the electrical consumer and the at least one electrical producer is at least smaller than at least one first distance limit.

Abstract: A system having at least one controllable producer configured to produce at least one first energy amount, at least one non-controllable producer configured to produce at least one second energy amount in which the non-controllable producer is assigned to the controllable producer to form an electrical producer arrangement. The at least one second energy amount to be produced by the non-controllable producer is forecasted during at least one future time period, and the controllable producer is controlled based on the at least one forecasted second energy amount such that total energy amount supplied by the electrical producer arrangement to an electrical network during the future time period corresponds to a predefinable total energy amount.

Abstract: Embodiments of a method of operating an electrical grid having at least one electrical consumer and a plurality of electrical producers are disclosed. In the method, a consumption prediction for the electrical consumer is provided, and production predictions for each electrical producer of a plurality of electrical producers are provided. The respective distances between the electrical consumer and each electrical producer of the plurality of electrical producers are determined. An electrical producer of the electrical producers is allocated to the electrical consumer in a first allocating step such that the provided consumption prediction of the electrical consumer matches to the provided production prediction of the at least one electrical producer and such that the determined distance between the electrical consumer and the at least one electrical producer is at least smaller than at least one first distance limit.

Abstract: A system having at least one controllable producer configured to produce at least one first energy amount, at least one non-controllable producer configured to produce at least one second energy amount in which the non-controllable producer is assigned to the controllable producer to form an electrical producer arrangement. At least one first forecasting means is configured to forecast the at least one second energy amount to be produced by the non-controllable producer during at least one future time period, and at least one controlling means is configured to control the controllable producer based on the at least one forecasted second energy amount such that total energy amount supplied by the electrical producer arrangement to an electrical network during the future time period corresponds to a predefinable total energy amount.