A system for providing information regarding a power control of at least one electric power grid, wherein the electric power grid comprises at least one transmission network and/or at least one distribution network and wherein the electric power grid is operatively connected to a plurality of regenerative or renewable electric power generation facilities, wherein the system comprises at least one reception device for receiving data from at least one electronic database which is connected to the reception device via a network, said data being associated with a shutdown and/or down regulation of the electric power generation facilities as a result of a feed-in management of the electric power grid, wherein the system further comprises a processing and/or computing equipment for processing said data so that it can be linked and/or made available as information, wherein the information is real-time information and the data is real-time data, and wherein different data formats of the real-time data from the respective electronic databases are convertible into a uniform data format by means of the processing and/or computing equipment and the quality of the real-time data of the various electronic databases can be increased by algorithms performing plausibility checks, wherein the processing and/or computing equipment is arranged for processing model-based data so that the latter can be linked and/or made available as forecast information, and wherein the forecast information is associated with a temporally future shutdown and/or down regulation of the electric power generation facilities as a result of the feed-in management of the electric power grid, wherein electric power consumption time series can be determined on the basis of a load model for industrial, commercial and household loads by means of the processing and/or computing equipment, and wherein electric power generation time series can be determined on the basis of an electric power generation model in the form of electric power generation forecasts of renewable energies for the electric power generation facilities based on numerical weather forecasts as well as for further base-load type electric power generation facilities by means of the processing and/or computing equipment, wherein the forecast information can be determined by means of the processing and/or computing equipment as well as by means of a load flow model, implemented therein, of the electric power grid for calculating its temporally future electric power loading, wherein an electric power grid model, a load model and an electric power generation model are provided as input parameters for the load flow model, wherein the forecast information can be determined by means of the load flow model implemented in the processing and/or computing means on the basis of those one or more electric power generation facilities which have a maximum node-specific influence on a bottleneck of the electric power grid, and wherein the real-time data of one or more specific electric power generation facilities can be linked with generation time series of said associated one or more electric power generation facilities based on various numerical weather forecast models by means of the processing and/or computing equipment. the information is real-time information and the data is real-time data, and wherein different data formats of the real-time data from the respective electronic databases are convertible into a uniform data format by means of the processing and/or computing equipment and the quality of the real-time data of the various electronic databases can be increased by algorithms performing plausibility checks, wherein the processing and/or computing equipment is arranged for processing model-based data so that the latter can be linked and/or made available as forecast information, and wherein the forecast information is associated with a temporally future shutdown and/or down regulation of the electric power generation facilities as a result of the feed-in management of the electric power grid, wherein electric power consumption time series can be determined on the basis of a load model for industrial, commercial and household loads by means of the processing and/or computing equipment, and wherein electric power generation time series can be determined on the basis of an electric power generation model in the form of electric power generation forecasts of renewable energies for the electric power generation facilities based on numerical weather forecasts as well as for further base-load type electric power generation facilities by means of the processing and/or computing equipment, wherein the forecast information can be determined by means of the processing and/or computing equipment as well as by means of a load flow model, implemented therein, of the electric power grid for calculating its temporally future electric power loading, wherein an electric power grid model, a load model and an electric power generation model are provided as input parameters for the load flow model, wherein the forecast information can be determined by means of the load flow model implemented in the processing and/or computing means on the basis of those one or more electric power generation facilities which have a maximum node-specific influence on a bottleneck of the electric power grid, and wherein the real-time data of one or more specific electric power generation facilities can be linked with generation time series of said associated one or more electric power generation facilities based on various numerical weather forecast models by means of the processing and/or computing equipment.