A method for operating an electrical storage station on an electrical supply network , and the electrical supply network has, in addition to electrical consumers , at least - the electrical storage station for taking up and outputting electrical storage power, and - at least one wind power installation to generate electrical power from wind, and the method includes the steps of - generating electrical power by way of the at least one wind power installation as generated wind power (P W ), and - feeding a feed-in power into the electrical supply network , wherein the electrical feed-in power (P F ) at least results from - the generated wind power and - a storage power (P S ) taken up or output by the storage station , wherein the feeding of the feed-in power into the electrical supply network is controlled - depending on a state of charge of the storage station , and - depending on a wind forecast and/or a power forecast, wherein - changes in the feed-in power over time are controlled depending on the wind forecast and/or on the power forecast, characterized in that for changes in the feed-in power - at least one limit gradient (G max ) is specified in order to limit the changes in the feed-in power thereto, and that - the at least one limit gradient is specified depending on the wind forecast and/or on the power forecast. - the electrical storage station for taking up and outputting electrical storage power, and - at least one wind power installation to generate electrical power from wind, and the method includes the steps of - generating electrical power by way of the at least one wind power installation as generated wind power (P W ), and - feeding a feed-in power into the electrical supply network , wherein the electrical feed-in power (P F ) at least results from - the generated wind power and - a storage power (P S ) taken up or output by the storage station , wherein the feeding of the feed-in power into the electrical supply network is controlled - depending on a state of charge of the storage station , and - depending on a wind forecast and/or a power forecast, wherein - changes in the feed-in power over time are controlled depending on the wind forecast and/or on the power forecast, characterized in that for changes in the feed-in power - at least one limit gradient (G max ) is specified in order to limit the changes in the feed-in power thereto, and that - the at least one limit gradient is specified depending on the wind forecast and/or on the power forecast. - the generated wind power and - a storage power (P S ) taken up or output by the storage station , wherein the feeding of the feed-in power into the electrical supply network is controlled - depending on a state of charge of the storage station , and - depending on a wind forecast and/or a power forecast, wherein - changes in the feed-in power over time are controlled depending on the wind forecast and/or on the power forecast, characterized in that for changes in the feed-in power - at least one limit gradient (G max ) is specified in order to limit the changes in the feed-in power thereto, and that - the at least one limit gradient is specified depending on the wind forecast and/or on the power forecast. - changes in the feed-in power over time are controlled depending on the wind forecast and/or on the power forecast, characterized in that for changes in the feed-in power - at least one limit gradient (G max ) is specified in order to limit the changes in the feed-in power thereto, and that - the at least one limit gradient is specified depending on the wind forecast and/or on the power forecast. <EOS>