Method for controlling a feed arrangement for increasing a feed-in of electrical power of the feed arrangement into an electrical supply network, the feed arrangement having a wind energy installation with a rectifier, an electrical load and an electrical store, which are connected via a DC voltage generated by the rectifier in a distribution unit, the feed arrangement being connected to the electrical supply network by means of a transformer, comprising the steps: - generating electrical power using the wind energy installation from wind, - feeding a first proportion of the generated electrical power into the electrical supply network, - supplying a second proportion of the generated electric power to the electric consumer for consuming the supplied second proportion of the generated electric power, - supplying a third proportion of the generated electric power to the electric store, wherein, depending on at least one monitored system state, the second proportion of the generated electrical power supplied to the consumer is completely or partially reduced and the first proportion of the electrical power fed into the electrical supply network is increased accordingly, wherein, depending on at least one monitored network state, the third part of the generated electrical power supplied to the electrical storage device is completely or partially reduced and the first part of the electrical power fed into the electrical supply network is increased accordingly, wherein the electrical load is a conversion device for converting the electrical power into another form of energy, wherein the distribution unit is for power sharing on a DC voltage plane, wherein the transformer transforms an AC voltage to a higher voltage value, and wherein monitoring at least one network state of one of the list comprises: - monitoring the frequency in the electrical supply network, - monitoring the voltage in the electrical supply network, - monitoring the change of frequency of the electrical supply network. comprising the steps: - generating electrical power using the wind energy installation from wind, - feeding a first proportion of the generated electrical power into the electrical supply network, - supplying a second proportion of the generated electric power to the electric consumer for consuming the supplied second proportion of the generated electric power, - supplying a third proportion of the generated electric power to the electric store, - generating electrical power using the wind energy installation from wind, - feeding a first proportion of the generated electrical power into the electrical supply network, - supplying a second proportion of the generated electric power to the electric consumer for consuming the supplied second proportion of the generated electric power, - supplying a third proportion of the generated electric power to the electric store, wherein, depending on at least one monitored system state, the second proportion of the generated electrical power supplied to the consumer is completely or partially reduced and the first proportion of the electrical power fed into the electrical supply network is increased accordingly, wherein, depending on at least one monitored network state, the third part of the generated electrical power supplied to the electrical storage device is completely or partially reduced and the first part of the electrical power fed into the electrical supply network is increased accordingly, wherein the electrical load is a conversion device for converting the electrical power into another form of energy, wherein the distribution unit is for power sharing on a DC voltage plane, wherein the transformer transforms an AC voltage to a higher voltage value, and wherein monitoring at least one network state of one of the list comprises: - monitoring the frequency in the electrical supply network, - monitoring the voltage in the electrical supply network, - monitoring the change of frequency of the electrical supply network. - monitoring the frequency in the electrical supply network, - monitoring the voltage in the electrical supply network, - monitoring the change of frequency of the electrical supply network.