Abstract: The disclosure relates to a method and an assembly for load management of electrical components of a local electrical system connected to a superordinate grid via a common grid connection point. A superordinate server creates a schedule for the controlling electrical components and, if possible, transmits the schedule to a local control unit. The local control unit implements the schedule received or, if a current schedule is not available, implements a standard schedule. The grid connection point is monitored to ensure that the power does not exceed a specified power limit value. If this is the case, the schedule currently being used to control the components is modified according to a specified scheme. If the power limit value is not adhered to within a predetermined time, a monitoring device switches off the power connection of individual components in accordance with a specified scheme.

Abstract: The disclosure relates to a method and an assembly for load management of electrical components of a local electrical system connected to a superordinate grid via a common grid connection point. A superordinate server creates a schedule for the controlling electrical components and, if possible, transmits the schedule to a local control unit. The local control unit implements the schedule received or, if a current schedule is not available, implements a standard schedule. The grid connection point is monitored to ensure that the power does not exceed a specified power limit value. If this is the case, the schedule currently being used to control the components is modified according to a specified scheme. If the power limit value is not adhered to within a predetermined time, a monitoring device switches off the power connection of individual components in accordance with a specified scheme.