Method for operating an arrangement having at least one energy distribution device, a plurality of energy consumption devices and an energy supply network, to which the at least one energy distribution device and the plurality of energy consumption devices are connected, - the energy consumption devices and the energy distribution device being connected directly or indirectly via a communication device, - the energy distribution device determining energy supply conditions on the basis of the respective network load or network load fluctuations of the energy supply network in a time-dependent manner, and - energy being individually provided or not being provided to the energy consumption devices according to their individually stored energy use conditions by virtue of - the energy distribution device adjusting the energy supply conditions, the energy supply conditions being adjusted in such a manner that - if there is an excess supply of electrical energy in the energy supply network, energy supply is made more attractive for the energy consumption devices and, if there is a foreseeable lack or there is already a lack of electrical energy in the energy supply network, energy supply is made more difficult or unattractive for the energy consumption device, the energy use conditions and the energy supply conditions containing at least one of the parameters cited below: - minimum quality of the energy, in particular with regard to the minimum frequency stability of the electrical voltage supplied, the maximum voltage fluctuation of the electrical voltage supplied and/or a maximum amount of harmonics in the electrical voltage supplied, - maximum emission of carbon dioxide for each kilowatt hour supplied, - type of energy generation, - price or price indicator, characterized - in that the energy distribution device determines the respective network load of the energy supply network by measuring the network load in a time-dependent manner, - in that the energy distribution device generates an emission signal indicating its respective energy supply conditions and transmits this signal to the energy consumption devices via the communication device, - in that at least one of the energy consumption devices individually checks whether the energy supply conditions received with the emission signal match its individually stored energy use conditions and, if the energy supply conditions and the energy use conditions match, uses the energy offered for the received energy supply conditions and otherwise rejects it, and - in that the energy distribution device receives the likely energy requirement of the downstream energy consumption device from a control device of the energy consumption device. - the energy consumption devices and the energy distribution device being connected directly or indirectly via a communication device, - the energy distribution device determining energy supply conditions on the basis of the respective network load or network load fluctuations of the energy supply network in a time-dependent manner, and - energy being individually provided or not being provided to the energy consumption devices according to their individually stored energy use conditions by virtue of - the energy distribution device adjusting the energy supply conditions, the energy supply conditions being adjusted in such a manner that - if there is an excess supply of electrical energy in the energy supply network, energy supply is made more attractive for the energy consumption devices and, if there is a foreseeable lack or there is already a lack of electrical energy in the energy supply network, energy supply is made more difficult or unattractive for the energy consumption device, the energy use conditions and the energy supply conditions containing at least one of the parameters cited below: - minimum quality of the energy, in particular with regard to the minimum frequency stability of the electrical voltage supplied, the maximum voltage fluctuation of the electrical voltage supplied and/or a maximum amount of harmonics in the electrical voltage supplied, - maximum emission of carbon dioxide for each kilowatt hour supplied, - type of energy generation, - price or price indicator, - in that the energy distribution device determines the respective network load of the energy supply network by measuring the network load in a time-dependent manner, - in that the energy distribution device generates an emission signal indicating its respective energy supply conditions and transmits this signal to the energy consumption devices via the communication device, - in that at least one of the energy consumption devices individually checks whether the energy supply conditions received with the emission signal match its individually stored energy use conditions and, if the energy supply conditions and the energy use conditions match, uses the energy offered for the received energy supply conditions and otherwise rejects it, and - in that the energy distribution device receives the likely energy requirement of the downstream energy consumption device from a control device of the energy consumption device.