Abstract: A method and device for controlling decentralized loads in an energy network, including at least two controllable loads, wherein the controllable loads are in particular energy consumers and/or energy storages and/or energy producers distributed over several buildings or building complexes. The loads are connected to a central energy supply by means of an energy supply line for providing power to the loads. In doing to, at least two controllable loads are provided. In the method, an inter-building load forecast is determined for several loads. In addition, an inter-building operational plan is created for at least two controllable loads on the basis of the inter-building load forecast. The controllable loads are driven on the basis of the inter-building operational plan and by means of the climate profiles of generated control data.

Abstract: A method and device for controlling decentralized loads in an energy network, including at least two controllable loads, wherein the controllable loads are in particular energy consumers and/or energy storages and/or energy producers distributed over several buildings or building complexes. The loads are connected to a central energy supply by means of an energy supply line for providing power to the loads. In doing to, at least two controllable loads are provided. In the method, an inter-building load forecast is determined for several loads. In addition, an inter-building operational plan is created for at least two controllable loads on the basis of the inter-building load forecast. The controllable loads are driven on the basis of the inter-building operational plan and by means of the climate profiles of generated control data.