FIELD: physics.
SUBSTANCE: invention relates to control and optimization of energy consumption of objects. Method includes steps of collecting data from sensors recording climatic parameters, activity and power consumption of the object; recorded data on energy consumption of the object, climatic parameters of the object and activity of the object are transmitted by the control programmable logic controller to the cloud computing server; on the cloud computing server, the obtained data on the energy consumption of the object, the climatic parameters of the object and the activity of the object are processed, wherein data processing is carried out using neural networks for further training of the power consumption model of the object; on the cloud computing server, generating a command to change the state of the end devices of the physical object in the state of the object t+1 in accordance with the obtained simulation results; from the cloud computing server, the generated commands are transmitted to the control programmable logic controller of the object; from the control programmable logic controller of the object, the corresponding previously generated commands are transmitted to the corresponding end physical devices of the object.
EFFECT: increased energy efficiency of the facility.
8 cl, 3 dwg
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Authors
Dates
2024-06-17—Published
2022-11-23—Filed