Cloud-edge collaborative smart energy management system

Abstract

This invention relates to the field of building heating, ventilation, and air conditioning (HVAC) technology, and more particularly to a cloud-edge collaborative smart energy management system. The system includes a multi-source thermal data acquisition module, a cloud-edge collaborative baseline generation module, a real-time room temperature deviation calibration module, a pipeline energy efficiency attenuation calibration module, and a scheme delivery module. It performs real-time calibration of the baseline heating control scheme by calculating the thermal inertia hysteresis coefficient, performs demand compensation based on time-of-use and zone-specific heat demand coefficients, performs energy efficiency calibration based on the pipeline heat loss coefficient, performs scaling inhibition correction in conjunction with the supply water temperature stress coefficient, and performs economic optimization based on the real-time electricity price peak-valley coefficient. This achieves synergistic optimization of heating quality and energy efficiency, effectively improving thermal comfort, reducing operating energy consumption, and extending equipment lifespan.

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