Optimal Control Strategy of Temperature Control Equipment Based on CPS System

Abstract

Aiming at the characteristics of temperature control equipment with good energy saving and demand response potential, a temperature control equipment energy consumption control system based on the cyber physical system (CPS) architecture is proposed. Based on the two-tier architecture of a typical CPS system, the unit level realizes the dynamic information perception, standardized information modeling and control of temperature control equipment through the intelligent energy-using terminal; the system-level implements multiple information fusion and edge computing through the intelligent energy-using gateway to achieve Energy efficiency analysis, energy efficiency diagnosis and coordinated control of multiple devices for residential temperature control equipment. Relying on the proposed interactive architecture and CPS model, using the relevant information sensed by the CPS unit, at the CPS decision-making level, an optimized control strategy for temperature control equipment based on cloud model theory is proposed. The consumption has dropped significantly.