Adaptive monitoring system and method for defrosting interval time of air-source variable-frequency heat pump

Abstract

The present disclosure discloses an adaptive monitoring system and method for defrosting interval time of an air-source variable-frequency heat pump, relating to the technical field of variable-frequency heat pump monitoring. It collects data relating to frost layer, obtains visual characteristics of the frost layers, analyzes the impact status of frost layers in the monitoring area, examines the degree of correlation between the visual characteristics and the impact level of frost layers to obtain effective visual characteristics associated with the impact level of frost layers. It selects a test environment, controls the start-stop of the air-source variable-frequency heat pump, analyzes the real-time changes in the effective visual characteristics, and adjusts the frequency of the air-source variable-frequency heat pump. After the use of the air-source variable-frequency heat pump is completed, it adjusts the monitoring cycle of the air-source variable-frequency heat pump based on the usage conditions. When abnormalities occur in the air-source variable-frequency heat pump, it sends an alarm to management personnel. The present disclosure dynamically determines frost layer changes by collecting visual characteristics of frost layers and the extent to which heating equipment is affected by frost layers, ensuring continuous, stable, and efficient heating of the heat pump and enhancing the user experience.