Підвищення надійності інженерних систем для створення мікроклімату приміщень в умовах воєнного екоциду

Abstract

One of the primary tasks in enhancing the reliability of engineering systems for indoor climate control is the management and diagnostics of vulnerabilities within HVAC systems and their components. This involves developing effective fault detection strategies and condition-based preventive maintenance, which allows for the scheduling of HVAC system operations and maintenance according to actual needs, as determined by the system's state under conditions of war-induced ecocide. Exergetic analysis, along with determining the system's state based on available monitoring signals (hereinafter referred to as Fault Detection and Diagnostics — FDD), serves as a key tool for assessing HVAC system reliability and identifying weak nodes or loss of performance. Evaluating the reliability of climate control systems enables an objective comparison of alternative technologies and strategies for stable functioning and recovery, both for the entire HVAC system and its individual critical components and assemblies.