Date of Publication :7th June 2025

Abstract: In the quest for sustainable growth and energy preservation, refining energy expenditure in enclosed areas, especially through advanced ventilation techniques, stands as both a hurdle and a potential. This investigation delves into the nexus of energy efficiency and indoor environment control within domestic garages, illustrating a microcosm of confined spaces. Through an exhaustive case analysis, we crafted and applied an innovative analytical framework aimed at harmonizing ventilation flows with energy consumption, all while adhering to air quality norms. Leveraging empirical data gathering and simulation methodologies, our research pinpoints pivotal methods for boosting ventilation effectiveness, showcases the avenue for considerable energy conservation, and accentuates the significance of custom ventilation solutions in reducing energy footprints. Our discoveries not only add to the dialogue on ecological sustainability but also furnish practical guidelines for the engineering and management of energy-conservative ventilation infrastructures in enclosed environments. This study highlights the essentiality of comprehensive strategies in attaining energy utilization benchmarks and proposes a replicable paradigm for advancing environmental standards in residential and akin sealed spaces.

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