Energy-efficiency interventions are crucial for sustainable building operations. This study evaluates the effectiveness of routine HVAC cleaning on energy consumption and supply airflow across non-residential buildings in four climate zones. Cleaned HVAC systems demonstrated significant energy savings (41–60%) and increased supply airflow (10–46%) compared to uncleaned systems. The findings support routine HVAC cleaning as a cost-effective strategy for improving both energy performance and indoor air quality.
Impacts of Hvac Cleaning on Energy Consumption and Supply Airflow: A Multi-Climate Evaluation
Nouman AhmedData Curation
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2025-01-01
Abstract
Energy-efficiency interventions are crucial for sustainable building operations. This study evaluates the effectiveness of routine HVAC cleaning on energy consumption and supply airflow across non-residential buildings in four climate zones. Cleaned HVAC systems demonstrated significant energy savings (41–60%) and increased supply airflow (10–46%) compared to uncleaned systems. The findings support routine HVAC cleaning as a cost-effective strategy for improving both energy performance and indoor air quality.File in questo prodotto:
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