Abstract/Conclusion: Understanding the Dehumidification Performance of Air-Conditioning Equipment at Part-Load Conditions

Primary Author(s)

Florida Solar Energy Center
Don B. Shirey III, Florida Solar Energy Center

Secondary Author(s)

Henderson Jr., Hugh; Raustad, Richard

Report Number

FSEC-CR-1537-05-ES

URL

http://publications.energyresearch.ucf.edu/wp-content/uploads/2018/06/FSEC-CR-1537-05-es.pdf

Keywords

Dehumidification; Buildings; HVAC; Cooling; Humidity; Air Quality; Air-conditioning performance; Part-load conditions; Moisture removal; Indoor air quality

Abstract

Air conditioner cooling coils typically provide both sensible cooling and moisture removal. Data from a limited number of field studies (Khattar et al. 1985; Henderson and Rengarajan 1996; Henderson 1998) have demonstrated that the moisture removal capacity of a cooling coil degrades at part-load conditions, especially when the supply fan operates continuously while the cooling coil cycles on and off. Degradation occurs because moisture that condenses on the coil surfaces during the cooling cycle evaporates back into air stream when the coil is off. This degradation affects the ability of cooling equipment to maintain proper indoor humidity levels and may negatively impact indoor air quality.

Date Published

1-1-2006

Identifiers

512

Subjects

Air conditioning; Humidity--Control; Indoor air quality; Cooling systems; Moisture

Local Subjects

Buildings - Air Quality; Buildings - Cooling; Buildings - Dehumidification; Humidity; Buildings - HVAC

Type

Text; Document

Contributor (Linked Data)

Raustad, Richard [LC]

Collection

FSEC Energy Research Center® Collection

STARS Citation

Florida Solar Energy Center and Shirey III, Don B., "Abstract/Conclusion: Understanding the Dehumidification Performance of Air-Conditioning Equipment at Part-Load Conditions" (2006). FSEC Energy Research Center®. 512.
https://stars.library.ucf.edu/fsec/512