Secondary Author(s)

Fenaughty, Karen; Parker, Danny; Lubliner, Michael; Howard, Luke

Report Number

DOE/EE-1701

URL

http://publications.energyresearch.ucf.edu/wp-content/uploads/2018/06/DOE-EE-1701_1416954_Martin-Fenaughty-Parker.pdf

Keywords

Ventilation; Cooling; Moisture; Buildings; Smart ventilation controls; Indoor air quality; Mechanical ventilation; Energy efficiency; ASHRAE standards

Abstract

Whole-house mechanical ventilation is a critical component to a comprehensive strategy for good indoor air quality (IAQ). However, due to lack of integration with standard heating and cooling systems, and perceptions from a portion of the homebuilding industry about risks related to increased energy use, increased cost, and decreased comfort, voluntary and code-required adoption varies amongst regions. Smart ventilation controls (SVC) balance energy consumption, comfort, and IAQ by optimizing mechanical ventilation operation to reduce the heating and/or cooling loads, improve management of indoor moisture, and maintain IAQ equivalence according to ASHRAE 62.2.Suggested Citation:Martin, E.; Fernaughty, K.; Parker, D.; Lubliner, M.; Howard, L. 2018. Field and Laboratory Testing of Approaches to Smart Whole-House Mechanical Ventilation Control. Golden, CO; NationalRenewable Energy Laboratory. DOE/EE-1701.

https://www.osti.gov/scitech/biblio/1416954-field-laboratory-testing-approaches-smart-whole-house-mechanical-ventilation-control, Links to Pub at DOE: https://www.osti.gov/biblio/1416954-field-laboratory-testing-approaches-smart-whole-house-mechanical-ventilation-controlhttps://www.osti.gov/servlets/purl/1416954

Date Published

1-15-2018

Identifiers

63

Subjects

Air quality management; Ventilation; Energy conservation; Buildings--Energy conservation

Local Subjects

Buildings - Cooling; Buildings - Moisture; Buildings - Ventilation

Type

Text; Document

Collection

FSEC Energy Research Center® Collection

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In Copyright