Shelton J.W.
Year:
1976
Bibliographic info:
ASHRAE. j. January 1976

Points out that energy necessary to humidify air in a dwelling is usually far greater than consequent decreased sensible heat loss. Provides basic information necessary to calculate moisture deficit or surplus due to air exchange. Calculates rate of moisture addition or subtraction from air to house to maintain given humidity ratio. Determines under what circumstances humidification results in net savings of energy, describing factors affecting humidity in typical households. Concludes that net energy cost of humidification varies with each situation. Tabulates recommended maximum humidities as a function of outside temperature to avoid condensation problems.