New weather-feature variable to assess energy use under tight indoor environmental control in historical art galleries

Shashwat Ganguly, Fan Wang, Zhen Chen

Research output: Contribution to conferencePaper

Abstract

This paper develops a new weather-feature variable, Humidity Day (HD), which measures the latent influence of outdoor weather on the indoor air conditions and energy usage in a challenging case of a historical gallery having tight indoor environmental control. The variable is branched into two separate cases of latent addition and reduction in the form of Humidifying Humidity Day (HHD) and Dehumidifying Humidity Day (DHD), respectively. The Base Moisture Content (gb) is defined using the indoor environmental specifications, separately for HHD and DHD. Exemplified by applying the methods in the National Galleries of Scotland (NGS), the results clearly outline the positive outcomes of HD. The monthly latent influence of outdoor weather is quantified and shows a maximum amount of humidification requirement during the cold months whereas the same for dehumidification is observed during the warmer months. A correlation between HHD and humidifier energy consumption at the NGS is also observed. The same methods can be applied to any other building type, by defining an adequate base moisture content for that case.

Conference

Conference14th International Conference on Indoor Air Quality and Climate
Abbreviated titleIndoor Air 2016
CountryBelgium
CityGhent
Period3/07/168/07/16
Internet address

Fingerprint

Atmospheric humidity
Moisture
Energy utilization
Specifications
Air

Keywords

  • weather
  • energy use
  • indoor environmental control
  • art galleries
  • humidifier

Cite this

Ganguly, S., Wang, F., & Chen, Z. (2016). New weather-feature variable to assess energy use under tight indoor environmental control in historical art galleries. Paper presented at 14th International Conference on Indoor Air Quality and Climate, Ghent, Belgium.
Ganguly, Shashwat ; Wang, Fan ; Chen, Zhen. / New weather-feature variable to assess energy use under tight indoor environmental control in historical art galleries. Paper presented at 14th International Conference on Indoor Air Quality and Climate, Ghent, Belgium.
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abstract = "This paper develops a new weather-feature variable, Humidity Day (HD), which measures the latent influence of outdoor weather on the indoor air conditions and energy usage in a challenging case of a historical gallery having tight indoor environmental control. The variable is branched into two separate cases of latent addition and reduction in the form of Humidifying Humidity Day (HHD) and Dehumidifying Humidity Day (DHD), respectively. The Base Moisture Content (gb) is defined using the indoor environmental specifications, separately for HHD and DHD. Exemplified by applying the methods in the National Galleries of Scotland (NGS), the results clearly outline the positive outcomes of HD. The monthly latent influence of outdoor weather is quantified and shows a maximum amount of humidification requirement during the cold months whereas the same for dehumidification is observed during the warmer months. A correlation between HHD and humidifier energy consumption at the NGS is also observed. The same methods can be applied to any other building type, by defining an adequate base moisture content for that case.",
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Ganguly, S, Wang, F & Chen, Z 2016, 'New weather-feature variable to assess energy use under tight indoor environmental control in historical art galleries' Paper presented at 14th International Conference on Indoor Air Quality and Climate, Ghent, Belgium, 3/07/16 - 8/07/16, .

New weather-feature variable to assess energy use under tight indoor environmental control in historical art galleries. / Ganguly, Shashwat; Wang, Fan; Chen, Zhen.

2016. Paper presented at 14th International Conference on Indoor Air Quality and Climate, Ghent, Belgium.

Research output: Contribution to conferencePaper

TY - CONF

T1 - New weather-feature variable to assess energy use under tight indoor environmental control in historical art galleries

AU - Ganguly, Shashwat

AU - Wang, Fan

AU - Chen, Zhen

PY - 2016/7/3

Y1 - 2016/7/3

N2 - This paper develops a new weather-feature variable, Humidity Day (HD), which measures the latent influence of outdoor weather on the indoor air conditions and energy usage in a challenging case of a historical gallery having tight indoor environmental control. The variable is branched into two separate cases of latent addition and reduction in the form of Humidifying Humidity Day (HHD) and Dehumidifying Humidity Day (DHD), respectively. The Base Moisture Content (gb) is defined using the indoor environmental specifications, separately for HHD and DHD. Exemplified by applying the methods in the National Galleries of Scotland (NGS), the results clearly outline the positive outcomes of HD. The monthly latent influence of outdoor weather is quantified and shows a maximum amount of humidification requirement during the cold months whereas the same for dehumidification is observed during the warmer months. A correlation between HHD and humidifier energy consumption at the NGS is also observed. The same methods can be applied to any other building type, by defining an adequate base moisture content for that case.

AB - This paper develops a new weather-feature variable, Humidity Day (HD), which measures the latent influence of outdoor weather on the indoor air conditions and energy usage in a challenging case of a historical gallery having tight indoor environmental control. The variable is branched into two separate cases of latent addition and reduction in the form of Humidifying Humidity Day (HHD) and Dehumidifying Humidity Day (DHD), respectively. The Base Moisture Content (gb) is defined using the indoor environmental specifications, separately for HHD and DHD. Exemplified by applying the methods in the National Galleries of Scotland (NGS), the results clearly outline the positive outcomes of HD. The monthly latent influence of outdoor weather is quantified and shows a maximum amount of humidification requirement during the cold months whereas the same for dehumidification is observed during the warmer months. A correlation between HHD and humidifier energy consumption at the NGS is also observed. The same methods can be applied to any other building type, by defining an adequate base moisture content for that case.

KW - weather

KW - energy use

KW - indoor environmental control

KW - art galleries

KW - humidifier

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UR - http://www.isiaq.org/publications.php

M3 - Paper

ER -

Ganguly S, Wang F, Chen Z. New weather-feature variable to assess energy use under tight indoor environmental control in historical art galleries. 2016. Paper presented at 14th International Conference on Indoor Air Quality and Climate, Ghent, Belgium.