Quantifying Hospital Cord Connected Plug Loads in Inpatient Areas
by Jason V. D’Antona, PE, LEED® AP and John Messervy, AIA
The lack of empirical data on the nature of plug loads in the health care setting requires designers to estimate plug load based on simultaneous peak use of equipment. While this method ensures that the load will not exceed the estimate, it results in unnecessarily oversized systems and inaccurate energy models. This leads to missed opportunities for energy efficiency initiatives and higher lifecycle costs associated with oversized infrastructure. This monograph describes a study undertaken to address the lack of empirical data on plug loads by comparing anticipated design load with energy intensity data. The authors hope it will lead to development of a guide to aid in the design and modeling of plug loads.
Access PDF | Members can download a PDF of the entire monograph |
Order Print version | Catalog number: 055592 Member: $25.00, Nonmember: $35.00
|
Related Resources
HFM Article
ASHE focuses its advocacy on recent changes to codes and standards and long-term effects spurred by the COVID-19 pandemic
HFM Article
ASHE gets members involved in developing tools and resources to help address regulatory and other concerns
HFM Article
ASHE is creating new tools to help health care facilities meet growing trends around carbon reduction
HFM Article
The health system continues its sustainability journey with a goal to achieve carbon positivity by 2025
HFM Article
Leading experts at the 58th ASHE Annual Conference explored hot topics such as pandemic recovery, infrastructure investment and more.
HFM Article
From on-site renewable energy to LEED designed buildings, hospitals across the country are joining in the decarbonization movement