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
On-Demand Educational Webinars
Speakers: Anne Guglielmo, CFPS, LEED AP, Engineer and chief FSES reviewer, The Joint Commissio
Monograph
Ensure the safety of your patients with a proper risk assessment of medical equipment. ASHE's monograph provides insights and best practices.
Compliance Tools
This checklist can help health care facilities inspect fire doors to ensure compliance with Joint Commission standard LS.02.01.10.
Videos
Speakers: Gerry Kaiser and Lindsey Brackett
Compliance Tools
The emergency power supply system (EPSS) is a critical hospital system, and its failure to function in a power outage can have tragic res
Compliance Tools
A sprinkler system can be complex with many different zones and valves. Some of those valves may be easily to locate.