![ashrae 90.1 plug load control ashrae 90.1 plug load control](https://cdn2.webdamdb.com/1280_wUMavZz5YpP1.jpg)
![ashrae 90.1 plug load control ashrae 90.1 plug load control](https://encelium.com/wp-content/uploads/2021/06/ENC_IMG_Wireless_Plug_Load_Control_Module_SPP_1314x1314px-300x300.png)
The use of advanced lighting controls to synchronize light levels with daylight, occupancy, and multi-level control capability are required in order to be compliant. A breakdown shows that plugs and process loads command 33 percent of energy use and are. DiLouie: What are typical energy savings from plug load control Kaminski: According to the DOE, office equipment is still projected to be the fastest-growing use of energy between 19. The ASHRAE 90.12019 energy code has specific requirements for lighting controls. ASHRAE 90.1: classrooms Title 24: computer classrooms. To import the new ASHRAE Profiles into IESVE/Apache for a more accurate simulation of office plug loads, download the free template from the IES Content Store. About ASHRAE 90.1 ASHRAE 90.1 is an energy code designed to reduce energy consumption. However, it is notable that there is an increase in plug-load power usage during the nighttime & weekend periods when the newer ASHRAE profiles are simulated, as shown in the sub-hourly graph (below-right). This includes one printer for every 10 people. For example, a 2-screen laptop docking station (LDS) per occupant will result in a predicted 52% reduction, when compared to an ASHRAE 90.1 baseline with 90.1 UM profiles. Hubbell’s Load:Logic is a comprehensive system that will assist in attaining ASHRAE 90.1-2010 and California Ticompliance and reduce facility energy consumption.
#Ashrae 90.1 plug load control manual#
If you are curious to know how these newer ASHRAE Handbook profiles compare against the existing ASHRAE 90.1 User Manual profiles, the resultant variation is in the range of a 40-62% reduction of plug-load energy consumption, depending on the type of office equipment. These new sub-hourly profiles were developed as a result of ASHRAE Research Project (1742-RP) for comparison against peak load factors listed in the 2017 ASHRAE Handbook of Fundamentals.Ĭurrently, the more popular source of plug load profiles are from the ASHRAE 90.1 User Manual (UM), often used for LEED Energy Modeling or Code Compliance Modeling. The December 2018 Feature of ASHRAE’s eSociety highlighted the updated weekday & weekend power consumption profiles for various office equipment.