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Learn & Plan Topics
Plug loads refer to energy used by equipment that is plugged into an outlet. In an office, key plug loads include computer and monitors, printers...
This case study provides an in-depth look at using flexible interiors to design for adaptability
Today’s workplaces are often in flux. Organizations change direction or develop new services. People move to new sp...
Integrative thinking looks for synergies among strategies - strategies that enhance one another. It also looks for strategies that, taken together, ...
Advanced Power Strip (APS)
Advanced power strips (APS) save energy by controlling the power supplied to plug-in devices during unoccupied periods. A variety of APS technologies exist on the market that vary in complexity, control strategies, data collection abilities, and costs.
Potential barriers for APSs include: occupant acceptance, communications, lack of personnel time for analysis, and complex controls in some instances. These devices may require operations and maintenance to update controls, manage data, and troubleshoot incorrect operations and communication failures on a regular basis.
Explore Plug Load content to discover more.
Whole Building Systems
Lighting - ASHRAE.org | Advanced Energy Design Guide for Small Office Buildings: Achieving 30% Energy Savings toward a Net Zero Energy Building
Lighting - DOE | Advanced Energy Retrofit Guide - Improving the Energy Efficiency of Commercial Buildings
Advanced Energy Metering
The first, and in some cases most effective, control method is a built-in, automatic low-power state functionality such as standby or sleep. Some ma...
Plug loads may have a primary-secondary relationship. A primary device, such as a computer, operates independently of other (slave) devices. A secon...
Walk-in and reach-in freezers should have fully-gasketed doors to fully contain the cold air within, and walls should be adequat...