Building Energy Use: Modeling and Analysis of Lighting Systems—A Case Study

Author:

Powers Aron,Saad Messiha

Abstract

Understanding how energy is used and where it can be saved in an existing building is critical not only from a cost and environmental standpoint, but for legal compliance as well, as the United States and the rest of the world increasingly have set tighter restrictions on energy usage and carbon emissions. Energy savings can be achieved from installing LED lights and occupancy sensors; however, the exact savings and impact of each method can vary depending on the building in question. The objective of this case study is to perform analysis of the lighting systems in Washington State University Tri-Cities’ Floyd & East buildings to determine energy savings potential. Lighting systems in each building were broken into several groups based on their operational patterns and then numerically modeled with the aid of Python. The results of this case study shows that 60% energy savings, totaling 350 MWh in a year, can be achieved by retrofitting fluorescent lights with LEDs and occupancy sensors. This energy savings translates to a reduction of 62.4 t of CO2 emissions per year. The results of our cost-analysis in this model shows that the LED light retrofit has a break-even point at 15 months of operation.

Funder

Washington State University Tri-Cities

Publisher

MDPI AG

Subject

Management, Monitoring, Policy and Law,Renewable Energy, Sustainability and the Environment,Geography, Planning and Development,Building and Construction

Reference33 articles.

1. Monthly Energy Review;U.S. Energy Information Administration,2021

2. 2012 Commercial Buildings Energy Consumption Survey;U.S. Energy Information Administration,2016

3. Zero carbon buildings refurbishment––A Hierarchical pathway

4. Washington State House Bill 1257-2019

5. Washington State Clean Buildings Performance Standard,2021

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