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Electricity Simulations on the Distribution Edge

Developing a Granular Representation of End-User Electric Load Preferences using Smart Meter Data

By Ashwini Bharatkumar, Ricardo Esparza, Kristina Mohlin, Elisheba Spiller, Karen Tapia-Ahumada, and Burcin Unel
June 1, 2019

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Filed under Climate Change and Energy Policy, Electricity, Academic Articles/Working Papers, Jobs and Regulation, Safety and Consumer Protection

The electric distribution grid is transitioning toward a model in which customers can themselves provide a variety of services to the grid by investing in distributed energy resources (DERs) such as distributed solar generation, programmable appliances, and energy storage. However, customers’ incentives to make these investments depend on how they are being charged for electric service. Despite the topic’s importance for the electric distribution system of the future, the body of literature on the impact of electric rate design on the proliferation of DERs is still limited. Our research improves upon common assumptions of fixed electric demand by incorporating microeconomic theory into an existing engineering simulation model.