Agent-Based Modeling of Feeder-Level Electric Vehicle Diffusion for Distribution Planning

Demand-Side and Utility-Side Management Techniques for Increasing EV Charging Load

“…The households vary in size, occupancy, electricity consumption. Lisha et al [30] present an EV diffusion model for feeder level distribution system that considers different socioeconomic factors of the neighborhood. They provide an EV inclusion model for a 30year timeline based on the car age, neighborhood, economy, and other critical features for an urban distribution feeder of North Carolina [30].…”

“…Lisha et al [30] present an EV diffusion model for feeder level distribution system that considers different socioeconomic factors of the neighborhood. They provide an EV inclusion model for a 30year timeline based on the car age, neighborhood, economy, and other critical features for an urban distribution feeder of North Carolina [30]. We combine the load and EV charging profile of [29] with the EV diffusion model of [30] to obtain the load profile in our case study.…”

“…They provide an EV inclusion model for a 30year timeline based on the car age, neighborhood, economy, and other critical features for an urban distribution feeder of North Carolina [30]. We combine the load and EV charging profile of [29] with the EV diffusion model of [30] to obtain the load profile in our case study. Distribution feeder data are summarized in Table I.…”