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DOE OSTI · 1669429

Integrated Transportation-Energy Systems Modeling

Muratori, Matteo (ORCID:0000000316886742)
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Abstract

Transportation is currently the least-diversified energy demand sector, with over 90% of global transportation energy use coming from petroleum product. After over a century of petroleum dominance, however, many leading experts anticipate major electrification trends that could disrupt the transportation energy demand landscape. These changes in electricity demand complement profound changes happening within electric power supply systems, including integration of variable renewables, distributed generation and storage, and greater participation in power system planning and operations from traditionally passive consumers. This broader context underscores the importance of understanding how transportation electrification will impact electricity demand, including changes in the load shapes that characterize the system and the opportunity to leverage flexible EV charging to more cost-effectively balance demand and supply. This talk provides an overview of recent findings on infrastructure requirements to support EV adoption, integration challenges and the impact of EV on power systems, and opportunities to leverage flexible (or smart) EV charging to support power system planning and operations.

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ADVANCED PROPULSION SYSTEMS,ENERGY PLANNING, POLICY, AND ECONOMYelectric vehicleselectricity demandelectrificationload shapes

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Muratori, Matteo (ORCID:0000000316886742). 2020-04-20. Integrated Transportation-Energy Systems Modeling. https://www.osti.gov/biblio/1669429

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