EVs@Scale FUSE Fall '24 Deep Dive

Mingzhi Zhang; Manoj Sundarrajan; Steven Schmidt; Jean Chu; Timothy Pennington; Nadia Panossian; Priti Paudyal; Wenbo Wang; Nithin Manne; Jeewon Choi; Thad Haines; Andrea Mammoli; Emily Moog; Will Vining; Abdullah Hashmi; Emin Ucer; Yukihiro Hatagishi; Jesse Bennett

EVs@Scale FUSE Fall '24 Deep Dive

Mingzhi Zhang, Manoj Sundarrajan, Steven Schmidt, Jean Chu, Timothy Pennington, Nadia Panossian, Priti Paudyal, Wenbo Wang, Nithin Manne, Jeewon Choi, Thad Haines, Andrea Mammoli, Emily Moog, Will Vining, Abdullah Hashmi, Emin Ucer, Yukihiro Hatagishi, Jesse Bennett

Research output: NREL › Presentation

Abstract

Electric vehicle (EV) adoption will expand beyond light-duty vehicles charging at lower-power public locations and family residences to include medium- and heavy-duty applications with more powerful charging at public stations and private depots. The Vehicle Grid Integration (VGI) and Smart Charge Management (SCM) pillar in EVs@Scale supports multiple projects. The FUSE project is developing and evaluating enabling technologies, charging solutions, and infrastructure design approaches to investigate the intricacies and potential benefits of vehicle grid integration and the application of smart charge management to charging of electric vehicles at scale. This presentation delves into the technical findings of this research in 2024.

Original language	American English
Number of pages	101
State	Published - 2024

Publication series

Name	Presented at the EVs@Scale Deep Dive Technical Meetings, 31 October - 19 November 2024

NREL Publication Number

NREL/PR-5400-91860

Keywords

electric vehicle
grid impacts
smart charge management
vehicle grid integration

Access to Document

https://www.nrel.gov/docs/fy25osti/91860.pdf

Cite this

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title = "EVs@Scale FUSE Fall '24 Deep Dive",

abstract = "Electric vehicle (EV) adoption will expand beyond light-duty vehicles charging at lower-power public locations and family residences to include medium- and heavy-duty applications with more powerful charging at public stations and private depots. The Vehicle Grid Integration (VGI) and Smart Charge Management (SCM) pillar in EVs@Scale supports multiple projects. The FUSE project is developing and evaluating enabling technologies, charging solutions, and infrastructure design approaches to investigate the intricacies and potential benefits of vehicle grid integration and the application of smart charge management to charging of electric vehicles at scale. This presentation delves into the technical findings of this research in 2024.",

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AU - Zhang, Mingzhi

AU - Sundarrajan, Manoj

AU - Schmidt, Steven

AU - Chu, Jean

AU - Pennington, Timothy

AU - Panossian, Nadia

AU - Paudyal, Priti

AU - Wang, Wenbo

AU - Manne, Nithin

AU - Choi, Jeewon

AU - Haines, Thad

AU - Mammoli, Andrea

AU - Moog, Emily

AU - Vining, Will

AU - Hashmi, Abdullah

AU - Ucer, Emin

AU - Hatagishi, Yukihiro

AU - Bennett, Jesse

PY - 2024

Y1 - 2024

N2 - Electric vehicle (EV) adoption will expand beyond light-duty vehicles charging at lower-power public locations and family residences to include medium- and heavy-duty applications with more powerful charging at public stations and private depots. The Vehicle Grid Integration (VGI) and Smart Charge Management (SCM) pillar in EVs@Scale supports multiple projects. The FUSE project is developing and evaluating enabling technologies, charging solutions, and infrastructure design approaches to investigate the intricacies and potential benefits of vehicle grid integration and the application of smart charge management to charging of electric vehicles at scale. This presentation delves into the technical findings of this research in 2024.

AB - Electric vehicle (EV) adoption will expand beyond light-duty vehicles charging at lower-power public locations and family residences to include medium- and heavy-duty applications with more powerful charging at public stations and private depots. The Vehicle Grid Integration (VGI) and Smart Charge Management (SCM) pillar in EVs@Scale supports multiple projects. The FUSE project is developing and evaluating enabling technologies, charging solutions, and infrastructure design approaches to investigate the intricacies and potential benefits of vehicle grid integration and the application of smart charge management to charging of electric vehicles at scale. This presentation delves into the technical findings of this research in 2024.

KW - electric vehicle

KW - grid impacts

KW - smart charge management

KW - vehicle grid integration

M3 - Presentation

T3 - Presented at the EVs@Scale Deep Dive Technical Meetings, 31 October - 19 November 2024

ER -

EVs@Scale FUSE Fall '24 Deep Dive

Abstract

Publication series

NREL Publication Number

Keywords

Access to Document

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Cite this