Routes to understand the impact of aggressive use conditions on battery durability and reliability

Eric Dufek

Routes to understand the impact of aggressive use conditions on battery durability and reliability

Integrated Energy & Storage Systems

Research output: Chapter in Book/Report/Conference proceeding › Conference contribution › peer-review

Abstract

• Cell chemistry and format significantly impact ability to sustain fast charge • Minimal performance fade during DCFC when using appropriate conditions For XFC need to understand appropriate cell designs to minimize aging and Li plating • High SOC has a more profound impact on aging than fast charge.

Original language	English
Title of host publication	AABC Tracks 2017 - xEV Battery Technology, Application and Market and Chemistry and Materials for Lead-Based Batteries, Held at AABC 2017
Publisher	Cambridge EnerTech, Cambridge Innovation Institute
Pages	52-58
Number of pages	7
ISBN (Print)	9781510850125
State	Published - 2017
Event	xEV Battery Technology, Application and Market and Chemistry and Materials for Lead-Based Batteries 2017 - San Francisco, United States Duration: Jun 21 2017 → Jun 22 2017

Publication series

Name	AABC Tracks 2017 - xEV Battery Technology, Application and Market and Chemistry and Materials for Lead-Based Batteries, Held at AABC 2017

Conference

Conference	xEV Battery Technology, Application and Market and Chemistry and Materials for Lead-Based Batteries 2017
Country/Territory	United States
City	San Francisco
Period	06/21/17 → 06/22/17

Cite this

Dufek, E. (2017). Routes to understand the impact of aggressive use conditions on battery durability and reliability. In AABC Tracks 2017 - xEV Battery Technology, Application and Market and Chemistry and Materials for Lead-Based Batteries, Held at AABC 2017 (pp. 52-58). (AABC Tracks 2017 - xEV Battery Technology, Application and Market and Chemistry and Materials for Lead-Based Batteries, Held at AABC 2017). Cambridge EnerTech, Cambridge Innovation Institute.

Dufek, Eric. / Routes to understand the impact of aggressive use conditions on battery durability and reliability. AABC Tracks 2017 - xEV Battery Technology, Application and Market and Chemistry and Materials for Lead-Based Batteries, Held at AABC 2017. Cambridge EnerTech, Cambridge Innovation Institute, 2017. pp. 52-58 (AABC Tracks 2017 - xEV Battery Technology, Application and Market and Chemistry and Materials for Lead-Based Batteries, Held at AABC 2017).

@inproceedings{b6a5070d847c40f7989581bbbfb7c8ee,

title = "Routes to understand the impact of aggressive use conditions on battery durability and reliability",

abstract = "• Cell chemistry and format significantly impact ability to sustain fast charge • Minimal performance fade during DCFC when using appropriate conditions For XFC need to understand appropriate cell designs to minimize aging and Li plating • High SOC has a more profound impact on aging than fast charge.",

author = "Eric Dufek",

note = "Publisher Copyright: {\textcopyright} AABC Tracks 2017 - xEV Battery Technology, Application and Market and Chemistry and Materials for Lead-Based Batteries, Held at AABC 2017. All Rights Reserved.; xEV Battery Technology, Application and Market and Chemistry and Materials for Lead-Based Batteries 2017 ; Conference date: 21-06-2017 Through 22-06-2017",

year = "2017",

language = "English",

isbn = "9781510850125",

series = "AABC Tracks 2017 - xEV Battery Technology, Application and Market and Chemistry and Materials for Lead-Based Batteries, Held at AABC 2017",

publisher = "Cambridge EnerTech, Cambridge Innovation Institute",

pages = "52--58",

booktitle = "AABC Tracks 2017 - xEV Battery Technology, Application and Market and Chemistry and Materials for Lead-Based Batteries, Held at AABC 2017",

}

Dufek, E 2017, Routes to understand the impact of aggressive use conditions on battery durability and reliability. in AABC Tracks 2017 - xEV Battery Technology, Application and Market and Chemistry and Materials for Lead-Based Batteries, Held at AABC 2017. AABC Tracks 2017 - xEV Battery Technology, Application and Market and Chemistry and Materials for Lead-Based Batteries, Held at AABC 2017, Cambridge EnerTech, Cambridge Innovation Institute, pp. 52-58, xEV Battery Technology, Application and Market and Chemistry and Materials for Lead-Based Batteries 2017, San Francisco, United States, 06/21/17.

Routes to understand the impact of aggressive use conditions on battery durability and reliability. / Dufek, Eric.
AABC Tracks 2017 - xEV Battery Technology, Application and Market and Chemistry and Materials for Lead-Based Batteries, Held at AABC 2017. Cambridge EnerTech, Cambridge Innovation Institute, 2017. p. 52-58 (AABC Tracks 2017 - xEV Battery Technology, Application and Market and Chemistry and Materials for Lead-Based Batteries, Held at AABC 2017).

Research output: Chapter in Book/Report/Conference proceeding › Conference contribution › peer-review

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AU - Dufek, Eric

PY - 2017

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N2 - • Cell chemistry and format significantly impact ability to sustain fast charge • Minimal performance fade during DCFC when using appropriate conditions For XFC need to understand appropriate cell designs to minimize aging and Li plating • High SOC has a more profound impact on aging than fast charge.

AB - • Cell chemistry and format significantly impact ability to sustain fast charge • Minimal performance fade during DCFC when using appropriate conditions For XFC need to understand appropriate cell designs to minimize aging and Li plating • High SOC has a more profound impact on aging than fast charge.

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M3 - Conference contribution

AN - SCOPUS:85054991412

SN - 9781510850125

T3 - AABC Tracks 2017 - xEV Battery Technology, Application and Market and Chemistry and Materials for Lead-Based Batteries, Held at AABC 2017

SP - 52

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BT - AABC Tracks 2017 - xEV Battery Technology, Application and Market and Chemistry and Materials for Lead-Based Batteries, Held at AABC 2017

PB - Cambridge EnerTech, Cambridge Innovation Institute

T2 - xEV Battery Technology, Application and Market and Chemistry and Materials for Lead-Based Batteries 2017

Y2 - 21 June 2017 through 22 June 2017

ER -

Dufek E. Routes to understand the impact of aggressive use conditions on battery durability and reliability. In AABC Tracks 2017 - xEV Battery Technology, Application and Market and Chemistry and Materials for Lead-Based Batteries, Held at AABC 2017. Cambridge EnerTech, Cambridge Innovation Institute. 2017. p. 52-58. (AABC Tracks 2017 - xEV Battery Technology, Application and Market and Chemistry and Materials for Lead-Based Batteries, Held at AABC 2017).

Routes to understand the impact of aggressive use conditions on battery durability and reliability

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