A system and method to monitor lithium-ion battery for degradation estimation and fault detection

Steven Tyler Boles; HY Tam; Julien Bonefacino; CHEUNG, Yin Nee; Sasan Ghashghaie

A system and method to monitor lithium-ion battery for degradation estimation and fault detection

Steven Tyler Boles (Inventor)
, HY Tam (Inventor)
, Julien Bonefacino (Inventor)
, CHEUNG, Yin Nee (Inventor)
, Sasan Ghashghaie (Inventor)

Research output: Patents, agreements, assignments and companies › Patents granted

Abstract

The present invention relates to a battery monitoring and fault detection method and system 10 for a lithium-ion battery, the system
comprising: a first sensor 12 coupled to a second sensor 14 parallel to each other on a surface of the lithium-ion battery configured to
measure variations in temperature and volumetric changes in the lithium-ion battery; and a test module.

Original language	English
Patent number	HK30088739
Filing date	1/08/23
Publication status	Published - 29 Sept 2023

UN SDGs

This output contributes to the following UN Sustainable Development Goals (SDGs)

SDG 7 Affordable and Clean Energy

Cite this

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title = "A system and method to monitor lithium-ion battery for degradation estimation and fault detection",

abstract = "The present invention relates to a battery monitoring and fault detection method and system 10 for a lithium-ion battery, the system comprising: a first sensor 12 coupled to a second sensor 14 parallel to each other on a surface of the lithium-ion battery configured to measure variations in temperature and volumetric changes in the lithium-ion battery; and a test module. ",

author = "Boles, \{Steven Tyler\} and HY Tam and Julien Bonefacino and \{CHEUNG, Yin Nee\} and Sasan Ghashghaie",

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day = "29",

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TY - PAT

T1 - A system and method to monitor lithium-ion battery for degradation estimation and fault detection

AU - Boles, Steven Tyler

AU - Tam, HY

AU - Bonefacino, Julien

AU - CHEUNG, Yin Nee,

AU - Ghashghaie, Sasan

PY - 2023/9/29

Y1 - 2023/9/29

N2 - The present invention relates to a battery monitoring and fault detection method and system 10 for a lithium-ion battery, the system comprising: a first sensor 12 coupled to a second sensor 14 parallel to each other on a surface of the lithium-ion battery configured to measure variations in temperature and volumetric changes in the lithium-ion battery; and a test module.

AB - The present invention relates to a battery monitoring and fault detection method and system 10 for a lithium-ion battery, the system comprising: a first sensor 12 coupled to a second sensor 14 parallel to each other on a surface of the lithium-ion battery configured to measure variations in temperature and volumetric changes in the lithium-ion battery; and a test module.

M3 - Patents granted

M1 - HK30088739

Y2 - 2023/08/01

ER -

A system and method to monitor lithium-ion battery for degradation estimation and fault detection

Abstract

UN SDGs

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