Aging-based performance assessment of lithium-ion batteries in stand-alone wind-battery systems
Publish place: 12th International Energy Conference
Publish Year: 1397
Type: Conference paper
Language: English
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Document National Code:
IEC12_103
Index date: 17 May 2019
Aging-based performance assessment of lithium-ion batteries in stand-alone wind-battery systems abstract
In this work, a framework to predict Li-ion batteries useful life by coupling electrochemical and thermal-aging models is introduced. The model takes into account the impact of battery operating conditions of wind-battery systems including various charge/discharge profiles to predict battery degradation over time. To this aim Tehran and Manjil cities with different wind potentials are selected to assess the effect of charging pattern. In addition, the effect of discharge profile is investigated through a household electrical load and a greenhouse lighting load. Results show a remarkable impact of operating conditions on battery bank lifetime. A range of 4.6 to 7.5 years of battery longevity is calculated by analysing different case studies.Investigating different operating conditions indicates that operating at high SOC levels for a long period would lead to a significant battery capacity loss. As a result, the proposed method can be used as a decision support tool to evaluate the impact of operating conditions on battery lifetime estimation.
Aging-based performance assessment of lithium-ion batteries in stand-alone wind-battery systems Keywords:
Aging-based performance assessment of lithium-ion batteries in stand-alone wind-battery systems authors
Majid Astaneh
PhD candidate of energy department at Sharif University of Technology
Farzin Golzar
PhD candidate of energy department at Sharif University of Technology
Ramin Roshandel
Associate professor of energy department at Sharif University of Technology Corresponding Author