Published October 18, 2026 | Version v2

The degradation results with different operating conditions for Bat-1

  • 1. ROR icon King Saud University

Contributors

Data collector:

  • 1. ROR icon King Saud University

Description

Dataset Description: Battery Degradation Under Diverse Operating Conditions

 

Overview

This dataset contains time-series battery degradation results for two different batteries (capacity retention or health metrics) for a specific battery cell configuration. The data tracks degradation under 12 distinct experimental combinations of operating conditions, systematically varying Depth of Discharge (DOD), C-rate, testing environment (Indoor vs. Outdoor), and localized climate profiles (specifically Riyadh).

 

File Structure and Formatting

Rows: Represent the timeline of the degradation test, beginning at interval `0` (baseline state at 100%) and extending up to `80% state of health` units of measurement (e.g., cycles or equivalent operating hours) in increments of 100.

Columns C–M (Test Cases 1–12): Represent the 12 individual test configurations, color-coded and explicitly categorized by their parameter boundaries.

 

Files

Files (89.5 kB)

Name Size
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567 Bytes Download
md5:78c02325aa260b6092b9cbf011aea570
1.9 kB Download
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1.5 kB Download
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1.6 kB Download
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5.9 kB Download
md5:6422d1d61e1925a2c4071b6bee8013a0
12.5 kB Download
md5:45a7e87bd8000605088b1c90bda3899d
5.7 kB Download
md5:0bbf0aa40990854d42dbbb72aed21092
123 Bytes Download

Additional details

References

  • Eltamaly, A.M. and Almutairi, Z.A., 2025. Adaptive Real-Time Degradation Modeling for Lithium-Ion Batteries in Grid Energy Storage Systems. IEEE Access.