On-Road Measurement of the Usable Battery Energy of an Electric Vehicle

This work presents the results of an on-road test campaign on an aged mid-size battery electric vehicle. After a full charge, the vehicle was completely discharged by driving on the road, with different routes (combining speeds and road slopes) and payloads. The resulting driving range and discharged battery energy were measured. The results are compared with those obtained from previous laboratory test campaigns on a chassis dynamometer driving at constant speed or with the standardised testing protocols according to the WLTP. Considerations of the influence of environmental and route conditions on the usable battery energy during the on-road test are made. The new concept of virtual distance related to V2X applications is presented based on the UN GTR No. 22 dealing with in-vehicle battery durability. This is a new concept introduced to account for the additional ageing caused by battery cycling due to applications other than driving or charging.

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Publication Details

Journal
World Electric Vehicle Journal
Published
2026-05-09
DOI
https://doi.org/10.3390/wevj17050254
Primary Topic
Advanced Battery Technologies Research
Type
article
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article

On-Road Measurement of the Usable Battery Energy of an Electric Vehicle

Gian Luca Patrone, Elena Paffumi
World Electric Vehicle Journal
Advanced Battery Technologies Research
article

On-Road Measurement of the Usable Battery Energy of an Electric Vehicle

Gian Luca Patrone, Elena Paffumi
article en

Abstract

This work presents the results of an on-road test campaign on an aged mid-size battery electric vehicle. After a full charge, the vehicle was completely discharged by driving on the road, with different routes (combining speeds and road slopes) and payloads. The resulting driving range and discharged battery energy were measured. The results are compared with those obtained from previous laboratory test campaigns on a chassis dynamometer driving at constant speed or with the standardised testing protocols according to the WLTP. Considerations of the influence of environmental and route conditions on the usable battery energy during the on-road test are made. The new concept of virtual distance related to V2X applications is presented based on the UN GTR No. 22 dealing with in-vehicle battery durability. This is a new concept introduced to account for the additional ageing caused by battery cycling due to applications other than driving or charging.

World Electric Vehicle JournalVol. 17(5)
Joint Research Centre (IT)
Openalex Percentile: Top 7%
Advanced Battery Technologies Research
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