Planning the operation of Li-ion battery-powered trucks

This paper analyses the planning of operation for underground mining trucks powered by Lithium-ion batteries. Trucks supplied by the companies Epiroc and Sandvik are used as examples, comparing their characteristics with equivalent diesel-engine models. These trucks have similar payload capacities and dimensions, but significant differences in available energy, demonstrating that battery-powered trucks have substantially lower autonomy. The paper describes a method for estimating the autonomy of battery-powered trucks, considering motor efficiency, energy losses, and regenerative braking. A procedure is presented for determining the energy consumption for truck movement along a known route, considering the total resistance. It is demonstrated that the lower available energy of battery-powered trucks is a major factor necessitating a different approach to planning their operation in underground mining.

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Publication Details

Journal
Podzemni radovi
Published
2025-01-01
DOI
https://doi.org/10.5937/podrad2501161m
Primary Topic
Advanced Battery Technologies Research
Type
article
Field-Weighted Citation Impact
0.00

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article

Planning the operation of Li-ion battery-powered trucks

Alberto Martinetti, Vladimir Milisavljević, Dragana Savić, Ognjen Popović
Podzemni radovi
Advanced Battery Technologies Research
article

Planning the operation of Li-ion battery-powered trucks

Alberto Martinetti, Vladimir Milisavljević, Dragana Savić, Ognjen Popović
article en

Abstract

This paper analyses the planning of operation for underground mining trucks powered by Lithium-ion batteries. Trucks supplied by the companies Epiroc and Sandvik are used as examples, comparing their characteristics with equivalent diesel-engine models. These trucks have similar payload capacities and dimensions, but significant differences in available energy, demonstrating that battery-powered trucks have substantially lower autonomy. The paper describes a method for estimating the autonomy of battery-powered trucks, considering motor efficiency, energy losses, and regenerative braking. A procedure is presented for determining the energy consumption for truck movement along a known route, considering the total resistance. It is demonstrated that the lower available energy of battery-powered trucks is a major factor necessitating a different approach to planning their operation in underground mining.

Podzemni radovi(46)
Ministarstvo Prosvete, Nauke i Tehnološkog Razvoja
Openalex Percentile: Top 81%
Advanced Battery Technologies Research
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Planning the operation of Li-ion battery-powered trucks — Alberto Martinetti, Vladimir Milisavljević, et al. · Podzemni radovi (2025) | TGRS Research Map | TGRS