Lundin Mining Caserones hybrid 930E: decarbonisation and haulage notes for planners
Reviewed by Joe Ashwell
First reported on International Mining – News
30 Second Briefing
Lundin Mining’s 70%-owned Caserones copper mine in Chile has become the first active operation to run an ultra-class haul truck with a hybrid-electric system, retrofitting Komatsu 930E truck #330 with a Cummins First Mode kit. The retrofit converts the diesel-electric truck to a hybrid configuration using an onboard energy storage system to capture and reuse braking energy on haul cycles. For mine planners and maintenance teams, the project provides an in-field reference for fuel burn reduction, potential payload-neutral decarbonisation, and integration of hybrid powertrains into existing 930E fleets.
Technical Brief
- Hybrid package is designed as a bolt-on kit, avoiding full truck replacement or major chassis modification.
- Energy storage system is configured to absorb high-power braking events typical of steep ramp haul profiles.
- Regenerated energy is redeployed to traction, reducing peak diesel generator loading on uphill segments.
- Installation on an operating production truck allows fuel, cycle time and maintenance data under real duty conditions.
Our Take
Caserones already features in our database for a proposed US$150 million upgrade aimed at sustaining copper-molybdenum output in Chile, so deploying a hybrid Komatsu 930E here suggests Lundin Mining is testing decarbonisation and efficiency levers at a flagship asset before rolling them across its wider fleet.
With Lundin Mining holding 70% of Caserones and having recently cut group copper guidance, incremental productivity or fuel savings from the Cummins/First Mode retrofit could help offset pressure on unit costs at this Chilean operation without waiting for full fleet replacement cycles.
Cummins appears repeatedly in our coverage across both mining and civil equipment, including grader and loader powertrains, so its role in hybridising the 930E at Caserones reinforces its positioning as a cross-sector engine supplier likely to standardise low‑emission solutions for large haul fleets in Chile and beyond.
Prepared by collating external sources, AI-assisted tools, and Geomechanics.io’s proprietary mining database, then reviewed for technical accuracy & edited by our geotechnical team.
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