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    Epiroc’s electrified mining fleets: grid integration lessons for mine power engineers

    March 5, 2026|

    Reviewed by Tom Sullivan

    First reported on International Mining – News

    30 Second Briefing

    Epiroc is analysing how electric surface drill rigs interact with weak and remote mine grids, focusing on load profiles, start-up currents and grid contingencies that can destabilise existing 11–33 kV distribution systems. The company is testing smart power management strategies such as ramped starts, active power factor correction and local energy storage to smooth high transient loads from large electric drills. For mine planners and electrical engineers, the work points to earlier integration of grid studies with fleet selection and potential use of hybrid on-site generation to avoid costly grid reinforcements.

    Technical Brief

    • Focus is on remote, weak mine grids where existing infrastructure was sized for diesel-powered equipment.
    • Grid contingencies considered include single-line faults, feeder trips and voltage dips during concurrent large starts.
    • Analysis extends beyond steady-state load to transient behaviour during drilling cycles and boom movements.
    • Epiroc is examining how lack of grid redundancy constrains drill deployment schedules and simultaneous operations.
    • Work aims to define grid connection requirements for new rigs so mines can specify upstream equipment correctly.
    • Findings are expected to inform mine power system design standards and procurement specifications for future mining projects.

    Our Take

    In our database of 1,110 mining stories, Epiroc appears frequently in automation and electrification pieces, and the recent sale of fully electric Pit Viper 351 E rigs to Mesabi Metallics signals that grid and power-integration questions are now moving from underground to large open-pit fleets as well.

    The upcoming unveiling of Epiroc’s underground drilling safety and automation products at PDAC 2026 suggests the company is positioning its electrification push as part of a broader ‘system’ offer that couples power solutions with safety and autonomous control, rather than selling standalone battery equipment.

    Exploration being one of Epiroc’s fastest-growing business lines in 2025, as noted in a related article, means any solutions to grid constraints will likely need to scale from early-stage, generator-heavy exploration camps through to fully electrified production mines, influencing how OEMs design modular power and charging packages.

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    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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    MacLean’s first Volvo Penta-powered unit in Quebec: fleet and maintenance notes for mines

    MacLean Engineering has delivered its first Volvo Penta-powered underground mining machine to a Quebec operation, using an industrial off-road diesel from Volvo Penta supplied through Canadian distributor Wajax. The deal follows the formalisation of the Volvo Penta–Wajax distribution partnership in Canada, targeting MacLean’s fleet of battery-electric and diesel support units such as bolters, shotcrete sprayers and utility vehicles. For mine operators, the move standardises powertrains around a globally supported engine platform, simplifying parts, service logistics and emissions compliance across mixed fleets.

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    GRX26 innovation challenge: exploration‑to‑extraction lessons for mine planners

    Austmine and AusIMM, with Expande (Chile), Peru Mining Innovation Hub, CEMI (Canada) and Colab Partner Baker Hughes, have launched the Global Open Innovation Colab challenge “Critical Disruptors: From Discovery to Recovery” to run at the Global Resources Innovation Exchange 2026 (GRX26). The challenge targets technologies that compress exploration-to-extraction timelines, including concepts for faster orebody characterisation, integrated drilling-to-processing data streams and step-change recovery methods. For miners and METS suppliers, it offers a structured route to pilot novel sensing, automation and processing solutions with multi-jurisdictional partners.

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