Genus’ 2026 mine power shift: design and coordination notes for engineers
Reviewed by Tom Sullivan

First reported on Australian Mining
30 Second Briefing
Power solutions provider Genus is pushing miners to address electrification and connectivity at concept stage, using integrated power and digital networks rather than bolt‑on systems. The company is working with delivery partners to design mine power architectures that can accommodate trolley assist, battery‑electric haul trucks and high‑bandwidth OT networks without major rework. For geotechnical and civil teams, this means earlier coordination on substation footprints, cable corridors and high‑load foundations for modular power assets planned for 2026 projects.
Technical Brief
- Genus is pushing ring‑fed MV distribution rather than radial layouts to maintain haul ramp power redundancy.
Our Take
Genus has already flagged in Australian Mining’s December 2025 coverage that mine electrification in Australia hinges on integrated power and charging design, so any 2026 ‘big shifts’ they outline are likely to lean heavily on whole-of-mine electrical planning rather than piecemeal retrofits.
Within our 1109 Mining stories and 2058 tag-matched pieces on Projects and Sustainability, Australia is a frequent test bed for decarbonisation pilots, suggesting Genus’ 2026 outlook may be read by operators as a de facto roadmap for early large-scale electrification trials in that jurisdiction.
For project teams, Genus’ focus on 2026 timing signals that power system architecture and charging layouts will need to be locked in much earlier in the project pipeline, affecting front-end engineering design and procurement strategies for new Australian mines and major expansions.
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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