Insights

The expansion of electric fleets is changing how underground mines assess their electrical demand. mine power infrastructure that was originally designed around fixed processing equipment, ventilation, pumping and smaller mobile loads may need to support significantly different demand patterns...

Battery management is becoming a more direct part of underground production planning as electric equipment moves into regular operation. Instead of treating the battery as a fixed component of a machine, operators increasingly need to account for how much...

The expansion of underground electrification is creating a stronger need for equipment interoperability as mines bring together electric trucks, loaders, drills, charging systems and digital platforms from different suppliers. The issue extends beyond whether machines can operate in the...

The move toward battery electric equipment is changing how underground mines approach fleet planning. Rather than replacing diesel machines with electric versions on a one for one basis, operators increasingly need to reassess equipment numbers, machine classes and production...

Battery performance data is becoming a more important input into underground electrification decisions as mines move from equipment trials toward longer-term fleet deployment. Manufacturer battery ratings provide a starting point, but actual energy consumption depends on operating conditions. Payload,...

The expansion of charging infrastructure is changing how underground mines approach electric equipment deployment. Chargers can no longer be treated simply as support equipment installed after vehicles are selected. Their location, electrical capacity and connection to the mine power...

Electric drilling is expanding the scope of underground mine electrification beyond loading and haulage. Development drills and production drills are increasingly being introduced into operating mines, giving operators another opportunity to reduce diesel use while examining how electrically powered...