Mining Operations Energy Intelligence — Crushers, Conveyors, Ventilation | EC.DATA

Mining Operations Energy Management — Crusher, Ventilation & Dewatering

EC.DATA monitors crushers, conveyors, ventilation fans, and dewatering pumps at mine sites — isolating idle-running equipment, managing diesel-electric hybrid costs, and optimizing demand charges on grid-supplied circuits.

Mining Energy Challenges

• Crushers, conveyors, and ventilation fans are the top energy consumers but lack circuit-level metering
• Diesel-electric hybrid sites have no visibility into generator efficiency vs. grid draw
• Remote operations with poor connectivity and no on-site energy analyst
• Dewatering pumps run continuously regardless of actual water inflow
• Power quality events from VFD-driven haulage equipment damage instrumentation
• Safety and production data siloed from energy data

EC.DATA Mining Solutions

• 1-minute telemetry on crusher, conveyor, ventilation, and pump feeders (EC.EMS)
• Diesel generator efficiency tracking vs. grid supply cost (EC.Billing)
• EC.PQ: power quality monitoring for VFD harmonics and voltage sags on sensitive instrumentation
• EC.GAIA: predictive pump scheduling based on water inflow modelling
• Satellite and cellular backhaul for remote sites with no fixed network
• Fleet-wide multi-tariff bill tracking across grid and diesel circuits

Mining: every kWh is a margin decision

At most open-pit and underground mine sites, ventilation fans and dewatering pumps account for 35–50% of total electricity use — and they typically run on fixed schedules regardless of actual conditions. EC.DATA's mining solution instruments each major load centre with industrial-grade Modbus meters, aggregates telemetry via EC.Node over cellular or satellite backhaul, and presents fleet-wide dashboards showing real cost per tonne of ore processed. Operators typically find 10–20% savings in ventilation alone by matching fan speed to actual face activity rather than running full-speed around the clock.