Cost Reduction · Zero-Carbon Production · Policy Compliance · Complete Delivery
Crushing, grinding and beneficiation equipment consume large amounts of power. Electricity accounts for over 30% of operating costs, and rising prices squeeze profits.
Under the dual-carbon policy, high-energy mines face carbon emission quotas. Green mine ratings are linked to production qualifications.
New/expanded mines must meet green mine standards. Clean energy utilization has become a mandatory assessment indicator.
PV array generation → Energy storage peak shaving → Direct supply to mining equipment → Surplus power to grid, full-chain intelligent management
Flexible options based on mine power consumption and investment preferences
PV power is primarily supplied to crushing, grinding and beneficiation equipment, reducing grid power purchases.
Equipped with energy storage to smooth equipment startup surges, ensure continuous production, and support peak-valley arbitrage.
Utilize idle land such as tailings ponds and dump sites for PV construction, selling surplus power to the grid.
High power consumption crushing equipment benefits most from direct PV supply
Rooftop PV installation, no production land occupied
Idle land for PV, combining reclamation with power generation
PV-storage-charging integration for electric mining trucks
Industry reference data below. Actual results based on project assessment.
Electricity Cost Reduction
Investment Payback Period
Plant Design Lifespan
CO₂ Reduction (TBD)
Energy-efficient equipment + clean energy for maximum benefits
Provide your mine power data for a free investment return and system configuration assessment
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