Integrated Intelligent Open-Pit Smart Mining Solution

I. Core Positioning of the Solution

Driven by the philosophy of “Value Creation,” the solution covers the entire lifecycle of geological exploration, mine planning, and mining operations, establishing a dual-engine development model integrating “Hard Technologies (Equipment)” and “Soft Technologies (Algorithms)” to promote intelligent, safe, efficient, and green mining transformation.

II. Core Empowerment Framework

(I) Dual-Engine Architecture

Hard Technologies: Deployment and application of intelligent mining equipment.

Soft Technologies: Deep integration of smart mining operation platforms, intelligent algorithms, digital models, and AI technologies.

(II) Full Business Chain Integration

Integrating the entire mining workflow — including geological exploration, mine planning, and mining operations — to achieve digitalized and intelligent management throughout the full lifecycle of the mine.

Ⅲ、Key components of the implementation plan:

(I) Intelligent Geological Modeling & Comprehensive Resource Visualization

By leveraging UAV aerial surveying and 3D modeling technologies, a comprehensive digital geological map is established for the entire mining area. Supported by digital twin technology, mining plans can be simulated, optimized, and intelligently iterated. Through digital and intelligent technologies, geological information is accurately visualized, enabling scientific mine planning and maximizing resource utilization efficiency.

Resource & Geological Reserve Modeling：

Open-Pit Boundary Optimization：

3D Mining Design：

(II) Intelligent Mining Operations & Unmanned Mining Sites

Leveraging technologies such as 5G and the Internet of Things (IoT), intelligent collaborative unmanned operation scenarios are established to enable autonomous coordination across key mining processes, including drilling, blasting, loading, and transportation. By integrating robotic operations with intelligent drilling rigs, automated explosive charging robots, 5G remote-controlled excavators, and autonomous mining trucks, the solution creates a “reduced-manpower and unmanned” mining environment, fundamentally minimizing personnel safety risks at the source.

Autonomous Open-Pit Mining Trucks

Unmanned Remote Operation Cabin

Autonomous Drilling Rig

(III) Intelligent Data Acquisition & Transparent Mining Operations

Through automated collection and real-time aggregation of production process data, the solution enables transparent mining economics and transparent geological management for metal mines. Key operational indicators such as production capacity, operating costs, material consumption, and equipment efficiency are clearly visualized. By integrating real-time geological data perception with digital modeling technologies, the system accurately presents geological conditions, orebody distribution, rock formations, and mining status, providing strong support for scientific mining operations.

Production Exploration & Model Optimization：

Intelligent Ore Blending & Mining Planning：

(Ⅳ) Intelligent Safety & Environmental Protection with Standardized Safety & Environmental Management

Integrated intelligent sensors, slope radar systems, and other monitoring technologies enable real-time early warning of potential safety hazards such as slope instability and equipment failures. Supporting facilities including environmental monitoring systems and intelligent spraying systems further strengthen the management of dust, wastewater, and other environmental concerns. Together, these technologies establish a comprehensive and intelligent mine safety and environmental protection system that safeguards operational safety and environmental compliance.

Intelligent Spraying System

Personnel Positioning System

(Ⅴ) Intelligent Algorithm Empowerment, Optimized Production Decision-Making

Powered by big data and AI algorithms, the system dynamically optimizes production planning and ore blending schemes through continuous intelligent iteration, significantly improving resource utilization efficiency. By intelligently coordinating equipment dispatching, workforce allocation, and material flow management, the solution enables optimized production and operational decision-making while effectively reducing operating costs.

(Ⅵ) Standardized Data Governance, Knowledge-Based Production Data Management

A standardized and systematic mining data governance framework is established to ensure full-process management of data collection, storage, analysis, and application. By integrating and consolidating data across the entire mining production and operation lifecycle, the system transforms operational data into valuable knowledge assets, providing strong data support for continuous optimization and future upgrades.

Data-Driven Operational Decision-Making

IV. Key Outcomes of Solution Implementation

(I) Enhanced Operational Safety

By replacing high-risk manual operations with digital and intelligent technologies, the solution significantly reduces personnel exposure to hazardous environments, effectively minimizing operational safety risks and ensuring the safety of workers.

Remote Operation & Driving

Autonomous UAV Patrol

(II) Operational Efficiency Improvement

By fully integrating data, equipment, and business operations across the entire mining value chain, the solution improves resource utilization and production efficiency while reducing operational costs, ultimately enhancing overall economic performance and operational value.

(III) Achievement of Transformation Goals

The solution drives the transformation of traditional extensive mining operations into modern mines that are intelligent, safe, efficient, and environmentally sustainable, supporting the high-quality development of the mining industry.

绿满矿山 · 智启新程

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三维建模

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