Quarries and open-pit mines: WiFi and cellular networks for reliable and real-time connectivity throughout the site
Above-ground operations require a reliable, high-availability wireless network that is easy to deploy and robust enough to withstand harsh conditions. It must adapt in real time to changing network conditions, given the mobility of equipment and the terrain.
Setting up wireless communication between fixed or mobile industrial equipment on a quarry or mine site presents major challenges :
Worker safety
A real-time network enables continuous monitoring of environmental conditions, such as hazardous gas levels and ground movements, for early detection of anomalies and immediate intervention. Workers receive instant alerts in the event of imminent danger, improving responsiveness in critical situations.
Efficiency and productivity
Real-time communication enables operations to be adjusted to changing conditions, optimizing the use of resources and equipment. Vehicles and equipment can be efficiently tracked and coordinated, reducing waiting times and improving internal logistics. Equipment performance data facilitates preventive maintenance, reducing unscheduled stops and extending machine life.
Cost reduction
Predictive maintenance and continuous monitoring reduce unplanned downtime, thus minimizing production losses. Improved resource management and optimal equipment utilization reduce operating costs. Wireless networks, which are faster and less costly to install than wired infrastructures, are particularly advantageous in large and hard-to-reach environments such as mines and quarries.
Data collection and analysis
Continuous data collection enables instant analysis for informed and immediate decision-making. Analysis of historical and real-time data identifies trends, inefficiencies and opportunities for continuous improvement.
Automation and innovation
Wireless networks are essential for the communication and coordination of autonomous vehicles, increasingly used in mines and quarries to improve safety and productivity. Operators can also control equipment remotely, reducing risks to workers and increasing operational efficiency.
