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December 19, 2024
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FMS for Autonomous Haulage: Safer, Smarter Mining
GroundHog FMS for AHS brings cutting-edge autonomous technology to your mining operations, enhancing safety, boosting efficiency, and reducing costs—all while driving sustainability. Achieve seamless, 24/7 haulage with precision tracking and optimized performance.
Safety First: Minimize Risk with Centralized Control & Monitoring
GroundHog FMS for AHS centralizes control and monitoring, removing risks tied to human drivers.
24/7 Safe Operations
AHS trucks running on GroundHog FMS can operate continuously, enabling off-peak operations and maximizing asset utilization.
- Real-time tracking of speed, location, and vehicle status for improved safety and quick issue response.
- Access Live data for better decision-making and process adjustments.
- Seamless compatibility with Collision Avoidance and Proximity Detection Systems ensures compliance with AHS related regulations via GroundHog’s open API.
- No Human Error
- Quick Response to Hazards
Optimize Routes, Automate Truck Movement and Minimize Downtime
Boost Efficiency and Productivity with 24/7 Autonomous Operations
Optimized Path Planning
GroundHog FMS for AHS trucks intelligently plans and adjusts routes in real-time, reducing unnecessary travel and fuel consumption while maximizing haulage capacity.
- FMS for AHS maps the most efficient routes, ensuring smoother transitions between loading, hauling, and dumping cycles, cutting down on idle times and operational delays.
- FMS communicates with the AHS server to provide instructions when states or locations change or when speed increases, which is then utilized to control AHS truck movement.
- Ability to use high-precision GNSS data helps track each asset’s exact location, allowing for optimized usage.
- Reduced Delays
- 24/7 Operations
Reduce Costs and Extend Component Lifespan
Save on Operational Expenses with GroundHog FMS for AHS systems
Reduce Emissions, Costs
By automating haulage, mining companies can reduce labor costs, particularly in regions with high labor expenses or difficult terrain. The consistent and repetitive patterns of AHS operations also reduce maintenance needs, extend component lifespan, and lower fuel consumption, all while contributing to a greener operation.
- Real-time data tracking allows for proactive maintenance scheduling, reducing unplanned downtime and extending equipment life.
- Optimized driving patterns and controlled speeds reduce fuel consumption, greenhouse gas emissions, and overall energy usage.
- FMS supports Autonomous trucks eliminating the need for constant human oversight and further reducing staffing costs.
- Lower Labor Costs
- Reduced Maintenance
OEM Agnostic & Mixed Fleet Capability
Flexible, Configurable, and OEM-Agnostic Solution
OEM Agnotstic
GroundHog’s Autonomous Haulage System (AHS) offers seamless integration across a variety of Original Equipment Manufacturers (OEMs), ensuring operational efficiency no matter the fleet composition. With its mixed fleet capability, AHS supports trucks and equipment from different manufacturers, enabling companies to manage their operations without compatibility concerns. The configurable software adapts to your specific fleet and operational needs, enhancing flexibility.
- Works with mixed fleets from various OEMs.
Customizable to fit unique operational requirements.
- OEM-Agnostic
- Customizable
Revolutionizing Haulage with Automation
An autonomous solution designed to enhance safety, streamline operations, and improve efficiency
Our Software Stack
FMS Operator App
Geology App
Grade Control App
Ore Spotter App
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Frequently Asked Questions
How does AHS improve safety in mining operations?
AHS enhances safety by using obstacle detection and avoidance systems. Autonomous trucks are programmed to maintain safe speeds, distances, and lane positions. They operate without the risks of driver fatigue or distraction, and with advanced sensors, they can react quickly to sudden changes in road and traffic conditions. According to the World Economic Forum, automation and robotics in mining could prevent up to 10,000 injuries.
How does AHS improve efficiency and productivity?
AHS optimizes routes using advanced mapping systems and allows for 24/7 transport without the need for breaks or shift changes. By using GNSS technology and geofencing, AHS tracks assets in real-time, ensuring precise movements and avoiding downtime. This constant operation increases productivity and improves cost and profit margins in mining operations.
How does AHS reduce operational costs?
AHS reduces labor costs, especially in areas with high labor expenses or challenging terrain. With its systematic operation, maintenance is minimized, extending the lifespan of components. Additionally, AHS helps reduce fuel consumption, greenhouse gas emissions, and overall energy usage, making it a cost-effective solution for mining companies.
How does AHS contribute to sustainability in mining?
AHS promotes sustainability by optimizing fuel consumption and operating at non-peak times, reducing traffic congestion and air pollution. Many AHS vehicles use hybrid or fully electric power. Additionally, IoT and AI technologies are used for predictive maintenance, which reduces breakdowns and enhances the overall sustainability of the mining operation.
Can AHS adapt to changing road or weather conditions?
Yes, AHS is equipped with advanced sensors and control systems that allow it to adapt quickly to changes in road or weather conditions. This ensures that the trucks can continue operating safely, even in unpredictable environments, minimizing downtime and operational disruptions.
How does AHS handle asset tracking and control?
AHS uses GNSS technology to track assets with pinpoint accuracy. It also incorporates geofencing to control the movement of vehicles within designated areas, ensuring that all equipment operates in the right place at the right time, further increasing operational efficiency.
