INTRO
The global mining industry is projected to grow from $2.138,73 billion in 2023 to $2.825,81 billion by 2028, a 5.5% CAGR. This surge is fueled by infrastructure development, autonomous equipment adoption, and increased construction in key nations. Additional drivers, technological advancements, and increasing investment highlight the dynamic growth of the industry and the critical role of robust machinery, but they also bring challenges that need to be addressed.
CHALLENGE
Mining sites, which are often remote and isolated, are at high risk of theft and unauthorised access, posing a significant threat to expensive machinery and valuable cargo. The potential financial losses from such incidents can be very painful for companies. For example, if an unauthorised and untrained person attempts to operate a vehicle, even a single vehicle could be stolen or cause a serious accident, resulting in significant financial damage.
Furthermore, the hazardous environment of mining operations, where visibility is often impaired, makes accidents not only possible but likely. For example, a construction worker who accidentally steps into the roadway unnoticed by a colleague could cause a serious safety incident or even loss of life.
In addition, the high cost of mining machinery, combined with the challenging conditions in which they operate, results in high insurance premiums to cover potential risks and damages. Frequent claims for accidents and theft add to the financial burden, compounding the challenges mining companies face in maintaining profitability while ensuring the safety of their operations and employees.
These challenges threaten not only the financial well-being of businesses but also their reputation. Addressing these issues requires the implementation of effective measures to mitigate risk, enhance security and minimise potential losses. Teltonika is ready to be of assistance in this regard.
SOLUTION
In response to the demanding challenges of the mining industry, Teltonika offers tailored video telematics solution that significantly improve safety and protect valuable assets. Our comprehensive approach integrates the Driver Safety Monitoring (Teltonika DSM) and the Advanced Driver-Assistance System (ADAS). Each can be connected separately to FMC650 vehicle GPS tracker, or both can be connected simultaneously via two RS232 ports, creating a powerful safety and security setup.
Teltonika DSM is indispensable in this sector, where conditions are often dangerous. It keeps a close eye on what the driver is doing and whether it is the right driver behind the wheel. Imagine an unauthorised person trying to drive a vehicle carrying precious metals.
Teltonika DSM can instantly detect this risky attempt and provide real-time images to control centres, helping to prevent theft or accidents that could result in significant financial loss. It also alerts for signs of driver fatigue, distraction or non-compliance with safety protocols such as seatbelt use, ensuring that drivers maintain high safety standards.
ADAS solution plays the role of a proactive guardian in hazardous mining environments. It constantly scans the road ahead and provides immediate audible and visual warnings to the driver when it detects potential hazards, such as personnel accidentally moving into the vehicle's path. This immediate feedback is vital in preventing potentially fatal accidents and improving overall site safety.
To maximise safety and effectively address these challenges, Teltonika now offers the ability to connect two solutions simultaneously. This dual-solution setup enables comprehensive monitoring of both driver behaviour and road conditions, significantly boosting safety throughout the mining operation. This combination not only monitors a vehicle cabin but also provides a clear view of the external environment, addressing risks from multiple angles.
How it works - ADAS component, with a camera mounted on the vehicle's windscreen, continuously monitors the road ahead. It detects potentially dangerous driving events such as sudden stops, nearby obstacles or lane departures. At the same time, Teltonika DSM system keeps an eye on driver behaviour in the cabin, warning of signs of fatigue, distraction or non-compliance with safety protocols such as seatbelt use.
The two systems work in sync with each other: When ADAS detects a critical event on the road, it immediately alerts a driver with visual and audio alerts, allowing them to take corrective action quickly. Similarly, Teltonika DSM detects moments of risky driver behaviour and provides real-time feedback to prevent accidents caused by inattention or poor driving habits.
Data from both systems is continuously recorded and sent to a central server via FMC650 tracking device, and both are connected via RS232 serial ports. This process ensures timely monitoring and detailed analysis for further review and reporting. The integration of ADAS and Teltonika DSM not only enhances immediate response capabilities but also contributes to long-term safety improvements by analysing trends and identifying recurring patterns.
Together, the two solutions form a comprehensive safety net that reduces the likelihood of accidents and increases driver accountability, ensuring that both drivers and valuable machinery are protected in the most demanding conditions. This powerful and innovative combination maximises safety and minimises risk, making it an invaluable asset for industries that rely heavily on large vehicles and equipment.
TOPOLOGY
BENEFITS
- Driver behaviour and road status control - by comprehensively analysing driver actions and road conditions, this combo system can predict and prevent potential risks before they become emergencies. It continuously evaluates driving patterns to ensure that all safety protocols are being followed, improving overall road safety.
- Front View and Cabin Photo/Video On Demand capabilities - operators can request photos or video at any time to verify critical situations, providing an added layer of accountability and oversight. This feature is critical for investigating incidents and validating claims related to driver behaviour or external road events.
- Instant and distinct notifications - the combo system ensures that the driver is immediately alerted through visual and audible alerts on the dashboard when a safety event is detected, keeping the driver focused on driving and increasing situational awareness.
- Road accident prevention - by providing constant monitoring and feedback on driving behaviour, the system helps prevent road accidents by maintaining high driver accountability and discipline standards. This proactive approach reduces the likelihood of costly errors and improves overall fleet safety.
WHY TELTONIKA?
With our advanced video telematics solutions, Teltonika focuses on increasing safety and operational efficiency in the mining industry. With an in-depth understanding of the difficulties faced by the mining sector, such as remote and hazardous locations and increased theft risk, we offer tailored solutions that combine robust FMC650 vehicle GPS tracker with Teltonika DSM and ADAS systems.
This method greatly enhances safety and risk management by enabling thorough monitoring of both driver behaviour and road conditions. Teltonika offers a way to ensure that mining operations are prepared to safeguard priceless assets and comply with stringent safety regulations by enabling the simultaneous connection of Teltonika DSM and ADAS via two RS232 ports. This promotes ongoing operational success and safety.
Rekomenduojamas gaminys
FMC6504G LTE Cat 1 ryšio technologija su galimybe prisijungti prie 2G garantuoja patikimą ryšį valdyti jūsų transporto priemonių parkus. FMC650 naudoja atskirą modulį GNSS duomenims rinkti bei palaiko du kanalus – L1 + L5.
Tiesioginis tachografo duomenų nuskaitymas per „K-Line“, „ALL-CAN“, „Tacho CAN“ ar FMS jungtis užtikrinant kasdienę vairuotojų stebėseną ir efektyvų autoparkų valdymą
J1939 duomenys, įskaitant standartinius CAN FMS duomenis iš tokių sunkiasvorių transporto priemonių, kaip sunkvežimiai, ir neapdoroti J1939 duomenys iš specialiosios technikos – statybinių kranų, elektrinių autobusų ir kt.
Dvi RS232 ir viena RS485 sąsajos, skirtos prijungti išorinius įrenginius – termografus, jutiklius, RFID skaitytuvus ir kt.