Increase of safety, productivity and decrease of overall machine downtime have been key drivers for digitalization in mining. This process has however a cost that may have limited or slowed down some miners in deploying technologies at their site, due to a challenge in calculating and predicting ROI.
The fact is that without a proper long term plan of your data requirements, your technology expenditure can be significantly higher than expected over the course of several years. An open computing platform can create a bridge for deployment of multiple technologies over a period of time, supporting migration to a Digital Mine cost effectively.
Over the years, I’ve had several customers who were looking for network enhancements explain to me the value of the data they pull from their fleet equipment. While in most cases, hardware failure of a radio or computer on-board a truck or a shovel doesn’t prevent that equipment from moving ore, it certainly brings to a rapid halt the collection of the critical data associated with that activity.
Missing those loads in the productivity counts for the shift isn’t an option. In my customers’ view, that application data was just as critical as the physical material moved.
While it’s often a desire, there is rarely one technology that fits all. And wireless technology is no different in this context. Selection of the right wireless technology to meet the demands and scale of your environment, applications and data requirements really need to be considered before one starts looking at technology for your business.
This is a process that we typically break into 3 stages. The first stage, the discovery process, covers 3 main specific aspects about your business.
Since your mine relies on real-time access to production and asset-health data, the reliability of your mine’s wireless network is critical. And wireless networking in the mining environment presents a unique set of challenges.
The mining industry has ever increasing requirements for access to productivity and asset health information from in-pit and mobile devices, allowing the mine to adapt more quickly to changing requirements and conditions in the mine and resulting in greater productivity and safety decisions. The collection of this data from the many connected in-field devices is known as the connected Internet of Things (IoT).
3D-P is pleased to announce the availability of high performance, cost effective wireless networks for underground mines.