Abstract
Implementing new battery electric vehicle (BEV) technology in an organization can pose multiple operational challenges. The risks associated with high voltage battery systems can generate negative perceptions amongst various stakeholders, from the mine managers to the machine operators. While this often stems from a knowledge gap, several factors are advancing the state-of-the-art for BEVs, including new case studies of battery electric machines, improved development/safety processes and updated standards and guidelines. This course provides an up-to-date understanding of the challenges and solutions for deploying BEVs in Canadian mines supported by case studies and industry expertise.
The course will provide an overview of BEV safety systems and a review of the current state of the technology. The course will also give an overview of the latest version of GMG’s Recommended Practices for Battery Electric Vehicles in Underground Mining guideline and the new CSA M424.4:22 standard for electric vehicles in mines.
Through an interactive workshop session, attendees will identify the adoption challenges within their own organizations and supply chains. The course will then provide a guide to the change management process and how to address the complexity of adopting BEV technology.
Over the course of the day, BEV industry leaders will also provide their insights on key topics, including the business case for BEVs, mine design and operations, ventilation and cooling, and battery safety. The course will then close with an interactive session that will allow group discussion on the future work required in the transition from diesel to electric vehicles.
Short Course Objectives:
Identify the negative perceptions with BEVs (current or upcoming ones) with the stakeholders in attendance Plant the seed in attendees for how to address safety issues and change management
Target Audience:
Underground mine operators Surface mine operators, Human resources professionals Stakeholders in environment, sustainability and community relations