To guarantee that Voltpack Core lives up to the highest degrees of safety, it’s been tested rigorously against international standards, ensuring top performance and safety. We play it safe, so you don’t have to.
Voltpack Core is designed to replace the diesel engine under the harshest of circumstances. Highly flexible and configurable for stand-alone use or integration into customized systems.
Catalyze a safer, more sustainable future for the mining industry by integrating Voltpack Core into your equipment.
With reduced emissions, lower operational costs and uncompromising safety features, battery-powered mining equipment leads the way in innovation. Make worker safety and environmental care your top priorities, positioning your brand at the forefront of a cleaner, more sustainable mining era with Voltpack Core.
Zero emissions
Lower operating costs
Reduced ventilation requirements
Enhanced safety
Improved air quality
Easier maintenance
“Electric machines offer improved health and safety environments for mines. In almost all mines, the business case for going all-electric is clear and powerful.”
With an advanced insulation monitoring system, coupled with an IT ground system, we eliminate risk of electrical shock. Top-tier efficiency enabled through high voltage interlock loop (HVIL) generation and sense.
Enabling optimal temperature control for battery cells through integrated cooling and heating channels. Our design minimizes cell aging at various ambient temperatures and prevents cascading fire events, ensuring uncompromised safety.
Northvolt’s BMS is tailored for industrial use, guaranteeing battery operations within secure boundaries. Equipped with safety functions meeting ISO 13849 standards to ensure reliable operations under all conditions.
Crafted with steel casing, our design offers robust protection and is IP66 rated. Engineered to withstand severe vibrations and shocks in industrial environments, we’ve tested against global industrial standards.
Rigorously validated, Voltpack Core withstands single cell thermal runaway without propagation and has successfully passed tests according to international standards including, IEC/EN 62619 and IEC/EN 61000.