RETHINK MINING

LED BY RETHINK MINING
SUPPORTED BY NRCAN

LED BY RETHINK MINING
SUPPORTED BY NRCAN

EVOLVE
PROJECT

EVOLVE
PROJECT

Proving the business case for battery-electric fleets underground.

Proving the business case for battery-electric fleets underground.

Closing the Gap on

Underground Electrification

While Canada is home to many of the operating battery electric vehicles (BEVs) in mining today, this path has not been without its challenges. Barriers to increasing adoption stem from BEVs needing to further prove their profitability and long-term effectiveness. This project aims to tackle the challenges scaling BEV deployment in underground mining, where return on investment (ROI) remains uncertain across fleet types.

A Consortium

Built to Deliver

Pooling resources, data, and learnings across partners.

Lowering emissions through fleet electrification.

Sharing knowledge for the benefit of the wider industry.

EVOLVE aims to close the gap with a long-running study of BEV fleet performance by bringing together Canadian leaders in the field. The consortium will pool resources, data, and learnings for the benefit of the wider industry, spurring electrification of mining worldwide.

One Study,

Shared Learnings

EVOLVE and its partners will trial BEVs at multiple mine sites, optimize charging and energy systems, and assess vehicle performance and long-term asset management strategies, validating the business case for scalable, low-emissions mining.

EVOLVE

Project Objectives

EVOLVE is built around four objectives, each targeting a different part of what it takes to run battery-electric fleets underground at scale.

Productivity and Maintenance

Track and analyze productivity and maintenance performance over several years across three fleets: BEV LHDs in a block cave operation, a next-generation BEV LHD in a brownfield underground mine, and a multi-site fleet of light-duty vehicles providing logistical support underground.

Charging Optimization

Battery Degradation

Vehicle-to-Grid (V2G)

Productivity and Maintenance

Track and analyze productivity and maintenance performance over several years across three fleets: BEV LHDs in a block cave operation, a next-generation BEV LHD in a brownfield underground mine, and a multi-site fleet of light-duty vehicles providing logistical support underground.

Charging Optimization

Battery Degradation

Vehicle-to-Grid (V2G)

Productivity and Maintenance

Track and analyze productivity and maintenance performance over several years across three fleets: BEV LHDs in a block cave operation, a next-generation BEV LHD in a brownfield underground mine, and a multi-site fleet of light-duty vehicles providing logistical support underground.

Charging Optimization

Battery Degradation

Vehicle-to-Grid (V2G)

A National Study

Built to Last

EVOLVE is built to leave something behind: lasting change at each participating site, and shared knowledge the whole industry can build on.

5 YRS

MULTI-YEAR STUDY

Tracking battery-electric fleets through real production cycles, not lab conditions.

5 YRS

MULTI-YEAR STUDY

Tracking battery-electric fleets through real production cycles, not lab conditions.

+3 SITES

MULTI-SITE DEMONSTRATION

Comparing fleet performance across different mines, duty cycles, and operating conditions.

+3 SITES

MULTI-SITE DEMONSTRATION

Comparing fleet performance across different mines, duty cycles, and operating conditions.

Lower emissions at every site

In the years after the project, reduced diesel use and lower greenhouse gas emissions from fuel at each participating mine.

LASTING FLEET ADOPTION

A greater share of each company's mobile fleet running on battery power once the project ends, backed by hard data on BEV integration and scaling.

Project

Knowledge Hub

Open-access research from across the project: whitepapers, publications, tools, and datasets, shared so the whole industry can learn from EVOLVE.

Open-access research from across the project: whitepapers, publications, tools, and datasets, shared so the whole industry can learn from EVOLVE.