In the global quest to significantly decarbonise mining operations,
eight technology innovators’ submissions have been selected to progress
beyond the Charge On Innovation Challenge. The global challenge,
launched by BHP, Rio Tinto and Vale sought to accelerate
commercialisation of effective solutions for charging large electric
haul trucks while simultaneously demonstrating there is an emerging
market for these solutions in mining.
The eight innovators selected are ABB, Ampcontrol and Tritium
(Australia), BluVeinXL, DB Engineering & Consulting with Echion
Technologies, Hitachi, Shell Consortium, Siemens Off-board power supply,
and 3ME Technology.
The Charge On Innovation Challenge was launched in 2021 and invited
vendors and technology innovators from around the world and across
industries, to collaborate with the mining industry to present novel
electric truck charging solutions.
The Challenge received interest from over 350 companies across 19
industries, with over 80 companies submitting expressions of interest
(EOI). 21 companies were then invited to present a detailed pitch of
their solution. The final eight were chosen from these 21 companies.
These technology innovators worked together with the founding patrons –
BHP, Rio Tinto, and Vale – and 16 other mining companies to accelerate
commercialisation of interoperable solutions that can safely deliver
electricity to large battery-electric off-road haul trucks – reducing
emissions while enhancing mine productivity.
The goal is to create a fast and safe charging system for refueling
off-road electric truck models in mining operations. Credit: Ricardo
Teles
Winners are collaborating with interested mining companies, OEMs and
investors to accelerate the technology development to support the future
roll-out of zero-emissions fleets.
Vale´s CEO, Eduardo Bartolomeo said, “It is with great pride that we
announce the winners of this Challenge who have presented solutions that
promise to disrupt the sector. The decarbonisation challenge is so
extensive that the mining industry cannot tackle it alone, but with
partnerships such as these, we hope to reach this goal, for ourselves,
for our communities and for our planet.”
BHP’s Group Procurement Officer, James Agar, said, “The truly global
nature of the final eight technology innovators selected, from across
industries, demonstrates the level of interest that exists to work
closely with the mining industry in seeking solutions to decarbonise
mining fleets. The Charge On Innovation Challenge is a great example of
the current collaborative work being done to reimagine traditional
models and relationships, which will enable innovative solutions to be
designed, tested and implemented, fast-tracking the adoption of new
technology.”
Rio Tinto Chief Technical Officer Mark Davies said, “With this group of
innovators, we’re taking another step in the right direction towards
changing the way haul truck systems operate in the mining sector.
Through collaborations like this, where we all come together to create
change, we can drive long-term benefits for our industry and the
environment.
“We know we have a role to play in helping solve the global climate
challenge. We’re looking at how we can make changes across our business
to reduce our carbon emissions by 50 per cent by 2030. Initiatives like
the Charge On Innovation Challenge can help us reach our targets.”
GHD’s CEO, Ashley Wright, said, “We are proud to help the global mining
industry innovate to reduce emissions. Our role with Charge On
Innovation Challenge is aligned with our Future Energy ambitions of
helping clients and communities move to a future of reliable, affordable
and secure low-carbon energy, sooner. Decarbonising heavy-emitting
sectors, including both mining and transport, will be crucial to
realising this vision.”
GHD, one of the world’s leading professional services companies, has
facilitated the Charge On Innovation Challenge, and is now leading the
process of establishing consortia to drive the testing of preferred
technologies. GHD's role builds on the significant work of Austmine to
launch the challenge, which attracted a number of supporting
organisations, OEMs and investors.
The Challenge
Diesel-powered haul truck fleets are responsible for up to 80% of a
mine’s emissions, but electrifying them requires charging systems
capable of delivering energy at unprecedented power levels during
operations.
The truly global challenge saw the eight winning solution concepts from
Australia, Switzerland, Japan, Denmark, Singapore, United Kingdom, and
North America.
They are:
- ABB
-
We are enabling the entire mining value chain to evolve through
electrification, automation and digitalization embracing a joint
industry approach linking the domain expertise of our people with
the specialist knowledge of partners for fully integrated systems.
Under our ABB Ability™ eMine purposeful framework of methods and
solutions we have designed a dual charging system solution for
stationary and in-motion charging. This is to optimize the
electric mine hauling operation with high power, the shortest
charging initiation time and limited truck design impacts by
leveraging standardised infrastructure and onboard systems and
components. This journey of partnership in action, research,
development and testing will continue.
- Ampcontrol and Tritium
-
The Ampcontrol and Tritium mining haul truck battery swap solution
is an end-to-end ultra-fast modular recharging station that is
fully automated, relocatable, scalable and cell agnostic.
Drive-in/drive-out, an autonomous transfer robot swap batteries in
90 seconds, significantly reducing safety risks and increasing
productivity by excluding personnel from the swap process.
- BluVein XL
-
BluVeinXL is a dynamic charging technology solution for heavy
battery electric vehicles in open-pit mining and safely enables
the full electrification of heavy mining fleets. It enables the
ability for grid power to be used to power the electric drive
motors and charge the onboard vehicle battery simultaneously.
- DB Engineering & Consulting and Echion Technologies
-
Have come together to develop a world-leading solution for the
electrification of mining trucks. Our Catenary and Advanced
Battery Technology system combines proven rail industry technology
with cutting edge XNO™ battery chemistry to deliver an unrivalled
electric solution
- Hitachi Energy
-
Is proposing an innovative haul truck electrification solution
which addresses the sustainability needs of the mining industry
without compromising the productivity of the mine. Using
Grid-eMotion™ Flash – a pioneering technology for sustainable
e-mobility – the proposed solution will rapidly and safely charge
the haul trucks’ batteries in just a few minutes.
A holistic and detailed monitoring and control solution for the
charging process and the grid connection system is provided by the
innovative e-mesh™ digital solutions for e-mobility.
- Shell Consortium
-
For mobile equipment on a mine site, Shell helps to enable a
decarbonised, cost neutral end-to-end interoperable
electrification system while minimising operational impact. It
combines an innovative, high-powered battery solution, with
ultrafast charging and a standardised micro-grid energy system.
- Siemens
-
Siemens patented Zero-Emission, Battery electric Haul Truck
solution combines a proven off-board energy source (trolley
substation and overhead catenary) with on-board energy storage
(LTO batteries) capable of dynamic 6C and >400kWh in-cycle
charging while simultaneously providing increased power to the
wheels to decrease overall cycle time and increase productivity.
- 3ME BladeVolt
-
Is a battery and electric vehicle technology company that develops
and manufactures safe, scalable, remotely monitored, and reliable
battery systems to power heavy-duty mining equipment. 3ME
Technology is providing the Charge On Innovation Challenge with a
purpose-refined version of its novel Bladevolt® Battery System to
fit the requirements of haul truck operations. The haul
truck-specific Bladevolt® XL system will be scalable to fit varied
truck sizes, composed of the optimum chemistry, cost-effective and
compliant with the proposed charging infrastructure, as well as
enabled to capture and analyse critical data that will help
improve operations going forward.