Caterpillar Successfully Demonstrates First Battery Electric Large Mining Truck and Invests in Sustainable Proving Ground
Caterpillar Inc. announced on December a successful demonstration of its first battery electric 793 large mining truck and a significant investment to transform its Arizona-based proving ground into a sustainable testing and validation hub of the future.
Caterpillar completed development of its first battery electric 793 prototype with support from key mining customers participating in Caterpillar's Early Learner program. Participants of the program with definitive electrification agreements include BHP, Freeport-McMoRan, Newmont Corporation, Rio Tinto and Teck Resources Limited.
"Our global team came together to develop this battery truck at an accelerated pace to help our customers meet their sustainability commitments," said Resource Industries Group President Denise Johnson. "This demonstration is a significant milestone, and we are excited for these trucks to get to work at customers' sites around the world in the near future."
The Early Learner program launched in 2021 and focuses on accelerating the development and validation of Caterpillar's battery electric trucks at participating customers' sites. This approach supports the individual commitments each Early Learner participant has made to reduce and eliminate greenhouse gas emissions from their operations. A primary objective of the program is for Caterpillar to collaborate more closely with its customers as the industry undergoes transformational change through the energy transition.
Early Learner customers came together to witness a live demonstration of Caterpillar's prototype battery truck on a seven-kilometer (4.3-mile) course. During the event, Caterpillar monitored over 1,100 data channels, gathering 110,000 data points per second, to validate simulation and engineering modeling capabilities. Fully loaded to its rated capacity, the truck achieved a top speed of 60 km/h (37.3 mph). The loaded truck traveled one kilometer (0.62 mile) up a 10% grade at 12 km/h (7.5 mph). The truck also performed a one kilometer (0.62 mile) run on a 10% downhill grade, capturing the energy that would normally be lost to heat and regenerating that energy to the battery. Upon completing the entire run, the truck maintained enough battery energy to perform additional complete cycles.
Mine Site of the Future
The prototype truck was built at Caterpillar's Tucson Proving Ground, located in Green Valley, Arizona. In support of the energy transition, Caterpillar is investing to transform the proving ground into a working, sustainable "mine site of the future" by installing and utilizing a variety of renewable energy sources. The objective is to implement the same sustainable solutions mining companies will use at their own operations to learn firsthand what it takes to run an electrified mine site and effectively support customers through the changes.
"The transformation of the Tucson Proving Ground allows Caterpillar to demonstrate our energy transition commitments and serve as a stronger advisor to customers as we navigate the changes together. We know it will take an integrated, site-level solution for miners to achieve their carbon-reduction goals, and we're here to help as they redefine the way they mine for generations to come," emphasized Johnson.
As part of the site transformation, the company will install the latest advancements in sustainability technology, including green hydrogen production, natural gas and 100% hydrogen reciprocating engine power generation, fuel cell power generation and expanded energy storage systems. The site will also leverage a variety of renewable power sources, including wind, solar and hydrogen, capable of powering the facility and its products as they become electrified. The transformation of the facility will also serve as a learning platform for optimizing charging and energy management integration.
ABB unveils revolutionary propulsion concept to significantly increase ship efficiency
ABB today introduced ABB Dynafin™, propulsion system designed to break new ground for efficiency in the marine industry. Inspired by the dynamic motions of a whale’s tail, the concept is the result of over a decade of research, development, and testing.
Production of electrofuels from green hydrogen and captured carbon is demonstrated at VTT Bioruukki
The rise of maintenance droids
Tips for improving the efficiency and reliability of your motor-driven systems
Balancing plant maintenance costs and activities with the need to achieve production goals is a daily challenge for most maintenance professionals. Since the motor-driven system is often a critical component in this dynamic, let’s look at some best practices to help it achieve those goals and meet customer demands.