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The new Cat® battery system is a key part of Caterpillar’s complete range of integrated electrification components—including batteries, chargers, inverters, motors, electronic controls and digital services—designed to power a more sustainable jobsite. This ensures seamless compatibility and optimal performance across your entire system. With its robust design for challenging environments, remote monitoring for optimal performance and streamlined design for ease of removal, repurposing and recycling, the Cat battery system is engineered with the total lifecycle in mind.
Supported by a comprehensive portfolio of Caterpillar electrification offerings, including charging solutions and Energy Storage Solutions, we’re here to help you in the seamless transition to electrified machines.
Caterpillar, Flory Industries, and Holt of California are leading the way in revolutionizing the power industry by demonstrating the incredible potential of electrification in powering machines. With their innovative battery-powered field elevator prototype, they are proving that a 600-volt battery-powered powertrain can offer the same performance, reliability, and durability as a conventional 74-horsepower diesel engine, while reducing maintenance and operating with zero tailpipe emissions.
Switching to battery electric power offers numerous potential advantages, including reduced point of use emissions, lower carbon emissions, quieter operation, cost savings in fuel and maintenance, compliance with regulations, increased operational efficiency.
: Shifting your equipment to electric power holds user benefits, but also involves considerations. Tailor machine design for efficient battery integration, optimizing space and weight. You will also need to consider charging needs, including electrical infrastructure and leveraging features like high-speed DC charging.
Ongoing advancements aim to enhance energy density, reduce charging times, bolster safety features, and extend battery lifespan. Innovations such as solid-state batteries and rapid charging technology, promising potential to enhance your equipment's overall performance.
Our rigorous real-world testing covers temperature stress tests, vibration resistance, waterproofing, and resilience to heavy loads. Rigorous quality control measures and the use of durable components ensure that our batteries deliver reliable performance even in challenging conditions.
While the total cost of ownership might be lower than that of a diesel engine, it's crucial to weigh initial investment costs against potential savings in operating and maintenance expenses.
Battery power is adaptable to various machinery sizes. However, forklifts, small excavators, skid steers, compact wheel loaders, and tractors might find it more suitable. Machines needing high continuous power output, operating in extreme conditions, or requiring prolonged operation without frequent charging may pose challenges.
Battery lifespan depends on usage, maintenance, and type. Typically, our Li-ion batteries can exceed 10 years, ensuring long-term durability and efficiency.
Charging duration varies based on type, capacity, and electrical output from the charging station.
Environmental conditions, usage patterns, charging methods, and maintenance practices significantly influence battery performance.
When you collaborate with Caterpillar on your transition to electrification, you’re getting a century’s worth of experience in innovation at your door. So, when you’re ready to take the next step of your electrification journey, register your interest below to be kept up to date with Cat battery developments.
