Volvo introduces a new tool to easily calculate charging and battery runtime for compact electric construction equipment.
CJD Equipment continues to revolutionise project planning in the construction industry with the Volvo Electric Machines Charging and Runtime Calculator.
This handy tool allows operators to estimate battery runtime and charging time for electric machines, helping optimise operations and reduce environmental impact.
With the growing demand for electric construction equipment in Australia and worldwide, understanding how to use this calculator effectively is crucial for project success, says Reid Gibson, Product Manager, Electric and Sustainable Technologies CJD.
That’s where CJD product managers come in. Reid says CJD product managers will guide operators through key components of the calculator and how to customise calculations for specific project needs.
“Whether corporations are considering an electric mini excavator or planning large-scale sustainable construction projects, this calculator will help operators harness the power of electric excavators to boost productivity and achieve zero emissions on the worksite,” he says.
Key components
The Volvo calculator is a user-friendly tool designed to help operators plan their workday efficiently. It consists of three main steps, each allowing for customisable calculations based on individual needs.
Step one involves selecting the Volvo electric machine and preferred charging option.
“This step is crucial as it sets the foundation for accurate runtime and charging estimates,” says Reid.
In step two the operator will provide details on the intended use of the machine. This includes daily operating hours, idling percentage, and workload intensity.
Reid says the calculator considers that a machine can be idling for up to 70 per cent of its operating time, helping operators estimate actual usage.
“Step three allows operators to switch between charging and runtime results, giving instant insights into how to plan a workday effectively,” he says.
“This feature helps ensure a machine is fully charged and ready to go when needed.”
Customising calculations
Reid says operators need to input accurate data about the project to tailor the Volvo Electric Machine Calculator to specific worksites.
“Start by estimating your daily operating hours and idling time, remembering that machines often idle up to 70 per cent of their operating time,” he says.
“The calculator adjusts active operating hours to the nearest half hour, providing a realistic view of usage. The calculator estimates a machine’s usage, energy consumption, and available charging power.”
Alternating current (AC) charging assumes a maximum rated power of 11 kilowatts, however Reid says it’s crucial to factor in any on-site power limitations, and the capacity of a machine’s onboard charger.
“To optimise an electric excavator’s performance, it is recommended storing it indoors overnight, to help maintain battery temperature, improving efficiency in cold or hot conditions,” he says. “If outdoor storage is unavoidable, rest assured light elements won’t damage the batteries.”
Leveraging data
Integrating renewable energy sources, such as solar and wind power, can also reduce costs – achieving a high level of cost reduction compared to scenarios without renewable energy, Reid says.
“By leveraging the calculator’s data, you can develop a charging strategy that aligns with your project’s needs, ensuring your electric machine is always ready when needed.
“The Volvo Electric Excavator Charging and Run Time Calculator significantly impacts project planning and execution in the construction industry.”
Reid says this tool is particularly valuable as the industry shifts towards more sustainable practices, allowing companies to harness the power of electric excavators to boost productivity and achieve zero emissions on worksites.
“As the demand for electric construction equipment grows, understanding how to use this calculator effectively becomes crucial to project success,” he says.
“It empowers construction professionals to make informed decisions about machine usage, charging strategies, and project timelines. By embracing this technology, construction companies can stay ahead of the curve and contribute to a more sustainable future in the industry.”
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