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Day1_NFPA
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We will explore examples of packaged system solutions for the electrification of mobile equipment, including e-pumps and e-PTOs, and...
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We will discuss various power transmission designs that may be used for off-highway equipment to transmit energy from the...
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Conventional hydraulic systems impose efficiency penalties on electrified off-highway equipment, increasing battery costs and reducing run-time. This presentation covers...
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Can batteries replace the combustion engine for hydraulic work functions? The answer is complex and multifaceted, but a direct...
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The integration of connected devices in hydraulic systems revolutionizes monitoring, diagnostics and efficiency. By leveraging an IoT device in...
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Recent research and development has produced a new onboard data digitalization solution for hydraulic pumps. Currently applied to field-proven,...
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This presentation explores the transformative integration of digital electrohydraulic systems in off-highway applications, with real-time operating systems and advanced...
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IoT is revolutionizing fluid power systems, enabling OEMs and suppliers to drive performance and efficiency through real-time hydraulic data....
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As new technologies become more and more available for our industry, it is vital that OEMs partner with the...
Day 2_NFPA
10am - 3.30pm
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Effective thermal management is essential for the performance, efficiency, and reliability of electrified off-highway vehicles. This presentation will explore...
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Off-highway vehicles with electric drivetrains and hydraulic actuation circuits pose several challenges for effective control systems. This presentation will...
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The shift towards software-centered systems is transforming industrial automation, reducing hardware complexity, and enhancing adaptability. This presentation explores digitalization...
NFPA
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This presentation features an experimental activity carried out at Purdue’s Maha Fluid Power Research Center on an actuation system...
