Hybrid System Architectures for On‐ and Off‐Highway Equipment
As the landscape of on- and off-highway equipment evolves, the shift toward electrification is gaining momentum. However, transitioning from conventional internal combustion engines (ICEs) to fully electric machines can be challenging. This webinar delves into hybrid system architectures that combine ICEs with electrified components, providing a practical and economically viable pathway for this transition. Join us to explore the significance, benefits, and potential of hybrid systems in modern equipment design.
In this webinar, you will learn to:
  • Define hybrid system architectures in the context of on‐ and off‐highway equipment.
  • Identify the efficiency, performance and sustainability benefits of hybrid systems along with regulatory requirements.
  • Anticipate technological advancements and future developments in hybrid system design.
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Hosted in conjunction with:
Hosted in conjunction with Fluid Power World
Additional Information
With over a century's worth of expertise catering to a diverse array of both on and off-road vehicles, Parker has firmly established itself as a reliable partner in innovative electrification solutions. Parker experts work one-on-one with customers to create and deliver inventive systems and subsystems that break new ground. Learn more about our solutions and technologies.
Our Speakers
Barun Acharya, Electrification Systems Application Engineering Manager
Barun Acharya
Electrification Systems Application Engineering Manager,
Parker Hannifin
Barun Acharya is the Electrification Systems Application Engineering Manager at Parker Hannifin, a leading global manufacturer specializing in motion and control technologies, with a focus on electrification and hydraulic systems. Parker Hannifin delivers precision-engineered solutions to a wide range of markets, including commercial, mobile, industrial, and aerospace sectors. With over 30 years of experience in motion and control technologies and holding more than 20 patents, Barun brings extensive expertise to his role. He earned a Master’s degree in Mechanical Engineering from Oklahoma State University and an MBA in Finance from the University of St. Thomas.
Mike Santora, Managing Editor, Fluid Power World
Mike Santora
Managing Editor, Fluid Power World
Mike Santora has been an Associate Editor with Design World and Fluid Power World magazines since 2015. He has a bachelor’s degree in Journalism from Bowling Green State University and an MFA in Creative Writing from the University of New Hampshire. Mike is also the editor for Design World’s vertical site CouplingTips.com.

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