The dynamic and exciting world of electrification holds the potential to create a cleaner tomorrow for all. Parker’s breadth of experience and capability that places it at the heart of that electric story. This concept brings that possibility to life for our prospects, conveying the potential of Parker’s partnership to shape a positive electric future.
Get a comprehensive overview of electrification in the Refuse Truck industry with Dr. Germano Franzoni, covering its origins, necessity, and the utilization of custom ePTO systems.
Watch our new animation, which explains how each component works together to ensure reliability and efficiency in hybrid and all-electric vehicles.
Embrace Electric: Efficient, Eco-Friendly Transportation. Explore the Exciting Electric Journey.
Watch Parker electrification expert , Andreas Lengnoswski discuss thermal management for electrified machines and how to overcome the challenge of space, power density and efficiency.
Electrification increases the importance of cooling in machinery. Our infographic describes why thermal management is crucial to be handled holistically for machine efficiency and meeting the narrow temperature requirements of the parts.
Parker offers an extensive range of cooling components that operate cohesively to satisfy all your heat regulation requirements. Whatever your challenges, we have the solutions.
Battery breakthrough technologies are improving performance and decreasing costs to make fully electric machines more viable. Solid-state batteries are providing greater storage so batteries last longer, charge faster and are lighter resulting in more cost savings.
Driverless vehicles and other autonomous machines are the norm, offering advantages in safety and operational costs. Parker plays a vital role in advancing automation, ensuring that it is more reliable by providing the necessary sensors, artificial intelligence and analytic capabilities.
Parker’s controllers extract maximum efficiency from a battery. Sensors allow for unprecedented insights into how machines are performing and where they are located, while Parker’s Mobile IoT platform provides integrated components and software that deliver next-generation connectivity.
The architecture of the power source in an EV is more complex and extremes of temperature impact longevity, efficiency, range, and charge times, making effective thermal management imperative.
Battery breakthrough technologies are improving performance and decreasing costs to make fully electric machines more viable. Solid-state batteries are providing greater storage so batteries last longer, charge faster and are lighter resulting in more cost savings.
Driverless vehicles and other autonomous machines are the norm, offering advantages in safety and operational costs. Parker plays a vital role in advancing automation, ensuring that it is more reliable by providing the necessary sensors, artificial intelligence and analytic capabilities.