Electrification Trends

Key Electrification Trends

Advancing Fluid Conveyance for Electrified and Hybrid Systems

Parker’s Fluid Connectors Group (FCG) advances fluid conveyance with precision tubing and sealing technologies designed for electrified and hybrid systems. These solutions support efficient thermal management, battery cooling and compact system design—improving reliability while simplifying integration across industrial, mobile and transportation applications.

Driving Manufacturing Innovation Through Integrated, Electrified Solutions

Parker delivers engineered solutions that combine electrification, motion control, thermal management, and digital technologies to meet evolving manufacturing demands. Through Parker's Electromechanical Group (EMG) and LORD solutions, Parker helps manufacturers improve efficiency, extend equipment life and accelerate the transition to high-performing electric and hybrid platforms.

Electrification Transforms Modern Motion Control Systems

Electrification, automation, and digital control are reshaping motion control across industrial and mobile applications. Parker’s Motion Systems Group (MSG) leads this shift with electrified hydraulic and electromechanical technologies that improve efficiency, reduce emissions and enable precise, intelligent motion in battery-powered equipment.

Emergence of Hybrid Solutions

The path to full electrification isn’t linear. Globally, many aspirational projects have pivoted toward hybrid solutions—retaining smaller combustion engines while integrating battery-powered systems. Parker’s Electric Power Takeoff (EPTO) packages exemplify this transition, replacing diesel-driven systems with battery-fed hydraulic power sources that support both hybrid and fully electric platforms.

Future State

Electrification unlocks new frontiers in autonomy and functional safety. With the acquisition of Curtis Instruments, Parker is expanding into medical mobility, compact forklifts, and other intelligent, motorized platforms—even golf carts. These innovations signal a future where electrified systems, and autonomous technology, are not only efficient, but also safer, smarter and more secure.

Interconnected Technologies

Electrification isn’t just about replacing engines—it’s about reimagining systems. Parker’s strength lies in connecting the dots: drives, motors, filtration, hydraulics and engineered materials working in concert. The technologies remain deeply interconnected, enabling smarter, more responsive systems that deliver value beyond the sum of their parts.

Thermal Management

As electrification scales, thermal management systems become mission-critical. Parker hoses, tubing and fittings are engineered to regulate battery and electronics high temperatures under demanding conditions. LORD insulation technologies further enhance system safety and longevity, while fluid conveyance expertise ensures efficient heat dissipation across electrified platforms.

Market Highlights

Off-Highway

Electrified construction, material handling machinery and agricultural equipment demand rugged, efficient systems. Parker delivers with integrated motor, hydraulic and thermal solutions.

Aerospace

Electrification in aerospace requires precision, safety and weight optimization. Parker’s experts are advancing solutions tailored to this high-stakes domain.

Transportation

From refuse trucks to aerial lift vehicles, Parker supports the electrification of fleet operations with scalable, efficient battery, electric and hybrid-ready technologies.

Electrification FAQs

Why is electrification important for manufacturing, transportation and off-highway equipment?
Electrification boosts efficiency, reduces emissions, and enables smarter, more precise control across industrial and mobile applications.

How does thermal management support safe and reliable electrification?
Effective thermal management protects components from overheating, ensuring optimal performance, safety, and longevity of electric systems.

What is the difference between hybrid and fully electric systems in heavy equipment?
Hybrid systems combine electric and traditional power sources, while fully electric systems rely solely on electricity for propulsion and operation.

How is electrification accelerating across aerospace, construction, and fleet vehicles?
Advances in battery technology, regulatory pressure, and demand for cleaner solutions are driving rapid adoption across these sectors.

How does electrification contribute to sustainable energy transitions?
Electrification supports the shift from fossil fuel–based energy systems to cleaner, more efficient and lower-carbon energy sources and technologies by replacing those systems with efficient electric technologies that reduce emissions, improve energy efficiency and integrate seamlessly with renewable power sources.