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acewp2026-06-15 11:17:502026-06-17 08:30:35Parker AC30 Variable Frequency Drives: Flexible Motor Control for Industrial ApplicationsBenefits of electro-hydraulic systems
Higher energy efficiency
Electrohydraulic systems use power only when needed, reducing energy consumption significantly.
Reduced Maintenance
With fewer moving parts and less continuous running, electrohydraulic pumps require fewer service interventions and create less waste over time.
Precise and Responsive Control
Electronic control enables accurate, repeatable movements and optimization of hydraulic pressure and flow, leading to higher productivity and operational precision.
Lower Noise Levels
Electrohydraulic systems operate quietly due to variable-speed electric drives.
Environmental Impacts of Electrohydraulic Systems
Lower energy consumption
Reduced oil usage
Less waste due to fewer maintenance cycles
Lower CO₂ emissions
Reduced noise pollution
More sustainable operation
Parker e-pumps available at A&C Engineering
eReady Piston Pumps
Electrohydraulic Piston Pumps deliver precise control, low maintenance, and reduced energy use.
eReady Gear Pumps
Short, reliable electrohydraulic gear pumps designed for compact, efficient power systems.
eReady Vane Pumps
Low-noise vane pumps offering stable electrohydraulic performance for industrial applications.
eReady Bent Axis Pumps
High-efficiency bent-axis design for demanding electrohydraulic systems with precise control.
Need help selecting the right Parker eReady pump? Call us at +31-(0)187 49 70 80 or mail us at info@ace-engineering.nl
What Is Electrohydraulics?
Electrohydraulics combines electric drive technology with hydraulic power to create a highly efficient, precise and responsive motion control system.
Electrohydraulic systems use an electric motor to drive a hydraulic pump only when power is needed. This makes them far more energy-efficient than traditional hydraulic systems, which typically run continuously. Electrohydraulics are used in applications where high power, accuracy, and controllability are essential, such as industrial machinery, marine equipment, and mobile systems.
Unlike conventional hydraulics, electrohydraulic systems offer better efficiency, lower noise levels, reduced maintenance, and improved motion control. These advantages make electrohydraulics a future-ready alternative for modern industries seeking cleaner, smarter and more sustainable hydraulic power.
Latest Articles on Electrohydraulics
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acewp2026-06-15 11:17:502026-06-17 08:30:35Parker AC30 Variable Frequency Drives: Flexible Motor Control for Industrial Applications
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acewp2026-06-10 14:08:202026-06-10 14:08:20Bent Axis Fixed Displacement Pumps: Reliable Hydraulic Performance
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acewp2026-05-05 12:23:182026-05-26 14:43:03Parker GVM210 Gen 2 Global Vehicle Motor: A New Version for Mobile Electrification
Why Choose A&C Engineering for Electrohydraulic Solutions?
Official Parker e-pump supplier
Strong expertise in electrohydraulic system
Fast and reliable technical support
Guidance in selecting the right pump or solution
Trusted partner for hydraulic electrification
FAQ
What is electrohydraulics?
Electrohydraulics combines electric drive technology with hydraulic power to deliver efficient, precise and responsive motion control. It is used in industrial, marine and offshore applications where high performance and reduced energy consumption are required.
How does an electrohydraulic pump work?
An electrohydraulic pump uses an electric motor to drive a hydraulic pump only when power is needed. This on-demand operation improves efficiency, reduces heat generation and lowers maintenance compared to traditional hydraulic systems.
What are the main benefits of electrohydraulic systems?
Electrohydraulic systems provide higher energy efficiency, reduced maintenance, precise control and lower noise levels. They also support more sustainable, low-emission operations.
Are electrohydraulic pumps suitable for marine and offshore applications?
Yes. Electrohydraulic solutions are well-suited for marine and offshore environments due to their low noise, high reliability and efficient power delivery. They perform well under demanding conditions.
What is the difference between electric and hydraulic power units?
Electric (electrohydraulic) power units operate on demand, offering better efficiency and control. Traditional hydraulic units run continuously, consume more energy and require more maintenance.
Why choose Parker e-pumps for electrohydraulic applications?
Parker e-pumps offer advanced efficiency, precise control and reliable performance. They integrate easily into modern electrohydraulic systems and support hydraulic electrification across industries.
Where can I get support selecting the right Parker e-pump?
A&C Engineering provides expert advice to help you choose the right Parker e-pump or electrohydraulic pump for your application. Our specialists can guide you through system requirements and integration.
Download our Electrohydraulics Brochure
Get a compact overview of Parker e-pumps and our electrohydraulic solutions.
Want to see all products A&C Engineering can support your system with?
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