Enerpac Releases New Battery-Powered Split-Flow Pump
The new SFP-B unit offers multi-point lifting capabilities without the need for external power sources.
Updated on Oct. 15, 2026 in Oil and Gas
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Enerpac has launched the SFP-B, a battery-powered split-flow pump designed for heavy lifting tasks in environments with limited power access. This release completes the company's SFP range of pumping systems.
Why it matters
The pump is designed to support multi-point lifting and skidding projects where on-site power is unavailable or noise sensitivity is a concern. By removing the requirement for tethered power, the device enables operations in remote or restricted locations.
The SFP-B pump features four split-flow outlets for operating single- or double-acting cylinders. It provides 75 minutes of continuous operating time on a single battery charge.
The players
Enerpac
Enerpac is a global industrial company that specializes in high-pressure hydraulic tools and solutions for heavy lifting and positioning applications.
The details
The unit is built with a rugged steel frame that includes integrated forklift slots and lifting eyes for easier transport. It operates independently of an external power grid, allowing users to perform complex lifting work in areas that are otherwise inaccessible.
Timeline
October 15, 2026: Enerpac introduced the SFP-B split-flow pump.
Market Landscape
The introduction of the SFP-B unit completes the SFP range of pumps, marking a broader transition toward cordless heavy-duty industrial equipment. This positions Enerpac to better compete in markets that require high mobility and lower operational noise levels.
For industrial operators, the transition to this battery-powered pump may eliminate the costs associated with temporary power infrastructure on job sites. It also enables work in noise-sensitive zones without the need for fuel-powered generators.
The takeaway
Advancements in high-capacity battery technology are increasingly allowing heavy industrial lifting tools to operate without the constraints of local power grids. Professionals should evaluate their site access and noise restrictions to determine if cordless hydraulic systems can streamline their workflow.
Further reading
For broader trends in industrial equipment, visit United States Oil and Gas.
Source note: This article includes information reported by Crane & Transport Briefing.
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Do you believe battery-powered tools offer a practical advantage for professional heavy-lifting work?
