Skip to main content

The CASE for fuel swapping by ZQUIP

By David Arminas June 20, 2025 Read time: 2 mins
ZQUIP, part of Moog Construction, and CASE collaborated to demonstrate how traditional diesel-hydraulic machinery can become zero-emissions machines (image courtesy ZQUIP)

Whatever power a client wants in its heavy equipment – from electric and diesel to hydrogen fuel cell and hydrogen ICE – ZQUIP can make it happen.

A CASE in point is exactly that - a CASE CX210ZQ and a CASE WX155ZQ concept excavators. ZQUIP, part of Moog Construction, and CASE collaborated to demonstrate how traditional diesel-hydraulic machinery can become zero-emissions machines with swappable energy modules that eliminate concerns about battery range.

Moog engineers “Zquip” a machine by removing its diesel engine and installing a modular conversion kit containing one, two, three or more energy modules.

ZQUIP also has a newly developed hybrid module that operates as zero-emissions or hybrid, depending on the job and grid availability. The operator controls this option from the cab, significantly improving the use of a ZQUIP machine, explained Rob Bauer, engineering manager for ZQUIP.

“Our work with ZQUIP and Moog is about innovating the way job sites and construction vehicles operate for the betterment of everyone,” said Franco Invernizzi, vice president and global head of strategy at CNH CE, maker of CASE machinery. “The CX210ZQ and WX155ZQ models complement the electric offering we have available today, focused on the compact segment. The ZQUIP solution allows us to quickly expand our reach to those customers that have a need for larger, zero-emission heavy equipment.”

“We can convert virtually any make or model of diesel-hydraulic construction vehicle in the world,” said Holger Pietzsch, director of business development for ZQUIP. “Whether you’re an OEM, dealer, or construction company owner, these concept vehicles prove off-highway machines can run on swappable energy modules not unlike the way consumers power a variety of rechargeable hand tools.”

For more information on companies in this article

ZQUIP

Related Content

  • Attitude is key to sustainability, says Volvo CE’s Thomas Bitter
    June 27, 2018
    Whether you are in the global Volvo Ocean Race or working on-site locally, sustainability is about attitude as much as technology. David Arminas reports. Technology, sustainability and safety. We ignore these often related themes at our peril. This was the key point made by Volvo Group chief executive Martin Lundstedt during his brief opening presentation at the start of the Building Tomorrow Conference in Spain last October. The conference took place within the harbour of Alicante that was bustling wit
  • Innovative compaction advances
    July 23, 2024

    Innovative asphalt compaction machines are now being introduced by several of the major manufacturers, with solutions offering improved working efficiency and performance.

    Three of the most innovative developments for asphalt rollers come from Dynapac, BOMAG and Hamm, although new asphalt compactors are also being introduced by other firms such as Ammann and Caterpillar.

  • Clean onsite power system introduced
    October 12, 2018
    An innovative onsite power source utilising fuel cell technology has been developed jointly by Intelligent Energy and Taylor Construction Plant (TCP Ltd). This novel, no-emission power product meets the very strictest environmental legislation, allowing it to be used in low emission zones in urban areas or in enclosed areas such as underground quarries, tunnels or carparks where ventilation may be limited. The firms say that this off-grid hydrogen fuel cell power product is designed to meet the changing ne
  • Optimising operations with construction software gains
    May 20, 2015
    Innovations in construction software are helping boost project efficiency and optimising project operations – Clive Davidson writes Over the past decade, while construction engineers have been putting up buildings or infrastructure, software engineers have been developing a parallel universe where virtual buildings or infrastructure can be created in ever increasing detail. What started with 2D architectural drawings in computer-aided design (CAD) systems, has become a multi-dimensional world, with 3D ge