Galway, Eire, March 01, 2023 –(– Xerotech, a pace-setter in battery pack generation for heavy-duty non-road cellular equipment (NRMM) is to sign up for forces with new battery mobile generation developer Innolith to release the trade’s first battery packs for electrification of a variety of programs the place hearth protection is paramount.

The collaboration will center of attention at the integration of Innolith’s I-State excessive power density, protected and occasional temperature tolerance mobile to Xerotech’s present era Hibernium battery pack platform. The brand new Hibernium battery pack possibility will likely be in keeping with Innolith’s leading edge I-State generation, which makes use of a proprietary electrolyte this is totally non-flammable, even if uncovered to excessive temperatures or excessive ranges of tension.

“We’re extremely joyful to be operating with Innolith to convey this groundbreaking generation to marketplace,” mentioned Dr. Barry Flannery, CEO of Xerotech. “Our Hibernium battery pack platform steadily evolves and expands, staying forward of the marketplace when it comes to efficiency, protection and capability. With the ability to convey battery mobile inventions to the marketplace temporarily, we’re pushing the limits of business and industrial electrification.”

Innolith’s I-State battery cells are anticipated to be interesting to ATEX, eVTOL and commercial sectors, the place protection and function are of the maximum significance. The I-State battery mobile’s excessive power density, tolerance of utmost cold and hot temperatures and excessive protection and make it ultimate to be used in difficult environments. It has the possible to revolutionize the way in which those industries use batteries, offering a considerably extra dependable supply of energy.

“Batteries are set to run the sector and function in probably the most difficult environments the place outstanding efficiency is paramount, and any possibility of fireside could be unacceptable. Many of those programs are an important for the electrification of a wide variety of mobility, together with aviation for which typical battery generation is unsuited,” explains Konstantin Solodovnikov, CEO of Innolith. “Innolith partnership with Xerotech will boost up the adoption of I-State battery generation in those important programs and make electrification to be had to even better choice of end-users.”

The I-State mobile makes use of a completely new battery mobile generation in keeping with an leading edge inorganic electrolyte that may function at some distance upper voltages than conventional Li-ion battery cells turning in excessive power density and hearth protection advantages and enabling a large temperature running vary from -40o to +60o.

Xerotech plans to begin providing battery packs with Innolith I-State battery cells within the coming months, with industrial availability anticipated within the subsequent yr. The firms are assured that this partnership would be the get started of an extended and a hit collaboration, bringing leading edge power answers to consumers around the globe.

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About Xerotech
Xerotech, based in 2015 and headquartered in Eire, is a number one producer of complicated lithium-ion battery methods to be used in commercial and industrial programs. Xerotech’s Hibernium® platform is the marketplace first battery machine platform evolved for low-volume high-diversity consumers. Using its patented protection and thermal control generation Xerotherm®, Xerotech permits electrification of “the whole lot else” that makes use of interior combustion engine these days.

About Innolith
Innolith AG is a battery generation corporate, headquartered in Basel, Switzerland, that develops battery mobile generation for electrical cars and different e-mobility programs. Innolith runs probably the most global’s main battery mobile analysis programmes at its laboratory in Bruchsal, Germany, the place it’s pioneering a subsequent era EV battery generation in keeping with a proprietary electrolyte that delivers cells with cheaper price, excessive power density together with upper protection and temperature efficiency.

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