Hyliion Develops Megawatt Generator for Navy and Companions with Flexnode


Hyliion has been awarded a Small Enterprise Innovation Analysis (SBIR) authorities contract by the USA Navy. This contract marks the start of an bold undertaking to develop a megawatt-scale modular generator system primarily based on Hyliion’s superior KARNO generator know-how.

Hyliion Develops Megawatt Generator for Navy and Partners with FlexnodeHyliion Develops Megawatt Generator for Navy and Companions with Flexnode
The 3D printed KARNO generator can run on greater than twenty completely different fuels, resembling hydrogen, pure fuel, propane, ammonia, and conventional fuels. (Picture Credit score: Hyliion)

A New Part in Energy Technology

The SBIR Part 1 award, designated as N241-060, empowers Hyliion to design a preliminary mannequin of the KARNO generator for naval functions. This generator, identified for its capacity to function on over twenty completely different fuels—together with hydrogen, pure fuel, propane, ammonia, and traditional fuels—represents a flexible answer for the Navy’s Unmanned Floor Vessel (USV) energy wants.

Hyliion’s strategy entails scaling its 200 kW KARNO genset by combining a number of models to succeed in the required energy output. The result’s a system that’s each versatile and adaptable, able to assembly varied energy necessities and becoming inside the spatial constraints of various platforms.

Thomas Healy, founder and CEO of Hyliion, expressed the corporate’s enthusiasm for this undertaking, stating, “We’re honoured to obtain this SBIR contract from the USA Navy. This award is a testomony to the KARNO generator’s anticipated capacity to supply environment friendly, versatile, and low-maintenance energy era. We’re excited to contribute to the Navy’s mission and discover larger energy options for his or her USV initiative.”

The overarching purpose of the N241-060 program is to create a megawatt-scale, ultra-reliable generator that meets the Navy’s stringent necessities. The envisioned generator will characteristic a modular design with smaller kW-scale models configured right into a high-density package deal. This design goals to attain a 4,000-hour no-touch upkeep periodicity, making certain steady, dependable operation in difficult naval environments.

Partnership with Flexnode

Along with its work with the Navy, Hyliion has additionally entered right into a non-binding Letter of Intent with Flexnode, a digital infrastructure firm centered on high-density information centre options. Below this settlement, Hyliion will provide as much as ten KARNO mills to Flexnode, totaling 2 MW of capability. Preliminary deliveries are anticipated to start in 2025.

Flexnode’s mission is to push the boundaries of digital infrastructure, notably within the realms of synthetic intelligence and machine studying. By integrating Hyliion’s environment friendly, fuel-agnostic KARNO mills, Flexnode goals to offer dependable, clear on-site energy for its information centres. This collaboration permits Flexnode to deploy infrastructure incrementally, aligning development with demand and optimizing edge efficiency for latency-sensitive workloads.

Flexnode co-founder and CEO, Andrew Lindsey, highlighted the importance of this partnership, stating, “Availability, carbon depth, and vitality prices are important components at the moment limiting the expansion and deployment of information centres. Integrating Hyliion KARNO mills into our Flexnodes for on-site clear vitality manufacturing permits our prospects to speed up their plans and deploy information centres on demand with out compromises.”

Thomas Healy of Hyliion echoed these sentiments, emphasizing that the KARNO generator know-how is ideally suited to satisfy the rising vitality calls for of contemporary information centres. “By combining KARNO mills with Flexnode’s cutting-edge digital infrastructure options, we’re pioneering a brand new strategy to deploying modular, extremely environment friendly information centres within the business,” Healy remarked.

Hyliion’s current developments spotlight its rising affect in each navy and business sectors by the modern utility of its KARNO generator know-how. By securing the SBIR contract with the US Navy, Hyliion is about to ship a modular, megawatt-scale energy answer tailor-made to the demanding necessities of naval operations. Concurrently, its partnership with Flexnode underscores the KARNO generator’s potential to revolutionize information middle infrastructure with dependable, clear vitality. Collectively, these initiatives show Hyliion’s dedication to advancing sustainable energy era throughout various functions.

Supply: metal-am.com

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