Hyliion Holdings Corp. has been awarded a $41.7 million contract by the Office of Naval Research (ONR) to design, develop, and deliver two multi-megawatt KARNO Power Modules. This represents Hyliion’s largest military contract to date. The project aims to validate the technology for both land and maritime applications at NAVSEA in Philadelphia, marking a significant milestone in scaling the KARNO platform toward larger power solutions.
Scaling KARNO to Multi-Megawatt Capacity
Under this agreement, Hyliion will develop two KARNO Power Modules rated at 2+ MW and 3+ MW scales. This expansion moves beyond the company's existing 800 kW architecture to meet the higher power requirements of naval and land-based missions. The development focuses on providing resilient power for maritime and expeditionary operations. By scaling the platform, Hyliion intends to support a broader range of U.S. Navy vessels. This effort builds upon previous ONR funding, which now exceeds $58 million across initial validation, testing, and upcoming at-sea trials. The modular design is intended to reduce logistical burdens and extend mission endurance through high efficiency and low-maintenance requirements.
Strategic Utility for Naval and Land Missions
The KARNO technology is specifically being targeted for its fuel-flexible operation and high electrical efficiency. For the Navy, these attributes are critical for maintaining low acoustic and thermal signatures during demanding operations. The ability to utilize various fuels provides a level of resilience necessary for complex maritime environments. Furthermore, the low-maintenance design is optimized for harsh operating conditions, which is a key driver for continued Navy investment. This contract validates Hyliion's strategy of deploying a common architecture across diverse markets, including defense and commercial sectors like data centers.
Key Takeaways
- Hyliion received a $41.7 million contract from the Office of Naval Research for two multi-megawatt modules.
- The new KARNO Power Modules will be rated at 2+ MW and 3+ MW scales.
- Total cumulative funding from the ONR for Hyliion now exceeds $58 million.
EnergyInsyte's Take
In our view, this contract signals a strategic pivot for Hyliion from small-scale modularity to heavy-duty industrial application. By successfully scaling the KARNO architecture from 800 kW to 3+ MW, the company is positioning itself to compete in high-growth distributed power markets, such as data centers, using the same technology validated by the Navy. This dual-use strategy—leveraging rigorous military requirements to prove reliability for commercial infrastructure—is a sophisticated approach to capital deployment and market entry.
Questions & Answers
How does this contract change Hyliion's scale of operation?
Hyliion is moving from its existing 800 kW architecture to developing multi-megawatt modules rated at 2+ MW and 3+ MW to meet higher power requirements.
What specific technical attributes are driving Navy interest?
The Navy is investing in the platform due to its fuel-flexible operation, high electrical efficiency, low-maintenance design, and low acoustic and thermal signatures.
What is the total financial commitment from the ONR to date?
The Office of Naval Research has provided more than $58 million in cumulative funding to Hyliion for validation, testing, and development.
Where will the validation of these new modules take place?
The two multi-megawatt KARNO Power Modules will undergo validation for land and maritime applications at NAVSEA in Philadelphia.
Source: BUSINESSWIRE
