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Hyliion's KARNO Power Module Wins Prestigious Award

In a notable achievement for technological innovation, Hyliion Holdings Corp. proudly announces that its KARNO™ Power Module has been recognized as the 2026 Most Valuable Product (MVP) by the esteemed Consulting-Specifying Engineer. This honor is particularly significant as the KARNO technology received the highest total votes across all six categories of the annual Product of the Year program, surpassing introductions from well-established leaders in power generation, electrical, and building systems.

The Consulting-Specifying Engineer community, composed of industry professionals, recognized the pressing need for innovative power solutions as demand continues to swell in various sectors, especially AI-driven data centers and defense applications. As energy consumption escalates, companies are increasingly leaning toward onsite power generation that is dependable and economically viable, while meeting environmental performance standards exhibited by consumers and regulators alike.

Thomas Healy, the Founder and CEO of Hyliion, stated, “Being selected as the top new product of 2026 across every category against well-known competitors in power generation is an extraordinary validation of our efforts with the KARNO Power Module.” He emphasized that the CSE community values real-world challenges in power generation, such as lifecycle economics and reliability, which the KARNO addresses effectively. Healy reiterated that this recognition confirms that there is a clear demand for a transformative approach to onsite power generation.

The KARNO Power Module is designed to deliver a powerful 200kW output and is adaptable for various applications beyond the current data centers and military uses, with plans for broader commercial availability estimated for 2027. This technology has garnered support from the Environmental Protection Agency (EPA) for deployments nationwide and has completed essential non-recurring UL certification testing, ensuring its readiness for widespread use. The U.S. Navy has also shown interest in testing the KARNO technology aboard experimental vessels.

The innovation behind the KARNO lies in its fuel-flexible linear generator, which not only provides onsite primary power but also decreases dependence on traditional electric grids. It operates on a diverse range of fuel sources—over 20, including natural gas, diesel, and hydrogen—demonstrating versatility in usage. With an output designed for 800VDC, it is perfectly suited to meet the requirements of emerging technologies in next-generation AI data centers.

Moreover, the consulting program has been a beacon for the professional engineering community for many years, evaluating products on their technological innovation, service to the industry, and market impact. The goals and accomplishments of the KARNO align closely with these evaluation criteria, establishing a strong case for its recognition.

As Hyliion leverages its innovative technology to reshape the energy landscape, the KARNO Power Module is more than just a product—it's a step toward a future of clean, flexible, and affordable energy solutions. The company aims to utilize this transformative technology within diverse markets, not only targeting fixed installations but also exploring opportunities within mobile applications such as vehicles and marine vessels. Through these advancements, Hyliion seeks to create solutions that are not merely technology-driven but also environmentally responsible.

As the energy economy evolves, Hyliion is steadfast in its commitment to lead the charge for groundbreaking advancements in power generation. For more information about their products and innovations, readers can visit Hyliion's website.