10-K: Hyliion Shifts Focus to KARNO Generator, Discontinues Powertrain Business in Strategic Overhaul

Hyliion Holdings Corp. is discontinuing its electrified powertrain systems business to concentrate on the development and commercialization of its fuel-agnostic KARNO generator technology.

Summary

• Hyliion Holdings Corp. has decided to discontinue its electrified powertrain systems business, including the Hybrid and Hypertruck ERX systems, to focus on its KARNO generator technology.
• This strategic shift came after a review of the powertrain business, which faced challenges such as a slow market transition to electric trucks, escalating costs, and evolving regulations.
• The company will retain the powertrain technology for potential future use or sale.
• Hyliion's primary focus is now on the KARNO generator, a fuel-agnostic power generation solution that uses a linear heat engine to generate electricity.
• The KARNO generator is designed for various applications, including prime power, vehicle charging, waste gas power generation, and backup power.
• The company plans to begin initial deployments of the KARNO generator with customers in late 2024.
• Hyliion expects the KARNO generator to initially compete in the market for power applications between 200kW to 5MW.
• The company has constructed a 125kW ALPHA generator and is in the final stages of designing a 200kW BETA generator for initial commercial deployments.
• Hyliion anticipates the KARNO generator will achieve an electrical generating efficiency of nearly 50%, with low emissions compared to conventional generators.
• The company had approximately 85 full-time employees as of December 31, 2023, after reducing its workforce by 175 people due to the discontinuation of the powertrain business.
• Hyliion reported a net loss of $123.5 million for the year ended December 31, 2023, and $153.4 million for the year ended December 31, 2022.

Sentiment

Score: 4

Explanation: The document reflects a significant strategic shift with potential long-term benefits but also highlights substantial short-term challenges, including the discontinuation of a revenue stream and ongoing losses. The focus on the KARNO generator is promising, but the company faces significant execution risks and market uncertainties. The sentiment is cautiously optimistic but tempered by the current financial situation and the risks associated with a major business transition.

Positives

• The KARNO generator is expected to have high efficiency and low emissions compared to conventional generators.
• The KARNO generator is fuel-agnostic, allowing it to operate on various fuel sources.
• The generator has a modular design, allowing for scalability and flexibility in power output.
• The company is focusing on a technology with a potentially large market opportunity in distributed power generation.
• Hyliion has a strong intellectual property portfolio with 56 issued U.S. patents and 64 pending U.S. patent applications.

Negatives

• The company has discontinued its existing powertrain business, resulting in a loss of revenue.
• Hyliion has incurred significant net losses and expects to continue to do so until the KARNO generator is commercialized.
• The company has limited experience in manufacturing the KARNO generator on a large scale.
• The distributed power generation market is still emerging, and there is no guarantee of market acceptance.
• Hyliion is dependent on third-party suppliers, some of which are single-source suppliers.
• The company has limited experience servicing its KARNO generators.

Risks

• There may be significant delays in the design, production, and launch of the KARNO generator.
• The company may not be able to manufacture the KARNO generator at scale or at affordable prices.
• Significant markets for the KARNO generator may develop more slowly than anticipated or may never develop.
• Hyliion may not be able to successfully engage target customers or convert early-stage products into meaningful orders.
• The company is dependent on suppliers, some of which are single or limited-source.
• The company may face intense competition in the distributed generation market.
• Hyliion is subject to cybersecurity risks that could disrupt operations.
• The company may need to raise additional funds, which may not be available when needed.
• The company's ability to use net operating loss carryforwards may be limited due to ownership changes.
• The company's common stock is at risk of being delisted from the NYSE if it does not maintain compliance with listing requirements.

Future Outlook

Hyliion expects to continue to incur net losses in the short term as it focuses on the development and commercialization of the KARNO generator, with initial customer deployments anticipated in late 2024. The company expects to have between $220 and $230 million in cash, short-term and long-term investments remaining on its balance sheet at the end of 2024.

Management Comments

• The Board determined that discontinuing operating the electrified powertrain systems business and focusing on the development and commercialization of the Companys fuel-agnostic KARNO generator technology would be the most effective use of the Companys capital and in the best interests of the Companys shareholders.
• Hyliion intends to retain the powertrain technology, enabling the Company to explore a future use or sale of the technology.

Industry Context

This announcement reflects a broader trend in the transportation industry where companies are facing challenges in the transition to electric vehicles, including high costs and regulatory hurdles. Hyliion's shift to distributed power generation aligns with the growing need for localized grid solutions to support the increasing demand for electricity, particularly from electric vehicles.

Comparison to Industry Standards

• Hyliion's KARNO generator aims to compete with traditional generator manufacturers like Cummins, Caterpillar, and Generac, as well as newer players in the distributed generation space such as Bloom Energy and Mainspring.
• The company's target efficiency of nearly 50% for the KARNO generator is competitive with best-in-class grid-level gas turbine powerplants, which can obtain efficiencies ranging between 45% to 55%.
• The KARNO generator's expected low emissions, with a targeted reduction of over 95% in CO and NOx emissions compared to diesel engines, positions it well against conventional generators that often require aftertreatment.
• The company's focus on additive manufacturing for key components is a differentiator compared to traditional manufacturing methods used by competitors.
• Hyliion's move to discontinue its powertrain business is a significant shift, contrasting with other companies in the electric truck space that are continuing to develop and scale production of new clean vehicles.

Management Changes

Legal Proceedings

• The company is subject to claims in legal proceedings arising in the ordinary course of its business, including payroll-related and various employment-related matters.
• The company believes that such matters will not have a material adverse effect on its consolidated financial condition, results of operations or cash flows.

Stakeholder Impact

• Shareholders face increased risk due to the strategic shift and the company's ongoing losses.
• Employees have been impacted by workforce reductions, with some severance agreements providing continued services through 2024.
• Customers of the former powertrain business will no longer receive those products.
• Potential customers of the KARNO generator may benefit from a new, efficient, and low-emission power generation solution.
• Suppliers may be impacted by the shift in focus and changes in production plans.

Next Steps

• Hyliion will continue the design, development, and testing of the KARNO generator.
• The company will focus on deploying initial revenue-generating KARNO generator units with customers in late 2024.
• Hyliion will explore potential future use or sale of the powertrain technology.
• The company will continue to develop a base of suppliers for generator systems.
• Hyliion will continue to acquire additive printing capacity to support generator production.

Key Dates

Keywords

KARNO generator, fuel-agnostic, distributed power generation, linear heat engine, electric powertrain, stationary power, additive manufacturing, Hypertruck ERX, Hybrid system, emissions reduction