WHY $EOSE COULD BE THE NEXT 10X OPPORTUNITY

The easiest way to misunderstand $EOSE today is to look at a company still producing deeply negative gross margins, burning hundreds of millions of dollars of cash and issuing stock and assume we are simply watching another early stage energy company whose ambitions are outrunning the balance sheet required to finance them.

That framework would have been reasonable a year ago, but I increasingly think it misses what has actually changed because Eos no longer appears to have a demand problem.

Revenue grew 351% YoY to $68.8M in Q2, backlog reached a record $807M and the broader commercial pipeline expanded to roughly $24.6B while 2026 revenue is still expected to land between $300M and $350M even after management deliberately accepted some near term production disruption to consolidate manufacturing at Thorn Hill.

That changes the investment question because the debate is no longer primarily about whether customers want long duration storage.

The debate is increasingly about whether Eos can turn that demand into profitable volume quickly enough, finance the manufacturing expansion without allowing dilution to consume most of the value creation and prove that zinc based storage deserves a meaningful role alongside lithium ion as AI data centers, utilities and national security customers all demand more resilient power infrastructure.

That is the part of the story I think creates the potential for a much larger company than the current financial statements suggest.

EOSE IS TURNING LONG DURATION STORAGE INTO A NEW AI POWER LAYER

The structural difference in the Eos story starts with what the product actually does because most investors still think about battery storage as one homogeneous market where every chemistry is competing to solve the same problem.

That is not really what Eos is trying to do.

The Z3 platform uses an aqueous zinc chemistry and targets applications that need roughly four to more than sixteen hours of storage, which puts the company further into long duration use cases where safety, cycle life, degradation and the ability to discharge for hours become much more important than simply delivering a quick burst of power.

That matters for the AI Power thesis because the future data center campus is unlikely to rely on one battery architecture for everything.

Lithium ion can remain extremely useful for shorter duration applications while a technology like Z3 can sit beside it to cover longer outages, renewable intermittency and situations where storing enormous amounts of energy next to critical infrastructure makes fire risk much more important.

The Google, MN8 Energy and Eos project in West Virginia is a good example because the site combines 280 MWh of lithium ion storage with another 100 MWh of Eos long duration storage rather than treating the two technologies as substitutes. Roughly 32% of the Eos commercial pipeline is now tied to data centers, which gives us an early indication that hyperscale power demand could become much more important to the company over time.

The safety piece also matters because Eos says independent testing of Z3 did not result in fire propagation or persistent combustion even under extreme conditions, which becomes increasingly valuable when storage is installed beside a hospital, military base or multi billion dollar AI campus where a thermal event can create a much larger problem than simply replacing a battery.

That does not mean zinc automatically replaces lithium ion.

It means Eos may be carving out a layer of the storage stack where lithium is not necessarily the optimal answer, and if AI campuses increasingly need several different forms of generation and storage working together, the addressable market can expand without Eos needing to win every storage workload.

THE MANUFACTURING MODEL MAY BE THE MOST IMPORTANT CHANGE IN THE ENTIRE THESIS

The part of the story that matters most from here is Thorn Hill because Eos has already shown that customers will place orders while the company still has to prove that it can manufacture those orders economically.

The current numbers are ugly.

Adjusted gross margin was still around negative 62% in Q2 and adjusted EBITDA was negative $71.4M, which means Eos is currently spending substantially more to build and deliver its products than the revenue those products generate.

That is obviously not sustainable.

The reason I am willing to look through those margins for now is that the manufacturing system producing most of those losses is exactly what management is in the process of replacing.

Battery Line 2 entered commercial production at Thorn Hill during June, while only about 1% of Q2 production came from the new facility, so almost none of the potential cost improvement was actually visible in the quarter investors are using to judge the business.

The early manufacturing data is encouraging because cube output increased roughly 20% sequentially while direct labor cost per cube fell roughly 20%, Line 2 battery cycle times were about 10% better than Line 1 and bipolar cycle times improved roughly 11%. Moving Line 1 into Thorn Hill is expected to reduce conversion costs another 10% to 15%.

That is why the next several quarters are so important.

Management is effectively trying to move adjusted gross margin by more than 70 percentage points over roughly twelve months, with improvements expected across materials, conversion costs, project costs and scrap, while targeting a positive adjusted gross profit exit run rate during Q4.

That is not a normal efficiency target.

It is a complete reset of the unit economics.

If Eos cannot execute it then revenue growth actually becomes dangerous because selling more batteries at deeply negative gross margins simply accelerates the amount of cash the business consumes.

If Thorn Hill works then the same revenue growth starts producing an entirely different financial outcome because fixed costs are spread across substantially more units while automation, labor efficiency, material sourcing and lower scrap begin showing up in every incremental Cube produced.

That is why I increasingly think manufacturing execution is moving from the biggest risk in the story toward the catalyst that could change how the entire business gets valued.

MORE REVENUE DOES NOT AUTOMATICALLY MEAN MORE VALUE

The most important discipline with Eos is separating revenue growth from per share value creation because this company can grow extremely quickly while still destroying value if every additional dollar of revenue requires another round of expensive capital.

Eos used nearly $192M of operating cash during the first half of 2026 while the weighted average basic share count increased from roughly 238M in Q2 2025 to almost 340M in Q2 2026, which is why I think dilution has to be tracked just as closely as revenue.

The DOE financing helps change that equation.

The September research you shared shows Eos receiving another $87M advance under Tranche 2 and taking cumulative draws to roughly $178M while leaving around $100M of committed capacity, with financing priced at Treasury rates plus only 0.375% and interest paid in kind until 2028.

That is extremely valuable capital for a company still burning cash because it helps finance Thorn Hill without forcing every incremental dollar of manufacturing investment through common equity.

Section 45X credits create another lever because the subsidy scales alongside domestic production, which means improving throughput can simultaneously reduce manufacturing cost and increase the amount of policy support attached to each unit.

None of this makes the dilution risk disappear.

Eos still needs working capital, materials, manufacturing equipment and its own contribution toward DOE eligible spending, while additional production lines will require even more capital if bookings keep accelerating.

The more useful question is whether the amount of equity required per dollar of future revenue begins falling as Thorn Hill scales, DOE capital arrives and the manufacturing operation starts funding a larger percentage of itself.

If revenue eventually grows several times while the share count grows much more slowly, the per share economics begin improving dramatically.

If shares continue rising nearly as fast as the enterprise grows then a much larger Eos can still produce a disappointing return for existing holders.

That distinction is central to any 10x thesis.

FRONTIER POWER USA COULD COMPLETE THE COMMERCIAL FLYWHEEL

The next major change is Frontier Power USA because one of the biggest reasons energy storage pipelines fail to convert has nothing to do with whether the battery works.

The project simply cannot get financed.

That is what FPUSA is designed to solve.

The platform has raised roughly $263M that could support more than $1B of projects, with a 16 GWh pipeline and roughly 5 GWh already selected, purchased or under due diligence while another 1.8 GWh is under construction or approaching a definitive start. Eos owns roughly 36% of FPUSA while also supplying the storage systems and potentially providing long term service.

That creates a very different commercialization model because Eos does not have to wait for every individual project developer to independently solve financing before an order can move forward.

FPUSA can bring third party capital into the project, the project buys Eos hardware, Eos recognizes product revenue and the installed system can eventually create another stream of service revenue over the operating life of the asset.

The company estimates long term service agreements over twenty years could eventually equal roughly 25% to 30% of the original project investment, which I would not put a large valuation on today but becomes interesting if the installed base eventually reaches several gigawatt hours.

That is the commercial flywheel I think investors should watch because manufacturing capacity only becomes valuable when projects can actually finance the hardware coming off the line.

The risk is concentration.

A significant percentage of current backlog is connected to FPUSA and roughly $55M of Q2 revenue came from a project that subsequently became part of the platform, so I want independent customer bookings expanding alongside FPUSA rather than allowing the company to become dependent on a financing vehicle in which it also owns a meaningful stake.

That is why third party bookings are probably one of the cleanest commercial checkpoints from here.

FPUSA can accelerate the opportunity.

It cannot become the only customer proving the opportunity exists.

THE $24.6B PIPELINE IS MUCH MORE IMPORTANT THAN THE CURRENT REVENUE BASE

The bigger upside is that the revenue Eos is producing today represents a tiny fraction of the commercial opportunity already sitting in front of the company.

Backlog reached $807M in Q2 after growing roughly 25% sequentially while the broader pipeline sits around $24.6B or roughly 112 GWh, with more than half tied to systems requiring at least eight hours of duration.

I would not multiply that pipeline by some arbitrary conversion rate and call it future revenue because it includes opportunities at very different stages including proposals, quotations and letters of intent.

That would be far too aggressive.

The more useful way to think about the pipeline is as evidence that customer demand already exceeds the manufacturing capacity Eos currently possesses.

That shifts the constraint.

If the pipeline were small then investors would have to worry that Eos is spending hundreds of millions of dollars scaling production for a market that may never show up.

Instead the company has the opposite problem because it has more identified opportunity than it can currently manufacture, which makes each new production line potentially more valuable if gross margins improve and those opportunities continue moving into backlog.

The September analyst framework already models Line 3 in 2027 and Line 4 in 2028 if bookings support the expansion, and that is where a 10x scenario starts requiring something well beyond current consensus.

Consensus of roughly $1B of revenue in 2028 does not by itself create a 10x stock.

For Eos to become a $10B plus company the business probably needs to convert a much larger piece of the pipeline over the following years while proving that mature gross margins can eventually reach something closer to 25% to 30%.

That is the asymmetry.

Today investors are looking at a business doing a few hundred million dollars of revenue with negative gross margins.

The bull case is that the manufacturing base underneath those numbers is only beginning to scale into a pipeline measured in tens of billions of dollars.

CONCLUSION

I increasingly think $EOSE could become one of the most asymmetric AI Power opportunities in the market because investors are still evaluating the company as though the primary question is whether there is enough demand for zinc based long duration storage while the commercial data increasingly suggests demand may already be the easier part of the equation.

Revenue grew 351% YoY, backlog reached $807M and the commercial pipeline now exceeds $24B, while data centers already represent roughly a third of that opportunity.

Those numbers alone do not make Eos a 10x.

The manufacturing model has to work.

Gross margins have to move from deeply negative toward positive and eventually toward levels where scaling revenue produces real operating leverage.

FPUSA has to turn financing into projects without becoming the only source of bookings.

DOE capital has to keep funding the manufacturing ramp on attractive terms.

Independent customers have to convert pipeline into backlog.

And most importantly the share count has to grow much more slowly than the intrinsic value being created.

That is why the risk has moved.

I am becoming less concerned about whether there is a market for long duration storage and much more concerned about whether Eos can manufacture enough of it profitably before cash burn forces another large wave of dilution.

Thorn Hill can ramp slower than expected, margins can remain negative, FPUSA projects can slip, lithium ion pricing can fall, policy support can weaken and another capital raise can dilute shareholders again.

None of those risks should be minimized because the company is attempting to go from an early manufacturing operation into a scaled domestic battery platform while still losing money on every dollar of product revenue today.

But the 10x thesis does not require the entire $24.6B pipeline to convert.

It does not require zinc to replace lithium.

It does not require every data center to use Z3.

And it does not require dilution to disappear completely.

It requires Thorn Hill to prove that Z3 can be manufactured profitably, backlog to continue expanding beyond related party projects and Eos to convert enough of a massive long duration storage opportunity into several billion dollars of future revenue without allowing the share count to absorb most of that growth.

The market currently sees a battery company with negative gross margins and a history of burning cash.

I increasingly see a domestic long duration storage platform sitting at the intersection of AI power demand, grid reliability, defense and renewable intermittency with far more demand than its current factories can serve.

If Thorn Hill really changes the cost structure then the question over the next several years may not be whether Eos can find enough customers to fill its factories.

It may be how quickly Eos can build enough profitable capacity to serve the customers already waiting.