AFC Energy

Your Moonshot for 2026

Good Morning Team.

Each year, I select a ‘Moonshot’ - a stock with exceptional potential to deliver cracking returns - with a clear strategy to get there.

For context,2023 was Guardian Metal Resources, 2024 was Rolls-Royce, and 2025 was Emmerson.

• Guardian - it was clear to me that China would use its critical minerals dominance to pressure the US, and GMET has the largest undeveloped tungsten deposit on US soil.

• Rolls-Royce - because its pandemic debt pile wasn’t due to start being repaid until 2027 and the market was pricing in collapse.

• Emmerson - because its legal case is strong and its lawyers even stronger.

GMET and Rolls have both been at least tenbaggers - Emmerson may or may not get there (but is up circa 160% ytd).

Importantly, these plays are not ‘all-in’ companies. Buying at the bottom before the rise makes a lot of sense, but all three (of varying sizes) faced down challenges along the way.

It actually took me a while to figure out what might be my 10x for 2026 and beyond. The key point is that the risk profile has to be asymmetric. The risk is there (it must be) but the potential returns have to outweigh the risks.

The rewards have to viably start over the next 12 months, and the stock must be cashed up enough to deliver on its plans.

It also needs a dedicated management team.

These rules together rule out a large number of options.

Enter AFC Energy.

For reference, we’re looking at 9p per share and a market capitalisation of circa £100 million at present.

This company could well be a tenbagger - or worth £1 billion - by the end of 2028.

Here’s why.

AFC Energy is positioned to dominate the emerging hydrogen economy.

There’s a reason most hydrogen stocks trade like lottery tickets.

The technology works brilliantly in laboratories but fails at commercial scale. The economics usually require government subsidies so massive they’d make an EV manufacturer blush.

And the infrastructure challenge — getting hydrogen where it’s actually needed, when it’s needed, at a price anyone can afford —remains stubbornly, frustratingly unsolved.

AFC Energy believes it has cracked all three problems.

Simultaneously.

If they’re right, this £100 million market cap company could be worth £1 billion or more within three to five years. If they’re wrong, they’ll join the graveyard of hydrogen hopefuls who burned through billions chasing an impossible dream.

But here’s what makes AFC different: they’re not waiting for government mandates. They’re not relying on carbon taxes to make their economics work. And they’re not building technology for a hydrogen future that might arrive in 2040.

They’re delivering commercial solutions in 2026 that compete with diesel on pure economics.

No subsidies.

No carbon credits.

Just cleaner, cheaper, better power.

The next 18 months could transform this company from an AIM footnote into a market leader.

Understanding the Hydrogen Paradox

Hydrogen is the most abundant element in the universe. When you burn it, the only byproduct is water. It can replace diesel in generators, fuel heavy vehicles, power industrial processes and store renewable energy at scale.

Its total addressable market is measured in the hundreds of billions.

The global hydrogen market could exceed $1 trillion by 2050. The UK government has committed over £500 million just to build the first regional hydrogen transport network. They’re targeting operational deployment from 2031, with the first Hydrogen Allocation Round already delivering £2 billion in revenue support to 11 projects.

This isn’t speculative. The UK published their ‘Hydrogen Update to the Market’ in July 2025, and the commitment is unambiguous.

Minister Sarah Jones stated:

‘This Government is serious about hydrogen, and we will continue to do everything we can to put the UK at the forefront of the global hydrogen revolution.’

The Industrial Strategy recognises hydrogen as a key growth sector. The National Wealth Fund has committed at least £5.8 billion across five clean energy sectors, with low-carbon hydrogen explicitly named as one of them.

The government aims to launch HAR3 (Hydrogen Allocation Round 3) by 2026 and HAR4 from 2028, providing a clear deployment trajectory for the next decade.

The Problem

Despite all this governmental enthusiasm and capital commitment, the hydrogen economy remains mostly theoretical because of three simple realities:

First, hydrogen is expensive. The economics work only in PowerPoint presentations and government grant applications. No construction company is going to pay >3x the cost of diesel because it’s better for the planet. Grow up, you know it’s true.

Second, hydrogen is hard to transport. It’s the smallest molecule in existence, which means it leaks through everything. It requires high-pressure storage (350-700 bar) or cryogenic temperatures (-253°C for liquid hydrogen). The infrastructure doesn’t exist in most places, and building it requires massive capital expenditure and years of regulatory approvals.

Third, hydrogen production is energy-intensive. Electrolysis (splitting water into hydrogen and oxygen) consumes 50-55 kWh of electricity per kilogram of hydrogen produced, according to the European Parliament’s own figures. That’s staggeringly inefficient, especially when you’re trying to create a clean fuel. If that electricity comes from fossil fuels, you’ve defeated the entire purpose. If it comes from renewables, you’re competing with every other use for limited clean energy.

These are the fundamental barriers that have kept hydrogen perpetually ‘five years away’ for the past three decades.

The AFC Solution

AFC Energy’s approach is elegant: use ammonia as a hydrogen carrier, crack it on-site where it’s needed, and integrate the hydrogen production directly with proprietary fuel cell generators.

Ammonia (NH₃) is 17.6% hydrogen by weight. It’s already produced at scale — 180 million tonnes annually worldwide. It has established global supply chains, can be transported in ordinary tanks at modest pressures, and has been used industrially for a century. The infrastructure exists, the logistics are solved and the fixed costs are known.

AFC has developed proprietary ammonia cracking technology that produces hydrogen on-demand, on-site, at a fraction of the cost and energy consumption of alternatives. Their latest modular cracker architecture achieves 9.5 kWh of electrical power per kilogram of hydrogen — less than one-fifth the energy consumption of electrolysis.

In March 2025, they launched the Hy-5, the world’s first containerised, portable ammonia cracking module capable of producing up to 500kg of hydrogen per day.

The headline price: £10 per kilogram, delivered on-site under a ‘fuel as a service’ model.

£10/kg in a market where 3x+ is standard. Without government subsidies.

That’s market disruption.

What Makes AFC’s Cracker Different

‘Aha Charles!’, I hear you cry at your screen.

‘Ammonia cracking isn’t new.’

Please don’t close the window. I know that.

The technology has existed for decades in large-scale industrial applications. Companies like Topsoe have been developing systems since 1978, with massive facilities like Argentina’s plant processing 1,400+ tonnes per day.

But those systems are designed for continuous, large-scale operation at fixed facilities. They’re capital-intensive, take hours to start up, and assume steady-state production for pipeline filling or industrial feedstock.

AFC’s innovation is in modular, distributed, rapid-response systems optimised for portability and efficiency.

Here’s what sets them apart:

Exceptional Energy Efficiency: AFC’s new generation architecture achieves is significantly more efficient than the 50-55 kWh/kg consumed by electrolysers; its technology delivers hydrogen at less than one-fifth the power demand.

This is independently verifiable, demonstrated technology that’s been validated at the UK National Physical Laboratory.

Rapid Start-Up: The cracker reactors reach full operation within 20 minutes of being started at room temperature. Previous architectures took several hours to achieve the same operating state. For portable applications — construction sites, temporary power, vehicle refueling — this responsiveness is essential. You can’t tell a construction foreman his generator will be ready in three hours.

Modular, Containerised Design: The Hy-5 comes as a ‘plug and play’ containerised module. No site construction or complex installation required. Deploy it, connect your ammonia supply, and start producing hydrogen. When you’re done, move it to the next location. This is fundamentally different from fixed installations that require months of planning, permitting and construction.

Exceptional Purity: AFC achieves 99.99% hydrogen purity with residual ammonia below levels required for hydrogen fuel under ISO 14687:2019 standards. This makes it compatible with both fuel cells and combustion applications without additional purification steps that add cost and complexity.

Integrated Fuel Cell Compatibility: Perhaps most cleverly, AFC’s alkaline fuel cells can readily utilise hydrogen with residual quantities of uncracked ammonia. Most fuel cells are highly sensitive to ammonia contamination (even trace amounts poison the catalysts). AFC’s tolerance for imperfect cracking means less purification overhead, more robust field performance and a closed ecosystem that’s difficult for competitors to replicate.

S&P 500 Validation

In June 2025, AFC announced a Joint Development Agreement with an undisclosed S&P 500 industrial company to develop small to large-scale ammonia crackers. The partner is reimbursing AFC’s development costs and brings ‘strong financial capacity and a wealth of technical capability.’

Phase 1 has been completed successfully, with material revenues expected from 2027 for large-scale industrial applications, including port-side hydrogen pipeline filling in Northern Europe.

Think about what this means. A major global industrial player — one with the resources to develop technology in-house or license from established giants like Topsoe - chose instead to partner with a £100 million market cap UK company.

They did this after conducting thorough due diligence on AFC’s technology, IP protection and commercial viability. The confidentiality of the arrangement actually adds credibility — major corporations don’t announce partnerships unless they’re confident in the technology and believe it provides competitive advantage.

This is a commercial development agreement with clear milestones and material revenue expectations. The S&P 500 partner isn’t doing this out of curiosity; they’re doing it because AFC has something proprietary and valuable that they want access to.

Hy-5: The Game-Changing Cracker

The Hy-5 is AFC’s flagship product, and it’s where the market disruption happens. Capable of producing 500kg of hydrogen per day, each unit can supply enough fuel to run multiple 30kW generators continuously or provide refueling for hydrogen vehicles.

The economics are straightforward: at £10/kg, a single Hy-5 unit generating 500kg/day produces £5,000 of hydrogen daily, or £1.825 million annually at full utilisation. Even at 70% utilisation (accounting for maintenance and demand variability), that’s £1.28 million in annual hydrogen sales per unit.

Under the ‘fuel as a service’ model, AFC retains ownership of the Hy-5 units and charges customers for hydrogen consumption. This creates recurring revenue, enables deployment without requiring customers to make large capital purchases, and allows AFC to maintain control over the technology and capture the ongoing value stream.

Delivery begins at the end of 2026, and the company is already in advanced discussions regarding development and deployment. The applications are diverse: off-grid power generation, vehicle refueling stations, construction equipment, industrial burners, manufacturing facilities and hydrogen supply for logistics companies.

Ammonia is transported globally at scale, which means the Hy-5 has global market applicability. There’s no geographic constraint based on hydrogen pipeline infrastructure or local production capacity. If you can get ammonia to a location (and you can, almost anywhere), you can produce hydrogen on-site.

Next-Generation Fuel Cell Generators

AFC’s hydrogen fuel cell generators are the demand side of the equation. In June 2025, the company announced an 85% cost reduction in their 30kW units through adoption of low-cost stack technology and extensive value engineering.

This isn’t a future target; they’ve achieved it. The next-generation S+30 liquid-cooled fuel cell generators are on track for delivery in mid-2026, with manufacturing support from Volex, a global integrated manufacturing specialist.

Hy-5 provides hydrogen at £10/kg; next-gen fuel cells deliver power at dramatically lower capital cost. Together, they target total cost of ownership parity with Stage 5 diesel generators by 2026.

That’s the holy grail. Not ‘competitive if you factor in carbon credits’ or ‘viable with government subsidies.’ Actual price parity with incumbent diesel technology on a pure economic basis.

The S-Series generators target 30kW output, suitable for construction sites, events, temporary power, and off-grid applications. The S+ Series scales to 200kW for larger installations. Both are designed as modular, stackable systems that can be combined for higher power requirements.

AFC is also developing integrated hybrid systems that combine fuel cells with battery energy storage (BESS) and potentially solar arrays. This creates intelligent power management that optimises fuel efficiency and eliminates carbon emissions entirely.

Large-Scale Industrial Crackers

The S&P 500 JDA focuses on developing large-scale crackers for industrial applications. These are different beasts — not portable containers, but substantial installations capable of producing multiple tonnes per day for applications like:

• Port-side hydrogen pipeline filling for distribution networks

• Large industrial facilities requiring continuous hydrogen supply

• Chemical production and refining operations

• Steel manufacturing (Direct Reduced Iron using hydrogen)

• Cement and glass production

The UK government’s commitment to regional hydrogen transport and storage networks creates a clear market for these systems. The first network aims to be operational from 2031, connecting producers with vital end users in power and industry.

AFC’s technology, validated through the JDA, positions them to supply cracking systems into this emerging infrastructure. With the government committing over £500 million to enable the first network, and the National Wealth Fund pledging at least £5.8 billion across hydrogen and related sectors, the funding environment is extraordinarily supportive.

Speedy Hydrogen Solutions Joint Venture

The JV with Speedy Hire provides AFC with direct market access to the UK construction sector. Speedy is a company with deep customer relationships across construction, infrastructure and industrial markets.

AFC has already delivered 20 S-Series 30kW generators to the JV, generating £4 million in revenue in FY24. Multiple deployments are ongoing with end customers, providing real world operational data and customer feedback.

The strategic repositioning in 2025 (pausing mass rollout to achieve the 85% cost reduction) was done in agreement with Speedy. Both partners recognized that achieving cost parity with diesel would dramatically accelerate adoption versus deploying units at uncompetitive economics.

With the cost reduction now achieved, the pathway to volume deployments is clear. Speedy’s sales force and rental infrastructure can drive rapid scaling once the next-gen units are available in mid-2026.

Construction is an ideal initial market. Sites are often off-grid or in locations where grid power is expensive or unreliable. Diesel generators are ubiquitous but increasingly problematic due to emissions regulations, noise concerns and sustainability commitments from major contractors. A zero-emission alternative at diesel-equivalent cost is exactly what the market needs.

Industrial Chemicals Group Joint Venture

The 50:50 JV with Industrial Chemicals Group Limited (ICL) is strategically different. Rather than selling equipment, this JV will produce and sell hydrogen directly, making use of ICL’s ammonia procurement and logistics capabilities with AFC’s cracking technology.

ICL is one of the UK’s largest independent chemical manufacturing and distribution companies. They have established relationships with ammonia suppliers, understand industrial chemical logistics, and have existing customer relationships that need hydrogen.

The JV will initially acquire AFC’s pilot ammonia cracking plant and hydrogen compression system in Q4 2025, with initial revenues expected in early 2026 (subject to permitting). This will be followed by deployment of Hy-5 units as they become available.

The business model is again simple: buy ammonia at commodity prices, crack it to produce hydrogen, then sell the hydrogen at market-disruptive rates that are still highly profitable. The JV keeps 50% of profits, providing AFC with ongoing revenue participation without operational complexity.

This is recurring revenue from hydrogen sales, not just equipment sales. It validates the full value chain and provides a proof point for the economics. If ICL (sophisticated industrial operators with full visibility into costs) believes they can profitably sell hydrogen cracked from ammonia, that tells you the unit economics work.

Volex Manufacturing Partnership

The strategic partnership with Volex solves the scaling challenge.

AFC has demonstrated they can build fuel cells and crackers in their own facilities, but moving from dozens of units to hundreds or thousands requires manufacturing capacity, supply chains and quality systems that come with scale.

Volex is a >£700 million revenue global manufacturing specialist with operations across multiple countries. Their involvement provides:

• Manufacturing capacity to support volume production

• Supply chain leverage to drive component costs down further

• Quality systems and process engineering expertise

• A global footprint for potential international production

The 85% cost reduction was achieved partly through the Volex partnership and supply agreements for fuel cell systems. As volumes increase, further cost reductions through economies of scale become possible.

Bottom line - this is how you go from a technology company to an industrial scale manufacturer, and Volex’s participation de-risks the scaling pathway significantly.

TAMGO Distribution (MENA Region)

The exclusive distribution agreement with TAMGO provides market access across 17 countries in the Middle East and North Africa. AFC has already completed their first generator sale into the region, with equipment shipped for an Aramco trial.

MENA is an exceptionally attractive market for hydrogen power. The region has:

• Abundant solar resources for potential green ammonia production

• Massive oil and gas infrastructure requiring decarbonisation

• Construction and industrial activity driven by economic diversification

• Government commitments to clean energy (UAE, Saudi Arabia in particular)

• Limited grid infrastructure in many areas, making distributed power valuable

TAMGO is developing a commercial pipeline including tenders for zero-emission hybrid systems comprising generators, BESS and solar arrays. The long-term opportunity in MENA could be substantial, and AFC has established its beachhead.

UK Ammonia Alliance

In October 2025, AFC’s Chief Technology Officer Dr Mike Rendall was appointed inaugural Chair of the UK Ammonia Alliance, a newly formed industry group with eleven founding members including Air Products, Mitsubishi Heavy Industries, and Statkraft.

The Alliance held its first parliamentary event this month, launching a policy paper calling for supportive UK government policy to ensure the UK captures the economic, energy security, and decarbonisation benefits of the ammonia-to-hydrogen economy.

As Chair, AFC has direct input into policy formation at a critical juncture. The UK government is publishing a new Hydrogen Strategy in autumn 2025, and the Ammonia Alliance is positioned to influence the regulatory framework, funding mechanisms and deployment strategies.

Being at the table when policy is written is enormously valuable, especially for a technology that benefits from supportive regulation around ammonia handling, hydrogen purity standards and clean energy incentives.

The Wider Market Opportunity

The global diesel generator market is valued at approximately £15-20 billion annually. The UK construction sector alone represents hundreds of millions in annual diesel generator rentals and fuel consumption.

Stage 5 diesel generators (the current regulatory standard in Europe) are cleaner than previous generations but still emit CO₂, NOx, and particulates.0

Many construction sites now face restrictions on diesel use, particularly in urban areas with air quality concerns.

Major construction and infrastructure companies have made net-zero commitments. ACCIONA, one of AFC’s early deployment partners, has pledged carbon neutrality by 2030. Achieving this requires alternatives to diesel, but only if the economics work.

AFC’s solution — Hy-5 providing hydrogen at £10/kg to fuel cells achieving diesel TCO parity — directly addresses this market. For the first time, construction companies can eliminate emissions without increasing costs or operational complexity.

The market isn’t ‘all hydrogen generators.’ Battery systems work well for some applications, particularly lower-power, intermittent loads with grid access for recharging. But for 24/7 operation, high-power requirements, off-grid locations, or rapid refueling needs, hydrogen fuel cells have significant advantages.

If AFC can capture even 1-2% of the UK diesel generator replacement market over the next 5 years, that’s tens of millions in annual revenue. Expand internationally through TAMGO and other distribution channels, and the addressable market grows exponentially.

The UK government’s July 2025 Hydrogen Update makes clear that hydrogen’s primary role is in hard-to-electrify industrial sectors. While electrification will handle most applications, processes like chemical production, refining, steel manufacturing, and industrial heat generation require hydrogen.

The government recognises this explicitly:

‘Hydrogen can decarbonise hard-to-electrify sectors including industry, refineries and heavy transport, complementing our wider electrification efforts and accelerating progress towards net zero.’

The Industrial Energy Transformation Fund provided £420 million to support industrial fuel switching, including hydrogen. The Industrial Strategy identifies advanced manufacturing and clean energy industries as having the highest growth potential.

For industrial facilities requiring substantial hydrogen volumes, AFC’s large-scale crackers (developed through the S&P 500 JDA) provide a pathway that doesn’t require:

• Building massive electrolysis facilities requiring hundreds of megawatts of power

• Securing grid connections in already-constrained areas

• Waiting years for hydrogen pipeline infrastructure

• Paying premium prices for delivered hydrogen

Instead, they can receive ammonia through existing chemical logistics, crack it on-site, and produce hydrogen at costs competitive with fossil fuel alternatives.

The UK government is consulting on extending decarbonisation readiness requirements to include hydrogen fuel switching for industrial combustion plants. They’ve supported pioneering demonstrations including hydrogen-powered whisky distillation, crematorium trials and industrial furnace conversions.

This is a market measured in hundreds of millions of pounds annually in the UK alone, with global industrial decarbonisation representing a multi-billion pound opportunity.

Hydrogen to Power

Perhaps the most significant opportunity is one AFC hasn’t emphasised publicly: hydrogen-to-power for grid balancing and distributed generation.

The UK government’s Clean Power 2030 Action Plan and analysis from the National Energy System Operator agree that hydrogen-to-power could add significant system benefits, reducing overall system costs even at relatively low capacity levels.

As the UK increases renewable deployment (targeting clean power by 2030 - though this seems unlikely to become reality) the need for flexible, dispatchable generation grows.

Solar and wind are intermittent. Batteries provide short-duration storage. But for longer-duration storage (days to weeks) and seasonal balancing, hydrogen-to-power is one of very few viable technologies.

The government is launching a Hydrogen to Power Business Model in 2026, using a Dispatchable Power Agreement mechanism to de-risk investment. They’re providing over £500 million to enable the first regional hydrogen transport and storage network, operational from 2031.

Here’s where AFC’s technology becomes exceptionally valuable: their fuel cells can provide distributed power, and their crackers can supply the hydrogen. Instead of waiting for pipeline infrastructure, sites can receive ammonia and crack it on demand.

For data centres, which have emerged as a major unexpected opportunity, this is transformative. AI infrastructure requires massive, reliable power. Data centre operators are committing to fuel cell systems for primary and backup power to meet both reliability and ESG requirements.

AFC’s solution provides:

• Distributed generation without grid connection requirements

• Zero emissions to satisfy sustainability mandates

• Reliable power with rapid load response

• Fuel supply through established ammonia logistics rather than hydrogen infrastructure

Microsoft, Google, and Amazon are all investing in clean power for data centres. If hydrogen-to-power becomes a standard solution, and AFC’s cracker + fuel cell combination proves competitive, this market alone could drive revenues into the hundreds of millions.

The Policy Framework

The government’s July 2025 ‘Hydrogen Update to the Market’ reveals the scale of government commitment. This is concrete policy with defined timelines and substantial funding:

>£500 million for Regional Networks: The government has confirmed over £500 million to enable development of the first regional hydrogen transport and storage network, with final investment decisions expected this Parliament and operations beginning 2031.

Hydrogen Allocation Rounds: HAR1 delivered over £2 billion in revenue support to 11 green hydrogen projects expected to become operational between 2025 and April 2028. HAR2 shortlisted 27 projects across England, Scotland, and Wales, with awards expected early 2026. HAR3 will launch by 2026, HAR4 from 2028.

National Wealth Fund: At least £5.8 billion committed across five clean energy sectors including low-carbon hydrogen, with increased economic capital limits to £7 billion to support higher-risk investments including equity.

Business Models: The Hydrogen to Power Business Model launches in 2026. The first allocation rounds for Hydrogen Transport and Storage Business Models open in the first half of 2026.

Industrial Strategy: Hydrogen is recognised as a key growth sector with a dedicated Sector Plan addressing regulatory barriers, deployment certainty, and upfront costs.

These are budgeted commitments with defined delivery mechanisms and clear timelines.

Why This Matters for AFC

AFC doesn’t directly participate in the Hydrogen Allocation Rounds (which fund large-scale hydrogen production plants). But the government’s commitment creates the ecosystem in which AFC’s technology thrives:

Market Creation: Government support is catalysing demand for hydrogen across industrial, transport and power sectors. As adoption grows, the need for distributed, cost-effective hydrogen supply grows with it.

Infrastructure Development: The £500 million for regional networks creates backbone infrastructure that AFC’s crackers can feed into or draw from, depending on local needs.

Regulatory Clarity: The UK Hydrogen Strategy (publishing autumn 2025) will provide long-term policy certainty, helping customers make investment decisions around hydrogen adoption.

Supply Chain Support: The government’s £1 billion Clean Energy Supply Chain Fund, National Wealth Fund investments and 50% UK local content ambition for hydrogen create a supportive environment for domestic manufacturers like AFC.

Climate Change Levy Relief: Removing Climate Change Levy costs from electricity used for electrolysis reduces one competitive advantage of electrolysers, making ammonia cracking relatively more attractive.

Most importantly, the government’s focus on hard-to-electrify sectors and recognition that ‘hydrogen will have an important, complementary role’ validates AFC’s market positioning.

The UK is not unique. Germany published a joint study with the UK in April 2025 on pipeline-based hydrogen trade feasibility. The EU and UK are committing to continued technical regulatory exchanges on hydrogen. The International Maritime Organization reached agreement on measures to reduce shipping emissions, incentivising zero-emission fuels including hydrogen and hydrogen-derived fuels.

Bloomberg analysis suggests 92% of new ammonia supply added between 2024 and 2030 will be low-carbon, accounting for 13% of total global ammonia supply by 2030. The International Energy Agency projects ammonia production will rise almost 40% by 2050.

At least 428 unique low-carbon ammonia production facilities have been announced worldwide according to the Ammonia Energy Association. Major facilities have reached Final Investment Decision or begun construction.

AFC’s technology - turning ammonia into hydrogen at the point of use - becomes more valuable as low-carbon ammonia supply scales globally.

They’re not dependent on UK-specific infrastructure or policy. As global ammonia markets develop, AFC’s addressable market expands accordingly.

The Finances

As of 31 October 2025, AFC held £25.3 million in cash following an oversubscribed £27.5 million fundraise in July 2025 at 10p per share. Directors participated with £500,000 personally - and you know how I like skin in the game.

The placing was done at a 26% discount to the prior market price, reflecting the company’s need for capital to reach commercialisation. The retail component pulled in £4.5 million from existing shareholders, demonstrating continued support from the shareholder base.

Current monthly cash burn is approximately £1 million following the strategic reorganisation that cut 17 headcount, consolidated facilities, and generated £1.5 million in annualised savings.

At that burn rate, the company has a significant runway.

FY25 revenue was basically nothing, a deliberate near-term sacrifice during the strategic reset to achieve the 85% cost reduction in fuel cell generators. FY24 revenue was £4 million, demonstrating the company’s ability to generate sales when focused on commercialisation.

The Revenue Pathway

2026: Proof of Concept Year

• Hy-5 units begin deployment under FaaS model

• ICL JV commences hydrogen production and sales (subject to permitting)

• Next-gen fuel cells deployed through Speedy and potentially direct sales

• First revenues from data center pilots or other emerging opportunities

• My Target: £10-20 million revenue

The Hy-5 economics are straightforward. Each unit producing 500kg/day at £10/kg generates £5,000 daily or £1.825 million annually at full utilisation. At 70% utilisation, that’s £1.28 million per unit per year.

Deploying just 10 Hy-5 units in 2026 would generate £12.8 million in annual hydrogen revenue at 70% utilisation. That’s not an aggressive target for a product launching with multiple partnerships already in place and strong market engagement.

The ICL JV adds revenue from the pilot plant (400kg/day initially) and potentially early Hy-5 deployments into the JV. Fuel cell sales through Speedy and other channels provide additional revenue streams.

2027: Commercial Validation

• Material revenues from S&P 500 partner relationship (industrial crackers)

• Volume fuel cell generator deployments with Volex manufacturing support

• International expansion through TAMGO in MENA region

• Multiple verticals showing traction (construction, industrial, potentially data centers)

• Additional partnerships or distribution agreements possible

• My Target: £50-100 million in revenue

This is where the business inflects. The S&P 500 JDA explicitly targets material revenues from 2027 for large-scale industrial cracker systems. These are high value sales of multi-million pound systems for port-side filling stations or industrial facilities.

Simultaneously, fuel cell deployments scale with manufacturing partner Volex enabling volume production at the reduced cost point. If the TCO parity claims prove accurate in field deployment, adoption could accelerate rapidly.

2028: Market Leadership

• Dominant position in portable ammonia cracking established

• Significant UK market share in hydrogen fuel cell generators

• Proven, repeatable business model with strong unit economics

• International expansion bearing fruit

• Potential for strategic M&A or partnership with major industrial/energy company

• My Target: £150-250 million revenue

At this stage, AFC transitions from to be an industrial equipment manufacturer with proven commercial traction. The valuation shifts from speculative to growth industrial, with multiples based on revenue, EBITDA and market position rather than pure speculation.

The Path to £1 Billion

With the current market cap around £100M, achieving 10x requires reaching approximately £1B valuation. At typical industrial equipment company multiples of 3-7x revenue for high-growth businesses, this implies:

• £200 million revenue at 5x multiple = £1 billion valuation (the 10x target)

The revenue requirement is substantial but achievable if the technology performs as claimed and the partnerships deliver.

Here’s the supporting maths:

Hy-5 Revenue Potential:

• 100 units deployed at 70% utilisation = £128M annual revenue

• 150 units deployed at 70% utilisation = £192M annual revenue

Fuel Cell Generator Revenue:

• Assuming next-gen generators price at £50-75K per 30kW unit (dramatically lower than current £300K+ units due to 85% cost reduction)

• 1,000 units sold annually = £50-75 million revenue

• 2,000 units sold annually = £100-150 million revenue

Industrial Cracker Revenue:

• Large-scale crackers likely priced £2-5 million per unit depending on capacity

• 20-30 units sold over 2027-2028 = £40-150 million revenue

JV and Recurring Revenue:

• ICL JV hydrogen sales, FaaS model recurring revenue, service contracts

• Potentially £20-50 million annually by 2028

Combined, these revenue streams can plausibly reach £150-250 million by 2028 if execution succeeds across the portfolio. That’s not one product succeeding — it’s multiple products all contributing meaningfully to revenue.

The Bull Case

Let me lay out the strongest possible case for why AFC Energy could deliver 10x returns from current levels.

1. They’re Solving Real Problems, Not Theoretical Ones

The cost and infrastructure barriers to hydrogen adoption aren’t marketing constructs — they’re the actual reasons why the hydrogen economy has remained perpetually a few years away for three decades. Hydrogen currently doesn’t compete with diesel. Hydrogen that requires pipeline infrastructure won’t reach 90% of potential applications. Hydrogen from electrolysis consuming 50-55kWh/kg doesn’t make environmental or economic sense in most contexts.

AFC’s approach — ammonia as carrier, on-site cracking at 9.5 kWh/kg, £10/kg delivered price point — attacks these problems directly. They’re not waiting for infrastructure buildout or breakthrough battery technology or carbon prices high enough to make uneconomic solutions viable. They’re making hydrogen work economically today, in the real world, without subsidies.

That’s not common in the clean energy sector. Most companies need the world to change before their technology becomes viable. AFC’s technology is designed for the world as it exists, using infrastructure that’s already in place (ammonia logistics), delivering economics that work against current alternatives (diesel).

2. Multiple Shots on Goal

AFC isn’t a one-product company hoping a single technology breakthrough carries them to success. They have multiple revenue streams, each addressing different markets with different risk profiles:

Hy-5 Portable Crackers: The diesel generator replacement market is enormous and immediate. Construction sites need power today. The fuel-as-a-service model generates recurring revenue. Even modest penetration of 100-200 units deployed over 2-3 years—produces tens of millions in annual revenue.

Fuel Cell Generators: The 85% cost reduction achieved, with Volex manufacturing partnership in place, creates a product that can compete on pure economics. The Speedy JV provides direct market access to UK construction. TAMGO provides MENA distribution. The product is ready, the partnerships exist, and the market is massive.

Large-Scale Industrial Crackers: The S&P 500 JDA provides external validation, development cost reimbursement, and a pathway to material revenues from 2027. Industrial decarbonisation is a government priority with substantial funding. AFC’s technology addresses a genuine need in a market measured in hundreds of millions annually.

ICL Joint Venture: Direct participation in hydrogen production and sales, not just equipment manufacturing. Recurring revenue from actual hydrogen molecules sold, validating the full value chain economics. If the JV succeeds, it proves the business model works and creates a template for additional partnerships.

Data Centre Opportunity: The unexpected AI infrastructure boom is creating unprecedented power demand. Major operators committing to fuel cells for distributed generation. If AFC captures even a small portion of this emerging market, the revenue impact is transformational.

Any one of these succeeding materially changes AFC’s financial trajectory. Multiple succeeding creates the pathway to £150-250M revenue by 2028, justifying a £1B valuation.

3. Strategic Validation From Credible Partners

The S&P 500 industrial partner didn’t sign a JDA based on PowerPoint slides. They conducted thorough technical and commercial due diligence, evaluated alternatives, and concluded that AFC’s technology was worth reimbursing development costs and committing to a commercial relationship targeting material revenues.

Volex — a £700 million revenue global manufacturer, isn’t partnering with AFC out of charity. They see the opportunity to manufacture at volume and are committing resources to support scale-up.

ICL — one of the UK’s largest independent chemical companies —wouldn’t form a 50:50 JV to produce and sell hydrogen if they weren’t confident in the unit economics.

Speedy Hire - formed the joint venture and agreed to the strategic pause for cost reduction because they believe in the long-term commercial opportunity.

These aren’t naive venture capitalists or government grant administrators. These are sophisticated commercial operators with full visibility into costs, margins and market dynamics. Their willingness to commit resources and capital validates AFC’s technology and commercial approach.

4. Exceptional Timing With Government Policy

The UK government’s July 2025 Hydrogen Update reveals commitment that’s both substantial and accelerating. Over £500 million for regional networks. £2 billion already committed through HAR1. £5.8 billion from the National Wealth Fund across hydrogen and related sectors. HAR2, HAR3, and HAR4 providing clear deployment trajectory through 2028 and beyond.

The Hydrogen to Power Business Model launching in 2026 creates a market for AFC’s fuel cells in grid balancing and distributed generation. The Industrial Strategy’s focus on hard-to-electrify sectors aligns perfectly with AFC’s value proposition. The removal of Climate Change Levy costs from electrolysis helps level the playing field for hydrogen production technologies.

AFC doesn’t directly receive government subsidies for their products, but they benefit enormously from the ecosystem the government is creating. As industrial customers receive support for hydrogen adoption, as infrastructure gets built, as regulatory frameworks solidify, the market for AFC’s solutions expands.

The government is essentially doing the market creation work —building demand, providing policy certainty, funding infrastructure— while AFC provides the technology to meet that demand profitably without subsidies.

5. Technology Lead That’s Defensible

The 9.5 kWh/kg energy efficiency, 20-minute start-up, and 99.99% purity aren’t easily replicated. AFC has filed PCT patent applications covering core technology with additional batches following in 2025. The S&P 500 partner’s involvement specifically validates ‘the protection provided by the intellectual property of our reactor technology.’

Beyond formal IP, AFC has accumulated operational knowledge from real world deployments. They understand the failure modes, the customer requirements and the integration challenges. That knowledge (what actually works in the field versus the lab) takes years to develop and can’t be captured in patents.

The integrated ecosystem (crackers designed to work optimally with AFC’s fuel cells, fuel cells tolerant of ammonia traces that would poison competitors’ systems) creates switching costs and makes it difficult for competitors to offer equivalent solutions without licensing AFC’s technology or developing entirely parallel capabilities.

6. Capital-Efficient Business Model

The fuel-as-a-service model for Hy-5 units means AFC retains ownership and captures ongoing revenue without requiring customers to make large capital purchases. This accelerates adoption (lower barrier to trial and deployment) while creating recurring revenue streams that build over time.

The Volex manufacturing partnership allows scaling without massive capex for production facilities. The JV structures (Speedy, ICL) provide market access and operational leverage without requiring AFC to build out sales forces or logistics capabilities independently.

This capital efficiency matters enormously. AFC doesn’t need to raise hundreds of millions to scale. The £25 million in current cash, combined with revenue from initial deployments, can fund growth to meaningful scale. That limits dilution and preserves upside for current shareholders.

7. Market Timing With Data Centres

The AI infrastructure boom wasn’t in anyone’s business plan two years ago. But it’s creating unprecedented demand for reliable, distributed, clean power. Fuel cell stocks have rallied sharply as major data centre operators commit to hydrogen power.

AFC’s technology (modular fuel cells that can be deployed without grid connection, supplied by on-site ammonia crackers that don’t require hydrogen infrastructure) is nearly perfect for this application. Data centres need power that’s reliable (can’t go down), clean (ESG mandates), and scalable (can add capacity quickly).

If hydrogen-to-power becomes the standard for AI infrastructure, and AFC’s solution proves competitive, this single market could drive revenue into the hundreds of millions. And it’s a market that barely existed 18 months ago.

8. Proven Leadership Team

CEO John Wilson and CFO Karl Bostock previously worked together at Bulgin, where they have a track record of creating shareholder value in manufacturing businesses.

John ran AIM-listed EKT for almost a decade prior to this, taking it from a £7 million market cap to >£100 million.

They’re not first-time entrepreneurs gambling with other people’s money or career academics commercialising university research.

They joined AFC in January 2025, immediately conducted a strategic review, made difficult decisions (headcount reduction, facility consolidation, pausing deployments to achieve cost targets), and executed on the aggressive cost reduction program.

The 85% reduction in fuel cell costs was achieved on schedule.

The Volex partnership was secured.

The ICL JV was formed.

The S&P 500 JDA was signed.

In 10 months, they’ve fundamentally repositioned the company from technology development to commercial readiness. That execution gives me confidence that they can navigate the challenges ahead.

9. Asymmetric Risk/Reward At Current Valuation

At a £100 million market cap, AFC is priced for failure or, at best, very modest success. The market is assuming that:

• The technology doesn’t perform as claimed in commercial deployment

• Partnerships fail to deliver meaningful revenue

• Cost reductions prove insufficient to achieve competitive economics

• Market adoption remains minimal despite government support

• Management execution falters

But if any of the following occur:

• Hy-5 achieves even 50 units deployed by end of 2026

• ICL JV demonstrates profitable hydrogen production

• Speedy deployments scale post cost-reduction

• S&P 500 JDA leads to industrial cracker orders

• Data center opportunity materializes

...the valuation would need to re-rate significantly. We’re not talking about going from £100 million to £150 million.

It’s a 10x, with risk.

10. The Ammonia Economy Is Coming

This is perhaps the most underappreciated aspect of the thesis. The global shift to low-carbon ammonia as a hydrogen carrier and marine fuel is accelerating. Bloomberg projects 92% of new ammonia supply between 2024-2030 will be low-carbon. The IEA projects 40% growth in ammonia production by 2050. At least 428 low-carbon ammonia production facilities have been announced globally.

As low-carbon ammonia supply scales, the economics of ammonia cracking become even more compelling. AFC’s technology becomes more valuable in a world where clean ammonia is abundant and cheap. They’re not dependent on UK-specific infrastructure — they can operate wherever ammonia can be delivered, which is essentially everywhere.

The UK Ammonia Alliance, with AFC’s CTO as inaugural Chair, is actively shaping policy to support this transition. The parliamentary engagement, policy papers, and industry coalition-building position AFC to benefit as the regulatory framework develops.

Is This Really a 10x Opportunity?

Let me be direct about the investment framework.

This is a medium risk investment appropriate for investors with market experience, who understand risk profiles, diversification and portfolio balance.

AFC Energy is not suitable for widows, orphans or anyone who needs this capital for near-term obligations.

But the asymmetry is compelling.

Positive signals could also increase my conviction:

• First Hy-5 commercial deployments announced with customer names and contract values

• ICL JV receives permits and commences hydrogen production

• Speedy announces volume orders for next-gen fuel cells

• Data centre pilot or commercial deployment announced

• S&P 500 partner identity revealed or Phase 2 JDA announced

• International expansion beyond TAMGO (EU or US market entry)

• Revenue inflection evident in quarterly updates

If these catalysts deliver, the re-rating happens progressively. Early wins de-risk the thesis, bringing in new investors at higher valuations. By late 2027, if revenue is trending toward £75-100 million, the valuation conversation changes entirely.

For balance, negative signals that would decrease my conviction include:

• Further capital raises without revenue inflection

• Hy-5 deployment delays beyond end of 2026

• Customer trials revealing TCO not competitive with diesel

• Partnership terminations or restructuring

• Management turnover or strategic pivots

• Competitor announcements of superior technology or economics

Strategic Value Play

Beyond operating results, there’s a potential strategic value scenario worth considering.

Who Might Want to Acquire AFC?

Major Industrial Gas Companies: Air Liquide, Linde, Air Products are building hydrogen businesses. AFC’s distributed cracking technology complements their large-scale production and distribution. Acquisition would provide technology they can’t easily replicate and market position in emerging applications.

Energy Companies: BP, Shell, TotalEnergies are investing in hydrogen as part of energy transition. AFC provides technology to serve customers without massive infrastructure investment. The FaaS model aligns with their historical business (fuel distribution and services).

Industrial Conglomerates: Companies like Siemens, ABB, or Mitsubishi Heavy Industries (already involved in UK Ammonia Alliance) might value the integration of crackers with their power generation portfolios.

The S&P 500 Partner: Whoever they are, if the JDA succeeds, they might prefer to acquire AFC outright rather than continue licensing/partnership arrangements.

Private Equity: Infrastructure-focused PE funds looking for exposure to hydrogen economy with assets generating recurring revenue (FaaS model) and government policy support.

An acquisition at £300-500 million (3-5x current valuation) would likely generate headlines as ‘major industrial player acquires leading UK hydrogen technology company’ while being entirely affordable for acquirers with multi-billion pound market caps.

This isn’t the base case, but it’s a plausible scenario if AFC demonstrates commercial traction.

The strategic value could be realised earlier than the full organic growth case, providing an alternative pathway to substantial returns.

The Bottom Line

The hydrogen economy has been ‘five years away’ for decades. Most hydrogen stocks will fail. The graveyard is littered with companies that had compelling technology, government support, and ambitious plans but couldn’t bridge from lab to commercial reality.

AFC Energy could join them. There are execution challenges and the competition is fierce. Things could go wrong.

But AFC is not asking the world to change to make their economics work.

They’re not waiting for hydrogen pipeline infrastructure to be built. They’re not dependent on carbon prices reaching levels that make uneconomic solutions viable. They’re not relying on government subsidies to close the cost gap with incumbent technologies.

They’re using existing infrastructure (ammonia logistics), attacking real pain points (cost and availability), and targeting price parity with the alternative (diesel) based on total cost of ownership.

The Hy-5 at £10/kg is either real or it isn’t. The 85% fuel cell cost reduction either delivers competitive TCO or it doesn’t. The partnerships with Speedy, ICL, Volex and the S&P 500 company either generate meaningful revenue or they don’t.

These aren’t distant promises — they’re 2026 deliverables. We’ll know within 12 months whether the thesis is working.

At £100 million market cap, the market is pricing in substantial skepticism. That creates asymmetry. If AFC succeeds even modestly, the valuation should be multiples higher. If they succeed meaningfully…

The downside from £100 million is capped at 100%. The upside if execution succeeds is 5-10x or more.

For investors with appropriate risk tolerance, that’s exactly the kind of asymmetry you want. You’re not paying for perfection; you’re paying distressed prices for a company with genuine technology, credible partnerships, clear market opportunity and government policy support.

The UK government is spending billions to create the hydrogen economy. AFC has the technology to serve that economy profitably without subsidies.

As ever, this is not investment advice.

However.

The most interesting investments are often the ones where the market can’t quite decide between ‘revolutionary’ and ‘delusional.’ AFC Energy sits in exactly that space.

When they prove it in commercial deployment at scale, the market will react.

Sometimes you find companies that are genuinely undervalued because they’re in that uncertain zone between ‘not yet proven’ and ‘obviously successful.’ You’re getting pre-success pricing on something that might be post-success reality inside of a year.

For investors who believe that:

1. The hydrogen economy is coming (government policy confirms this)

2. Distributed hydrogen production is necessary (infrastructure constraints confirm this)

3. Economics must compete with diesel (market adoption requires this)

4. AFC’s technology addresses these requirements (partnerships and validation suggest this)

...then the current valuation offers a compelling entry point.

AFC Energy: your Moonshot for 2026.