The world doesn't have an energy problem. It has a power deployment problem.

Data centers are on track to double their electricity use by 2030, growing four times faster than everything else combined. ^{1International Energy Agency, Energy and AI (2025). Global data-center electricity consumption is projected to more than double to ~945 TWh by 2030, growing ~15% per year, over four times faster than all other sectors combined. iea.org/reports/energy-and-ai} The grid can't keep up. A new power project now waits about five years just for permission to connect.^{2Lawrence Berkeley National Laboratory, Queued Up (2024–2025 editions). Typical projects now spend about five years in interconnection queues; active queues exceed 2,600 GW, more than twice the installed capacity of the entire U.S. power fleet. emp.lbl.gov/queues} Try ordering a large gas turbine, and you'll be told to plan seven or eight years out.^{3Utility Dive / Power Engineering (2025). GE Vernova's gas-turbine backlog (~80 GW) stretches into 2029 and beyond; GE Vernova, Siemens Energy, and Mitsubishi Power have advised customers to plan 7–8 years ahead to secure equipment. utilitydive.com/news/ge-vernova-gas-turbine-investor/807662/}

Billions of dollars in computing and manufacturing are sitting idle, waiting for electricity.

And this is no passing cycle. The IEA expects global electricity demand to climb 40 to 50 percent by 2035, roughly a thousand terawatt-hours of new demand every single year.^{4International Energy Agency, World Energy Outlook 2025 and Electricity 2026. Global electricity demand is projected to grow 40–50% by 2035, roughly 1,000 TWh of new demand per year, driven by industry, cooling, transport electrification, and data centers. iea.org/reports/electricity-2026} Somebody has to generate it.

We started Alpha-Otto to break that bottleneck. We took a fundamentally new engine architecture and built it into a compact power module that comes off a production line instead of a construction site. It ships in months. It runs on almost any fuel, including hydrogen and other renewable fuels.

We call the approach Hyperscalable Power. We'd like you to own a piece of it.

The Problem: Power Can't Keep Up

For a century, we've built electricity capacity the same way, focusing on big power plants. Years of permitting and construction, along with billions in capital, have resulted in centralized plants locked to one fuel and expensive infrastructure that does not adapt as the world changes.

That model has become the bottleneck for everything the next decade wants to build.

There's a second problem, a quieter one. Nearly every power technology in service today is married to a single fuel. Engines, turbines, and fuel cells were all engineered around a narrow set of hydrocarbons, and when a cleaner fuel behaves differently (they all do), the equipment can't adapt without an expensive redesign. That one fact has held back the entire clean-fuel economy.

This isn't a shortage of energy or fuel. The hardware is the problem. So we built new hardware.

The Solution: The REVflux™ PowerCell

The REVflux PowerCell is a 100,000-watt generator about the size of a portable beverage cooler. It weighs roughly 250 pounds (100 kilograms), runs on nearly any gaseous or liquid fuel, and is built around our patented REVforce™ engine.

One PowerCell can power up to 50 homes or a commercial facility. Stack twenty-five of them, and you have a 2.5 megawatt PowerBank the size of a small garden shed. Cluster PowerBanks together and you're generating tens or hundreds of megawatts, all from identical units coming off a production line.

Need more power? Add modules. Cloud computing beat the mainframe the same way. Scale by replication, not construction.

That changes what deployment looks like. Power arrives in months instead of years, and capacity grows in step with demand rather than ahead of it. Redundancy comes built in; a module breaks down, swap it out without disrupting generation. The fuel list is long: natural gas, propane, hydrogen, renewable natural gas, biogas, ethanol, methanol, ammonia, plus the conventional fuels. And the whole thing installs for a fraction of what competing options cost.

The Engine That Makes It Possible

None of this works with a conventional engine. It took a new one.

Our co-founder and CTO, John Krzeminski, spent more than twenty years developing powertrains for Ford, Chrysler, and FEV. Somewhere along the way, he concluded the industry was trying to solve modern energy problems with an engine architecture that hadn't fundamentally changed in a hundred years. So, John started over.

The result is REVforce™, a patented clean-sheet design that rethinks how air, fuel, pressure, and exhaust move through an engine.

It fires on every revolution of the crankshaft, which gives it two-stroke power density, yet an isolated crankcase and pressure-fed lubrication mean it doesn't burn oil and holds up like an industrial engine. Airflow gets actively managed before, during, and after the fuel reaction, instead of being dictated by whatever the piston happens to be doing. The key piece is our patented rotary exhaust valve. It continuously manages pressure inside the cylinder, so the engine can tune itself for efficiency, power, emissions, or a particular fuel without any mechanical changes. The fuel reaction stays cool and lean. That's where the high efficiency and the near-zero NOx come from.

Because REVforce controls the fuel reaction process itself, the engine adapts to the fuel rather than forcing the fuel to suit the engine. That's the whole trick behind fuel adaptability, and it's protected by two patents issued in 2024 and 2025.

Alpha-Otto's Revolutionary REVforce™ Engine Architecture Explained:

Driving 4 Answers, a YouTube channel known for its in-depth technical reviews for automotive and engine enthusiasts, recently featured Alpha-Otto Technologies’ REV Force Engine Architecture, explaining what makes it so unique and revolutionary.

Proven, Not Promised

This isn't a concept on a whiteboard. The National Science Foundation put more than $1.2 million of non-dilutive grants into backing the development of REVforce, and we've built and tested three generations of prototypes since. Here's the scorecard:

1. 600+ hours of prototype engine operation
2. 2.7 kW/kg power density, remarkable for a reciprocating engine
3. Seven fuels run successfully, including 100% hydrogen, natural gas/LPG, gasoline, ethanol, methanol, syngas, and jet fuel, with minimal or no hardware changes between them
4. Near-zero NOx on pure hydrogen, running stably with zero modification
5. Two patents issued and a third under review (filed 2022, granted 2024 and 2025)

Why We Win

Take a 40 MW continuous installation, roughly a mid-size data center. We project REVflux PowerBanks come in at a fraction of the capital cost of any other dispatchable option, and the owner keeps the freedom to switch fuels later.

Solar and wind aren't competitors here, for what it's worth. They can't deliver around-the-clock power everywhere it's needed. We can, so we fill the gap they leave.

The Market: Start Where the Pain Is Greatest

Data centers first. It's the most urgent power problem anywhere: immediate demand, premium prices per megawatt, and buyers actively hunting for alternatives to a grid that can't serve them. We'll supply primary power, backup, and capacity bridging while the utilities catch up.

After that, the same platform goes wherever the grid is thin. Distributed generation, microgrids, industrial sites, remote communities, emergency response, defense, hybrid mobility. Adjacent markets worth hundreds of billions. The generator-set market alone is expected to roughly double, passing $70 billion by 2033.^{5Industry analyses (IMARC, SNS Insider, Straits Research, 2025–2026) project the global generator-set market growing from roughly $39 billion in 2026 to $72 billion or more by 2033 (~9% CAGR).}

Underneath it all sits the clean-fuel economy. REVflux runs on hydrogen and most available renewable fuels today, so every unit we deploy creates real demand for clean fuels and chips away at the chicken-and-egg deadlock that's stalled them for years. Forecasts put the hydrogen combustion engine market in the tens of billions by 2033.^{6Hydrogen combustion engine market forecasts for 2033 range from ~$26 billion to ~$96 billion depending on scope (Persistence Market Research; Market Data Forecast; SkyQuest).} Scale that up, and you're talking gigatons of avoided CO₂.

One more thing worth saying: electricity is about the last thing anyone stops buying. In 2009, the worst year of the financial crisis, global power generation dipped less than half a percent and bounced back within a year.^{7BP Statistical Review of World Energy (2010). Global power generation fell just ~66 TWh in 2009, roughly 0.3%, at the depth of the financial crisis, and rebounded in 2010; the world economy contracted several times more sharply that year.} The demand we're selling into is structural, not cyclical. It doesn't wait for a bull market.

How We Make Money

We manufacture a product. We don't construct projects. The difference shows up all through the economics. Revenue starts with unit sales of PowerCells and PowerBanks, then service and maintenance on the installed base, then OEM licensing and royalties on the engine architecture itself. Down the road we see a power-as-a-service model layered on top.

REVforce was deliberately engineered around proven materials and ordinary industrial components, so contract manufacturers can build it. No billion-dollar factory required. That keeps our capital needs small and our margins healthy. We reach customers through partnerships with data center developers, EPC firms, and alternative fuel producers.

Leadership

Where Your Investment Takes Us

Speed matters in this market, and we've planned for it. The next twelve months are focused on completing our commercial demonstration platform. Within thirty-six months, we expect pilot deployments and initial production - hundreds of units - with data center, distributed power, and government customers. All the while, we're advancing active conversations with major engine OEMs toward licensing and strategic partnerships.

We've come this far with $1.2 million in federal grants and $900,000 from early community investors. Each milestone ahead (validated performance, commercial pilots, manufacturing readiness) is designed to increase the value of your stake and position the company for venture funding, partnerships, or acquisition interest that reward those who got in early.

Join Us

Every so often, a technology changes how something essential gets done. Cloud computing did it for information. We intend to do it for power.

Cheap, abundant energy has been behind every leap in prosperity since the steam engine. Low-cost, versatile electric power that fills the gaps, enables the transition to cleaner fuels, and builds redundancy into our infrastructure is the foundation on which the next century will be built, and whoever supplies it will matter in every economy, good or bad.

The world needs electricity that ships in months and runs on whatever fuel makes sense at the time. The engine exists. We've proven it on a wide range of fuels, patented it, and designed the product around it. Now we're working on scaling it, and the door is open to investors of every size.

Power the future. Invest in Alpha-Otto Technologies.

We are also happy to answer any questions; just click on “ASK A QUESTION” above our Highlights or email us at [email protected].