Why MN8 and Greenbacker are coming together — and what it means for the companies building America’s future.
By Jon Yoder, Chief Executive Officer, MN8 Energy
For about twenty years, electricity demand in this country barely moved. Utilities planned around flat load. Markets priced around it. An entire generation of energy professionals built careers on the safe assumption that demand would grow slowly, predictably, almost imperceptibly.
That era is over. And few are ready for what comes next.
Last year, roughly half of all the growth in U.S. electricity demand came from a single source: data centers. Hyperscalers are poised to drive more than $600 billion in capital spending in 2026 alone, with the vast majority directed toward AI infrastructure. And this is the early innings. We are at the front of a multi-decade build cycle in which computers will perform a meaningful share of the world’s knowledge work, while physical AI — autonomous vehicles, drones, robotics — takes on more of the physical work. All of it runs on one thing: electricity, at a scale we have never had to deliver before.
The deliverable power problem.
When people hear “energy shortfall,” they picture a few overworked power generation facilities. But, in many cases, the challenge is getting the right megawatts, in the right place, on a timeline that matches when a customer actually needs to turn the lights on, often referred to as deliverability.
Consider the alternatives a hyperscaler is weighing right now. Want to build new gas? The large-frame turbines are effectively sold out, with lead times of five years or more and capex that has roughly tripled in two years. Want nuclear? A new build is the better part of a decade away at costs that are likely to be astronomically high based on historical experience. Want to plug into the existing grid? Interconnection queues are measured in years, and by some estimates, roughly a third of announced data-center projects are already facing delays for one reason: they can’t get power in time.
While an “all of the above” energy strategy makes sense in this time when the U.S. grid needs every electron it can get, the reality is that solar and storage are going to play the leading role in meeting the rapid growth in demand for more power. That is because solar and storage is the least costly form of power production in most cases and can be deployed almost anywhere in just twelve to twenty-four months. It doesn’t need to be next to a gas pipeline, a train track or a wind corridor. Now some people will point out that solar only produces power when the sun is shining, and that that this “intermittency” means that solar can’t supply the 24/7 power needs of AI and digital infrastructure. But that argument misses the point because it assumes that the electric grid is constantly in full use and therefore each new demand for electricity needs to be paired with a generation source that can constantly produce. In reality, only about 40 – 60% of our grid’s capacity is in use on average, and we approach maximum grid capacity for just a small number of hours per year. AI and digital infrastructure is driving those “peaks” in power demand higher and making them more frequent. So the problem we actually need to solve is how to add new sources of electricity generation to meet those higher “peaks” where they occur as quickly and cheaply as possible. And the ability to produce power where it is needed quickly and cheaply are the strengths of solar and storage compared with other forms of electricity generation.
With all of this, our industry’s story has evolved from one of virtue to locational value, speed and cost. Renewables plus storage are, right now, the fastest and most reliable path to real megawatts where AI demand is concentrating.
Why we’re bringing MN8 and Greenbacker together
If deliverable power is the scarce asset, then the companies that can deliver it at scale matter most. And here I’ll be direct about something many in our industry are reluctant to say out loud: a solar or wind project, on its own, is close to a commodity. There are dozens of firms that can develop one. What is not commoditized is institutional scale. Only a handful of U.S.-based renewable independent power producers have reached it.
Scale matters because every constituency that determines whether a power generation company succeeds is now organizing around it. Customers who used to contract for 20 or 50 megawatts now need hundreds of megawatts—or even gigawatts—from a single partner—and they need a balance sheet to back those commitments. Capital is increasingly flowing to the largest, most bankable platforms. The best EPC firms and the domestic equipment manufacturers — already stretched thin — direct their limited capacity to their biggest customers. And the most talented people in this industry want to work on the biggest problems. Below a certain size, you simply get left out of the conversations that count.
Combining MN8 and Greenbacker puts us firmly on the right side of that line. But scale alone isn’t the reason we chose each other.
MN8 brings over 4 gigawatts of operating and under-construction solar and storage across 29 states, more than 200 contracted customers — Meta, Mercedes-Benz and Microsoft among them — and a fully integrated, in-house platform that takes a project from greenfield origination all the way through to operations. Greenbacker has solar and storage as well, but adds a two-decade track record in wind, a complimentary asset footprint, and a portfolio of investment-grade offtakers built by an experienced team.
Together we’ll operate over 6 gigawatts across more than 30 states and a thousand-plus projects, with a multi-gigawatt development pipeline beyond that — diversified across solar, storage and wind, and across geographies. That diversity yields resilience, and it’s exactly what the world’s most demanding customers are looking for in a partner.
What this means if you’re the one who needs power
MN8 is not a commodity player, and we don’t intend to act like one. We aim to be the partner you call when the stakes are highest — the one that sits at the table with your leadership to design a multi-decade energy strategy, structures it however the situation demands, and delivers. Time to power, not “someday” to power.
This is how we already run our business today. In Texas, we found a shovel-ready project in the ERCOT queue, acquired it, signed a power agreement with a hyperscale offtaker, and started delivering against their goals. In 2024 and 2025 alone, we signed more than 500 megawatts of agreements with hyperscale customers.
The longer view
We are at the beginning of the most significant infrastructure build cycle in decades, and the country needs companies with the scale, the discipline and the staying power to see it through. Every asset we build strengthens the regional grid and lands in a community, bringing jobs, tax revenue and new supply. We’re building on the proud legacy of the communities that have powered this nation for generations.
For our investors, the logic is straightforward: capital is rotating toward companies that own real assets and stand to benefit from AI, and away from those most exposed to AI-driven disruption. A larger, more diversified, more contracted platform is built to participate in that shift.
For our employees, current and future: this is where the world’s most important energy problems will be solved over the next twenty years, and you’ll be solving them.
The combined company will operate as MN8 Energy, and I’m honored to lead it. We’re a renewable energy company — that’s our foundation and we’re proud of it. But what we do is bigger than any single technology. We deliver power where it’s needed, fast, and in a cost-effective manner to meet the world’s most critical energy needs.
MN8 Powers What’s Next.
— Jon