EIF Speaker Series: “Bitcoin the Ultimate Flexible Consumer of Energy” with Sean McDonough

The AI infrastructure boom is often told as a story about chips, models and data centers. But beneath that narrative is a more physical question: where will all the power come from, and who will control it?

That is the lens Sean McDonough brings to the debate. As CEO of New West Data, McDonough sits at the intersection of energy, bitcoin mining and emerging compute infrastructure — a vantage point that makes his answers relevant as the market begins to treat power access not as a utility input, but as a strategic asset.

As part of TheEnergyMag’s EIF Spotlight series, we asked McDonough and other Energy Investor Forum speakers to weigh in on some of the biggest questions facing the sector: the future of AI, the energy bottleneck, where capital should go next, and whether bitcoin still has a role in the next phase of digital infrastructure.

McDonough’s core argument is direct: the AI winners may not be the companies with the best algorithms or the largest chip allocations, but those with the most reliable access to power. In his view, behind-the-meter energy, stranded natural gas, rural fiber and flexible loads such as bitcoin mining are not side stories to the AI boom. They may become part of the operating system underneath it.

Below is our full Q&A with Sean McDonough, CEO of New West Data.

What’s a contrarian bet on the AI future?

Most of the market is focused entirely on chips, algorithms, and software, but the single biggest challenge ahead is energizing those machines. North America is facing a severe power shortage, which means the ultimate winners in the AI space will be those who control the energy. You can secure all the hardware in the world, but if you are stuck in a multi-year transmission queue waiting for the public grid to catch up, your deployment will be completely stalled. Right now, independent, behind-the-meter access to power is the most critical asset in the AI boom, and the energy operators who can provide it directly at the source are best positioned to win.

Where would you invest $10,000 right now? Pick one each for high beta, low beta and negative beta.

For high beta, I would look at pipeline-constrained natural gas producers. Regardless of their size, these are often volatile, heavily discounted equities because they are sitting on massive reserves they simply cannot pipe to traditional markets. But if the future of AI compute is off-grid, these companies are sitting on tech’s most valuable unpriced asset: immediate, captive power. Once the broader market realizes that stranded gas is one of the fastest paths to energizing data centres, these hamstrung upstream producers will reprice violently upward.

For low beta, I would focus on the fibre backbone, specifically companies building dark fibre networks and rural connectivity redundancy. We can solve the energy bottleneck by building compute directly at a remote wellhead, but that massive compute needs to securely communicate with the rest of the world. As the industry pushes data centres further off the grid in search of captive power, enterprise-grade, redundant fibre becomes crucial. These infrastructure providers generate steady, reliable yields that are completely insulated from the volatility of the broader tech sector.

For negative beta, I would look at critical electrification commodities like copper. If equity markets correct due to stretched tech valuations, the underlying physical mandate to rebuild our energy infrastructure and power the digital economy will remain a structural necessity, acting as a strong, inverse hedge.

What comes after the AI buildout?

Everyone is currently focused on building massive, centralized training clusters. But once those foundational models are fully trained, the real volume is going to shift to inference. Because inference does not need to be centralized, the next phase of the buildout will push compute to the edge. The industry is going to move away from hyperscale facilities, waiting on strained public grids. Instead, the future is a highly distributed network of modular data centres built exactly where the power is generated, using off-grid sources like stranded natural gas.

How does the US break its energy bottleneck?

We have to stop waiting for grid transmission. Trying to build thousands of miles of new high-voltage lines takes a decade of permitting and regulatory red tape. We break the bottleneck by moving the demand directly to the supply. We need to fully embrace behind the meter generation and co-locate power-hungry digital infrastructure at the exact point of energy generation. When you bypass the grid and build compute directly at the wellhead, your transmission queue drops to zero.

Does Bitcoin have a future?

Absolutely. It remains a core pillar of our business at New West Data, largely because our economics are so highly insulated. By owning our underlying power source, our cost to mine is more than 50% lower than our competitors. Beyond its role as a financial asset, Bitcoin is the ultimate flexible consumer of energy. It can be mined absolutely anywhere, making it a perfect economic shock absorber that allows us to instantly monetize stranded energy that would otherwise be wasted. The network is secure, the institutional adoption is clearly here, and its utility as a tool to optimize energy infrastructure is unmatched.

McDonough will join other energy, compute and infrastructure leaders at the Energy Investor Forum, where these questions — how AI gets powered, where capital should flow next and what role flexible loads such as bitcoin mining will play — will be part of the broader discussion.

Join EIF to hear more from McDonough and other speakers shaping the next phase of energy and digital infrastructure.