The AI Power Crunch: 3 Ways Renewable Developers Can Win the "Data Center" Game

Artificial Intelligence (AI) is hungry for power. By 2030, data centers could consume nearly 9% of all U.S. electricity^[1]. This demand creates a massive opportunity for renewable developers, but also a new challenge: “Co-Location.” Tech giants want to plug data centers directly into power plants to get energy faster. But regulators (like FERC) are pushing back, worried that these deals might unfairly shift costs to regular households^[2]. As noted in Foley & Lardner LLP’s 2026 Data Center Development Report (released Jan 28, 2026), energy availability is now the single biggest obstacle to data center growth^[3]. The report highlights that the “ideal energy mix” for these facilities will be dominated by renewables and battery storage—exactly the sweet spot for agile developers. Here are three strategies to capture this opportunity without getting stuck in regulatory limbo.

1. The “Hybrid” Approach (The Safe Bet)

Regulators are rejecting deals where data centers try to avoid paying for the grid entirely.

• The Strategy: Structure your deal so the data center connects directly to your renewable project but also agrees to pay a “standby fee” or “system benefit charge” to the local utility.
• Why it Works: It solves the regulators’ main complaint (that regular people are subsidizing tech giants) while still giving the data center the dedicated power it needs. It turns a “grid defection” fight into a partnership.

2. The “Green Island” Microgrid

In areas where the grid is totally clogged (like Northern Virginia), the best option might be to cut the cord entirely.

• The Strategy: Build a solar/wind facility paired with massive battery storage that is physically disconnected from the utility grid.
• Why it Works: If you aren’t touching the grid, federal regulators (FERC) generally can’t block you.
• The Catch: It is expensive. You have to build extra storage to guarantee the power never goes out (known as “five-nines reliability”), since you have no utility backup.

3. “Virtual” Co-Location

Tech companies are facing backlash for keeping old fossil fuel plants alive to power their AI. They need a cleaner story.

• The Strategy: Instead of a physical direct line, use a “virtual” PPA. The data center stays on the grid, but you build a new renewable project at a specific location that relieves the local stress caused by their energy use.
• Why it Works: It aligns with new state guidelines that prioritize “additionality”—bringing new clean power to the grid rather than just using up what is already there.
• The Bottom Line

The race to power the AI revolution is no longer just about gigawatts; it is about grid citizenship. As the Foley & Lardner LLP report suggests, while the demand for power is infinite, the grid’s capacity to deliver it is not.

With FERC expected to issue definitive guidance on co-location by April 2026, the “Wild West” era of grid defection is closing. The developers who secure the most lucrative hyperscaler contracts won’t just be those with the cheapest electrons. They will be the ones offering “reliability-positive” projects—solutions that bring new capacity online without triggering the cost-shifting battles that are currently stalling the market. The window to define these rules is open, but for proactive developers, the time to act is now.

References:

• [1] EPRI Data: Projections showing data center energy use nearly tripling by 2030.
• [2] FERC vs. Amazon/Talen: The recent decision blocking a major co-location deal due to cost-shifting concerns.
• [3] Foley & Lardner LLP: 2026 Data Center Development Report (Jan 28, 2026), identifying energy availability as the top market constraint.