How New Energy Demands Are Reshaping Interconnection Strategies

The grid is under unprecedented pressure. Then AI happened.

Data centers are being built faster than the infrastructure to power them. Manufacturing is coming back onshore. Electrification is compressing decades of demand growth into a few years. And sitting at the center of all of it — throttling what gets built, when, and where — is the interconnection queue.

According to Enverus' 2026 interconnection outlook, grid interconnection remains one of the most significant barriers to bringing new generation capacity online. That's not a new observation. What *is* new is who's feeling the pain, why the queue has become a strategic battlefield, and how the rules governing access to the grid are shifting in ways that will advantage some developers and strand others.

From Mandates to Market Pressure

For most of the past decade, grid interconnection was driven by a relatively predictable set of forces: state renewable portfolio standards, corporate sustainability targets, and the steady appetite of offtakers for power purchase agreements. Developers pushed projects into queues because policy demanded it. Utilities, for their part, had little urgency to accelerate the process.

Ryan Luther, director of Enverus Intelligence Research, put it plainly: "In the Biden era and pre-AI blowing up its energy needs, grid interconnection was really driven by renewable targets, other state mandates or corporate targets and demand for PPAs. Developers were trying to build renewables as fast as they could to meet those targets."

The consequence of that era was a queue stuffed with speculative projects — many of them renewables — that held positions for years without meaningful progress. Studies piled up. Utilities had little incentive to prioritize. The system was slow, but the slowness had no immediate cost to grid reliability.

That calculus has flipped entirely. Load growth from data centers, reshored manufacturing, and electrification has transformed interconnection from a compliance exercise into a race with real economic consequences. Utilities and regional grid operators are no longer managing a pipeline of aspirational green energy projects. They're managing a reliability crisis in slow motion.

"In the new post-renewable target era, the demand for interconnection has shifted from mandates towards actual load growth that needs to be filled right now," Luther said. Reliability has become the governing metric — and everything downstream of that shift is changing.

Why Your Queue Position No Longer Guarantees Anything

The traditional interconnection process operated largely on a first-come, first-served basis. If you were in the queue, your position theoretically protected your place in line. Developers learned to game this: hold positions early, sort out the details later.

FERC's Order 2023 changed the architecture of that game. The rule gave independent system operators authority to prioritize projects that are "study ready" — meaning they've completed the preliminary work, secured site control, posted financial commitments, and demonstrated a credible path to construction. Older but inert projects that have been squatting in the queue can now be bypassed.

The practical effect is that queue position has become less predictive of interconnection outcomes than project readiness and regional market structure. An underprepared project at the front of the line may now get leapfrogged by a well-documented project behind it.

Enverus' report underscores this point directly: interconnection outcomes increasingly depend on regional ISO market structure and utility planning practices, not just queue position. That creates materially different risk profiles depending on where you're developing. A project in PJM operates under different rules, timelines, and cost-allocation frameworks than one in MISO or ERCOT. Understanding those differences isn't a nice-to-have for developers — it's a prerequisite for building a viable project pipeline.

The ISO Factor: Why Region Determines Destiny

Not all grid operators are created equal, and the divergence is widening. Some ISOs have moved aggressively to reform their interconnection processes — adopting cluster studies, transmission planning improvements, and clearer cost-allocation rules. Others remain slow-moving, with study delays that can stretch years and cost escalations that routinely surprise developers in later project stages.

The Enverus report identifies project risk as diverging sharply by region, which means developers building multi-market portfolios need to model interconnection risk on a market-by-market basis — not as a single line item. A project that pencils out in one ISO's territory may be economically nonviable in another's, even with identical generation costs and offtake terms.

Utilities are also inserting themselves more aggressively into the equation. As load-serving entities face mounting pressure to secure reliable capacity, they're actively shaping interconnection timelines by prioritizing projects that align with their integrated resource plans. This creates an opening for developers who can position their projects as reliability solutions — not just clean energy additions.

That's the strategic angle many solar-plus-storage developers are working to exploit. By pairing generation with dispatchable storage, they can compete on reliability terms with gas peakers that might otherwise be prioritized. But the pitch has to be made early, and it has to be credible. Renewable developers who still lead with "green" rather than "grid-reliable" are misreading the room.

What Smart Developers Are Doing Now

Alexandria Walling, vice president of development at Inovateus Solar, captured the operational reality succinctly: "In our industry, the easy projects are few and far between. We're really trying to eliminate as much uncertainty as we can."

That framing — uncertainty reduction as a core competency — is where the smartest developers are investing. Specifically, that means:

Assessing interconnection risk at the front end of development, not after land control is secured and permitting is underway. Late-stage interconnection surprises are expensive. Cost escalation and study delays at the back end of a project's development cycle are among the most common reasons deals fall apart or returns compress below acceptable thresholds.

Understanding ISO-specific rules before committing capital. Each regional market has its own study process, cost-allocation methodology, and procedural calendar. Developers who treat interconnection as a generic process — something to figure out once a site looks promising — are operating with a systematic blind spot.

Building projects that can demonstrate study readiness quickly. Under FERC Order 2023's new framework, the ability to post deposits, document site control, and move through the interconnection study process efficiently is a competitive advantage. Developers who have those systems dialed in can leapfrog slower-moving competitors.

Investors evaluating projects should be asking these questions at diligence, not at financial close.

What's Next: The Pressure Isn't Letting Up

The mismatch Enverus identified — between how fast data centers are being built and how fast the grid can be ready to serve them — isn't going to resolve itself quickly. Transmission buildout timelines are measured in years, sometimes decades. Generation interconnection queues, even reformed ones, still take time to clear.

What will likely emerge is a tiered grid access system — formal or informal — where projects that can demonstrate reliability, readiness, and alignment with utility planning priorities move faster. Projects that can't will wait. That's already happening in practice; policy is just catching up to it.

Watch for utilities to increasingly structure offtake agreements and interconnection support around projects that directly address their resource adequacy gaps. Watch for ISOs to continue refining cluster study methodologies that reward preparation over position. And watch for a growing premium on developers who have genuine interconnection expertise in-house — not just consultants brought in at the last minute.

The queue isn't going away. But the developers who understand it as a strategic instrument — rather than an administrative hurdle — are the ones who will be building when others are still waiting.

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