The power and energy market has never lacked capital, technology, or ambition. What it has lacked, and continues to lack heading into 2026, is time. Electric load is growing faster than the grid can respond. Policy is moving slower than markets. Interconnection queues are overwhelmed. Communities are more engaged, more skeptical, and more willing to stop projects outright. And capital, while abundant, is becoming far more selective.
This year, success will hinge less on bold forecasts and more on execution discipline. The next cycle will reward projects that are well-sited, grid-aware, and realistically deliverable – and punish those built on outdated assumptions.
From Atwell’s vantage point, working across generation, storage, transmission, and large-load infrastructure nationwide, seven megatrends are already reshaping where capital flows and which projects get built.
1. Load growth is real – but geography & timing matter more than headlines
There is no longer serious debate about electricity demand growth. Data centers, AI workloads, electrification, reshoring, and population growth are pushing the system harder than it has been pushed in decades. The Department of Energy (DOE) estimates that data centers alone could increase national electricity consumption by 7-12% by the end of the decade, with the vast majority of that growth concentrated in a limited number of regions rather than spread evenly across the country.
What remains misunderstood is where and when that load actually materializes.
Load growth is highly concentrated, often delayed relative to announcements, and dependent on transmission availability, permitting, water access, and local political alignment. Some regions are pulling ahead quickly. Others, despite strong demand signals, are constrained by grid and siting realities.
For developers, chasing theoretical demand is no longer sufficient. Projects must be aligned with real, executable load pathways, not just macro forecasts.
2. Interconnection has become the primary value driver
Interconnection is no longer a back-office engineering exercise. It is the single biggest determinant of whether a project moves forward and whether it makes money. Small changes in interconnection cost or timing can shift project breakevens materially. Upgrade uncertainty has become one of the top reasons projects stall or die after site control.
In several organized markets, interconnection timelines that once measured in months are now stretching to five to seven years for new generation, fundamentally altering development sequencing and project economics.
In many markets, developers are forced to make go/no-go decisions before definitive interconnection outcomes are known. That elevates the importance of queue-congestion analysis, upgrade sensitivity modeling, and understanding where storage or hybrid configurations can mitigate grid impacts.
Good land without grid advantage is increasingly stranded. Projects that integrate grid realities early are pulling ahead.
3. Solar cannibalization and storage saturation are structural, not cyclical
Merchant assumptions that worked five years ago are breaking down. In high-penetration solar markets, cannibalization is no longer theoretical, it is structural. In the Electric Reliability Council of Texas (ERCOT) North load zone, rapid solar buildout has materially compressed midday pricing, eroding merchant revenues even as total generation capacity continues to grow.
Storage faces a similar reality. Early battery projects captured outsized arbitrage returns, but saturation is already reducing those returns in mature markets. In the California Independent System Operator (CAISO), increasing battery penetration has driven arbitrage revenues down as competition for the same price spreads intensifies.
This doesn’t mean solar, or storage, are poor investments. It means:
- Location matters more than ever
- Revenue stacking must be realistic
- Modeling must explicitly account for saturation
Projects that ignore these dynamics will underperform. Projects designed around them will continue to attract capital.
4. Storage is the backbone of new power markets – and it comes with new risks
Battery storage is no longer optional. In many regions, it is the economic and operational backbone of new power development.
In 2025 alone, more than 40 giggawatt-hours (GWh) of battery storage was installed in the U.S., with most of that capacity concentrated in CAISO and ERCOT – accelerating both grid flexibility and market saturation.
Storage supports interconnection, manages congestion, smooths intermittency, and enables hybrid configurations. It is also increasingly central to how utilities and large loads think about reliability.
But storage introduces new risks that must be addressed early:
- Availability and outage risk directly impact revenue
- Fire codes, setbacks, and safety concerns can halt projects
- Foreign Entity of Concern (FEOC) compliance and supply-chain uncertainty affect cost and timing
- Community opposition to Battery Energy Storage Systems (BESS) is increasing
Treating storage as a simple add-on to solar is no longer viable. BESS siting, permitting, and community engagement are now distinct disciplines, and failures in any one of them can derail otherwise strong projects.
5. Data centers are no longer just offtakers — they’re infrastructure partners
One of the most significant shifts underway is how data centers engage with power markets. These customers are creditworthy, often price-insensitive relative to reliability needs, and increasingly willing to co-locate or sponsor generation. Power is no longer an ESG checkbox – it is mission-critical infrastructure.
This shift is most visible in markets such as Northern Virginia, Texas, and parts of the Midwest, where data center demand is reshaping interconnection strategy, site valuation, and development timelines.
Value is moving toward powered land, load-adjacent generation, hybrid front-of-meter and behind-the-meter configurations, and partial islanding models. Developers who understand this shift can unlock new offtake pathways. Those who don’t will struggle to place projects that no longer fit buyer needs.
6. Policy uncertainty isn’t killing projects — it’s killing schedules
Federal policy uncertainty around tax credits, FEOC guidance, permitting, and tariffs is real. But it is not causing widespread project cancellations. What it is doing is elongating timelines and increasing execution risk.
State-level divergence adds another layer of complexity. Some jurisdictions are accelerating capacity additions. Others are increasing scrutiny, particularly around affordability and community impact.
The practical effect is a widening gap between projects that can start construction in 2026 and those that slip into later years, where both pricing and capital availability become far less certain.
The result is a market where speed matters more than ever.
7. The next cycle favors execution discipline over scale
Capital is abundant but it’s impatient. The market is bifurcating between projects that are executable in the near term and those that are not. Scale alone is no longer enough.
Hybridization is emerging as the default delivery model – combining solar, wind, storage, and, in some cases, natural gas. New greenfield gas faces timing and permitting challenges, while nuclear and Small Modular Reactors (SMRs) remain part of the long-term solution set but face economic and schedule hurdles that limit near-term deployment.
The projects that succeed in 2026 will be those designed around what can be built, not just what looks good on paper.
Where Atwell fits in a market that punishes uncertainty
As these megatrends converge, one thing is clear: the power market is no longer forgiving of late-stage surprises.
Projects no longer fail because the technology doesn’t work. They fail because risk shows up too late – in interconnection, permitting, community response, or execution timing. By the time those issues surface, capital has already moved on.
This is where Atwell’s role has evolved.
We are not just helping clients determine whether a site is technically developable. We are helping them answer whether it is financeable, executable, and aligned with where the market is moving – before significant capital is committed.
That means integrating disciplines that have historically been treated separately:
- Siting and land strategy, informed by grid and market realities
- Interconnection intelligence, including upgrade sensitivity and timing risk
- Policy and permitting risk, evaluated alongside engineering feasibility
- Community and stakeholder dynamics, addressed early rather than reactively
- Execution planning, with speed-to-construction treated as a core value driver
In today’s market, those elements cannot be sequenced – they must be designed together.
Speed and certainty are the new competitive advantages
Capital is still available. What’s scarce is confidence. Investors, utilities, and large loads are prioritizing projects that can move quickly with fewer unknowns. The difference between a project that is “possible” and one that is “ready” has never been more valuable.
Atwell’s advantage is helping clients reduce that gap.
Because we work across power generation, storage, transmission, and large-load infrastructure nationwide, we see friction points early – interconnection constraints, permitting triggers, community risk, or schedule killers – and help clients design around them before they become fatal.
In practical terms, that means:
- Avoiding sites that look good on paper but are unlikely to clear grid or permitting hurdles
- Prioritizing jurisdictions and configurations where timelines are predictable
- Structuring projects to be resilient to policy uncertainty rather than dependent on it
- Supporting hybrid and load-adjacent strategies that reflect how power is being procured today
This approach doesn’t eliminate risk. But it moves risk forward, where it can be managed – instead of discovered after time and capital are already sunk.
A market that rewards realism
In 2026, the power and energy market is entering a phase where realism matters more than optimism.
Projects will continue to be built. Capital will continue to deploy. But the winners will be those who align early with grid reality, policy constraints, and end-user demand – and who can execute with speed and discipline.
That’s the work we are focused on at Atwell: helping clients navigate what’s next, not by chasing headlines, but by building projects that can get across the finish line.
