The New Power Agreement

Power Is Becoming a Partnership

Securing power for a data center used to be relatively straightforward.

A developer identified a site.

The utility evaluated the load.

Infrastructure was built.

Electricity service began.

At today's scale, that process is changing.

A new hyperscale or AI campus can represent hundreds of megawatts of electricity demand, with some development pipelines reaching into gigawatts. Delivering that capacity can require new substations, transmission upgrades, generation resources, and other investments extending well beyond the data center property.

As the projects get larger, the relationship between the data center operator and the utility is becoming more sophisticated.

The result is a new generation of power agreements.

These agreements increasingly address more than electricity rates. They can define when capacity arrives, how quickly demand ramps, which infrastructure investments are required, how those investments are funded, and how both parties plan for expansion over many years.

The change is significant.

Power procurement is evolving from a transaction into a long-term development partnership.

And for the data center industry, that could create new pathways to growth.

The Scale of the Load Has Changed

The traditional utility system was not designed around individual customers requesting hundreds of megawatts of new capacity on compressed development schedules.

AI has changed that equation.

Large data center campuses can now have electricity requirements comparable to major industrial operations, and operators often expect additional phases to follow the initial deployment.

That means utilities must plan not only for today's requested load but also for what the campus could require years into the future.

The industry is responding.

Utilities across the United States are developing new structures specifically for large electricity customers, while regional grid operators and regulators are examining how these loads can connect more efficiently.

The objective is increasingly clear:

Create enough certainty for utilities to invest while creating enough flexibility for data centers to grow.

That balance is becoming one of the most important elements of modern data center energy strategy.

The Agreement Is Becoming Part of the Project

A power agreement was once something that followed site selection.

Increasingly, it can influence the site itself.

Consider two otherwise comparable data center locations.

Both have land.

Both have fiber.

Both are within attractive markets.

Both have access to a major utility system.

But one can offer a clearly defined pathway from 100 MW to 300 MW to 500 MW over several development phases.

The other cannot yet provide the same visibility.

The first location may have a significant strategic advantage.

That is why sophisticated power agreements increasingly matter during the earliest stages of development.

The question is no longer simply:

What is the electricity rate?

It is:

What is the long-term pathway to capacity?

Capacity Commitments Create Visibility

Large energy projects require significant capital.

Utilities may need to invest in substations, transmission facilities, generation, transformers, distribution infrastructure, or other equipment years before a data center reaches its full load.

To make those investments efficiently, both sides benefit from greater certainty.

Data center operators need confidence that power will arrive according to their development schedule.

Utilities need confidence that the projected demand will materialize.

Modern power agreements can help bridge those requirements.

A developer may commit to defined capacity levels over specific periods.

A utility may commit to infrastructure milestones associated with those phases.

Both parties gain a clearer roadmap.

Instead of treating a 500 MW campus as one enormous request, the project can potentially be structured around an organized capacity ramp.

For example:

Phase 1 → Initial Capacity

Phase 2 → Campus Expansion

Phase 3 → Full Buildout

The actual structure will differ by market and project, but the principle is increasingly important.

Power can be planned alongside the development lifecycle.

Phased Power Could Support Faster Growth

The ability to phase capacity may become particularly valuable.

A data center does not always need its ultimate power requirement on day one.

Buildings are constructed in phases.

Servers are installed over time.

Customers ramp gradually.

AI clusters expand.

Additional buildings follow.

That creates an opportunity to align power delivery with actual deployment.

Rather than waiting until every planned megawatt is available, some projects may be able to begin operations with an initial allocation while additional infrastructure is developed.

That does not eliminate the need for long-term grid investment.

It improves coordination between the two timelines.

The data center can begin scaling.

The utility can continue building.

The campus and the power system grow together.

Utilities Gain Better Demand Visibility

The benefits are not limited to data center developers.

Utilities also gain something increasingly valuable:

visibility.

Forecasting data center demand can be difficult.

A utility may receive multiple enormous requests within the same market. Some projects will be built quickly. Others may be delayed, redesigned, reduced, relocated, or never constructed.

That uncertainty can complicate long-term planning.

More structured agreements can help distinguish serious projects from speculative demand.

Development milestones, financial commitments, load ramps, and other requirements can provide utilities with stronger signals about which projects are most likely to proceed.

Better signals lead to better planning.

Better planning can support more confident infrastructure investment.

And more confident investment can ultimately help create additional capacity for future data center growth.

Data Centers Can Help Unlock Investment

There is another side to the relationship that deserves more attention.

Large data centers can provide utilities with significant long-term demand.

That demand can support major infrastructure investments.

A new campus may help justify:

a new substation,

additional transmission capacity,

new generation,

battery storage,

transformer procurement,

or broader system improvements.

When a creditworthy customer commits to substantial electricity consumption over many years, the economics of those investments can become clearer.

This is why the relationship should not be viewed simply as a utility accommodating a large customer.

The data center can also become an anchor for energy investment.

That creates the potential for a mutually beneficial cycle:

Data center demand supports investment.

Investment creates additional capacity.

Additional capacity supports further growth.

Cost Certainty Matters to Both Sides

Large-scale energy infrastructure is expensive.

The question of who pays for project-specific investments therefore matters.

Increasingly sophisticated agreements can establish clearer responsibilities from the beginning.

If specific infrastructure is required to serve a large campus, the agreement can define how those costs will be handled.

That transparency is valuable to everyone involved.

Utilities can plan capital investment with greater confidence.

Regulators gain clearer visibility into cost allocation.

Data center operators understand their long-term energy obligations earlier.

And communities gain greater certainty around the investments associated with major development projects.

Clearer economics can make projects easier to evaluate.

In an industry where speed matters, reducing uncertainty has significant value.

Flexibility Can Become Another Tool

Not every data center load behaves the same way.

Certain mission-critical workloads require continuous power.

Other workloads may have more flexibility.

Some AI training workloads can potentially be scheduled differently.

Battery storage can change when electricity is drawn from the grid.

On-site generation can provide additional operating options.

Computing workloads may sometimes be shifted between regions.

These capabilities create opportunities for more sophisticated power agreements.

A utility and data center operator could potentially establish service structures that recognize different levels of flexibility.

That flexibility may provide another tool for connecting certain loads while longer-term infrastructure is being developed.

The important point is not that data centers should compromise reliability.

They should not.

The opportunity is to recognize that operational flexibility has value when it can be provided without compromising critical services.

FERC Is Pushing the Conversation Forward

The evolution of large-load agreements is no longer happening only between individual utilities and customers.

It has reached the national regulatory level.

In June 2026, the Federal Energy Regulatory Commission initiated proceedings involving all six regional grid operators under its jurisdiction, focusing on how data centers and other large electricity users connect to the transmission system.

The objective includes faster integration of major loads while maintaining reliability, transparency, and appropriate cost responsibility.

That matters because many of the challenges surrounding data center power extend beyond individual utility territories.

A hyperscale campus may require changes to transmission infrastructure, regional generation planning, and wholesale electricity markets.

As data center loads grow, coordination must therefore occur at multiple levels:

Data Center → Utility → Transmission Provider → Regional Grid

The power agreement increasingly sits within this larger ecosystem.

Regional Models Will Develop Differently

There will not be one universal U.S. data center power agreement.

Different electricity markets operate under different regulatory structures.

Virginia will not necessarily develop the same model as Texas.

Texas will differ from Georgia.

Georgia will differ from Ohio.

Regulated utilities, municipal utilities, electric cooperatives, and competitive electricity markets each have different structures.

That diversity could become an advantage.

Different regions can experiment with different approaches to large-load development.

Some may emphasize long-term capacity commitments.

Others may develop flexible service models.

Some may coordinate generation directly with new campuses.

Others may create specialized tariffs or infrastructure agreements.

Over time, the approaches that work best could influence broader industry practices.

Power Agreements Could Become a Competitive Advantage

For data center markets, this creates an interesting competitive dynamic.

Historically, regions competed for data center investment through factors such as:

tax incentives,

land availability,

fiber connectivity,

business climate,

workforce,

and electricity prices.

Power availability has increasingly moved toward the top of that list.

The next differentiator could be power structure.

Markets capable of providing transparent timelines, scalable capacity pathways, coordinated infrastructure investment, and strong utility relationships may become particularly attractive.

Developers value certainty.

Investors value certainty.

Customers value certainty.

A well-structured power agreement can provide it.

The Utility Relationship Is Moving Earlier

One of the most important changes may simply be timing.

Utility engagement can no longer happen late in the development process.

Power strategy increasingly begins before land acquisition is complete.

Developers need to understand:

How much capacity is realistically available?

When can it be delivered?

What upgrades are required?

What will those upgrades cost?

How can the campus expand?

What generation resources support the region?

What contractual commitments will be required?

These questions can influence whether a site moves forward at all.

The utility relationship therefore becomes part of site strategy, capital strategy, construction strategy, and ultimately customer strategy.

Energy planning is moving upstream.

From Vendor to Strategic Partner

Perhaps the biggest conceptual change is how the utility itself is viewed.

The old model can make the utility appear primarily as a supplier.

The emerging model looks much more collaborative.

Utilities understand the regional grid.

Data center operators understand their computing requirements and expansion plans.

Energy developers understand generation.

Transmission organizations understand regional power flows.

Regulators establish the framework under which investment occurs.

Large-scale data center growth increasingly requires these groups to coordinate.

The most successful markets may be those where that coordination begins early.

Power is simply too important—and the investments too large—for the relationship to remain transactional.

What This Means for Data Center Energy Strategy

For developers and operators, the implications are significant.

The best power strategy may not always be the location offering the lowest electricity rate.

It may be the location offering the clearest long-term energy pathway.

A slightly higher initial cost could potentially be outweighed by:

faster capacity delivery,

greater expansion visibility,

stronger utility coordination,

clear infrastructure responsibilities,

more flexible service structures,

or better access to future generation.

That changes how energy opportunities should be evaluated.

Power procurement increasingly requires looking beyond price.

It requires evaluating the entire relationship.

A New Generation of Energy Deals

Data center energy deals are becoming larger, longer, and more strategic.

Some involve nuclear generation.

Others involve renewable projects.

Some support new gas generation.

Others incorporate battery storage.

Some require transmission investment.

Others involve specialized utility agreements.

The technologies differ.

The common thread is coordination.

Data center operators increasingly need confidence that energy infrastructure will grow with their campuses.

Utilities increasingly need confidence that major loads will grow according to credible plans.

The new power agreement connects those objectives.

Agreements That Enable Growth

America's data center expansion will require enormous investment in electricity infrastructure.

Generation must grow.

Transmission must expand.

Substations must be built.

Electrical equipment must be manufactured.

Storage will play a larger role.

But physical infrastructure alone is not enough.

The commercial structures connecting data centers with the energy system must evolve as well.

That evolution is already underway.

Utilities and data center operators are developing more sophisticated approaches to capacity commitments, infrastructure investment, phased delivery, flexibility, and long-term planning.

The result is a relationship built around something more valuable than a simple electricity transaction.

Certainty.

Certainty that demand is real.

Certainty that investment can move forward.

Certainty that capacity has a pathway to expand.

And certainty that both the data center and the power system can grow together.

The future of data center energy will depend on new generation and new grid infrastructure.

But increasingly, it will also depend on something less visible:

the agreement that makes the investment possible.