The Capacity Report

Executive summary

The defining economic question of the next decade is not:

"How much demand exists?"

It is:

"Do we have the capacity to meet it?"

For most of modern economic history, growth was constrained primarily by capital. Today, many of the world's most important industries face a different challenge.

Artificial intelligence, advanced manufacturing, energy production, biotechnology, housing, transportation, and national defense are increasingly constrained not by ideas or investment, but by physical and social capacity.

The Capacity Report exists to measure, analyze, and explain those constraints.

We believe that economic growth in the twenty-first century will be determined by five interconnected forms of capacity:

• Electricity
• Water
• Workforce
• Compute
• Public Will

Together, these forces determine whether a region, company, or nation can convert opportunity into growth.

The capacity economy

The global economy is entering a new era.

Demand is abundant. Capital is abundant. Innovation is abundant. Capacity is scarce.

The communities, states, and nations that successfully expand capacity will attract investment, create jobs, and generate prosperity. Those that fail will increasingly find themselves unable to capitalize on emerging opportunities.

The central thesis of The Capacity Report is simple:

The future will belong to regions that can build.

Axis one — Electricity

Electricity has become the foundational resource of the modern economy. Artificial intelligence, data centers, advanced manufacturing facilities, electric vehicles, pharmaceuticals, and industrial automation all require reliable and affordable power.

Questions that increasingly shape economic outcomes include:

• How much generation capacity exists?
• How much additional power can be delivered?
• Where are transmission bottlenecks emerging?
• Which regions can expand generation fastest?

Electricity is no longer merely a utility issue. It is an economic development issue. The regions that solve power constraints will capture disproportionate growth.

Axis two — Water

Water is becoming one of the most strategic resources in economic development. Data centers require cooling. Manufacturing requires processing. Population growth requires supply. Agriculture requires irrigation.

Yet many regions are discovering that water resources are finite.

• Is sufficient water available?
• Can treatment systems support growth?
• What are the long-term sustainability implications?
• How does water availability affect investment decisions?

In many regions, water is emerging as the hidden constraint on growth.

Axis three — Workforce

No infrastructure project succeeds without people.

The challenge facing many industries is no longer whether jobs exist. The challenge is whether workers exist.

• Are enough engineers available?
• Are skilled trades pipelines sufficient?
• Can educational institutions meet demand?
• Is population growth supporting labor needs?

Workforce shortages increasingly limit growth across technology, healthcare, energy, manufacturing, and construction. Human capacity remains one of the most important forms of capacity.

Axis four — Compute

Compute has become a strategic resource. Artificial intelligence requires unprecedented computational power. Cloud infrastructure, semiconductors, networking systems, and data centers now form a critical layer of economic infrastructure.

• Where is compute capacity located?
• How quickly can it expand?
• What infrastructure supports it?
• Who controls access to it?

As AI becomes embedded in every industry, compute increasingly resembles electricity in its importance. Nations and regions that possess abundant compute capacity will enjoy substantial competitive advantages.

Axis five — Public Will

The most overlooked capacity constraint is public will.

Projects are not built simply because they are economically valuable. They must also be politically and socially acceptable. Every major infrastructure project ultimately depends on public support.

• Will communities support growth?
• Can permitting processes move efficiently?
• Are policymakers aligned with development goals?
• Can competing interests be balanced?

Across the United States, many projects fail not because of technical limitations but because public consensus cannot be achieved. Public will determines whether all other forms of capacity can be expanded.

Virginia — a case study in capacity

Virginia represents one of the most important capacity stories in America. The Commonwealth sits at the intersection of all five capacity axes.

Electricity. Growing demand from data centers is reshaping utility planning and generation investment.

Water. Many emerging development corridors possess strong water resources relative to competing regions.

Workforce. Virginia's universities, community colleges, and workforce systems provide strategic advantages.

Compute. Virginia remains the world's largest data center market and a critical hub for digital infrastructure.

Public Will. The debate over data center expansion is increasingly shaping local and state policy.

The future of Virginia's economy may ultimately depend on how effectively these five forms of capacity are balanced.

The Richmond AI corridor

The emerging Richmond region provides a powerful example of the Capacity Framework. Chesterfield, Henrico, Hanover, Caroline, and Louisa Counties are attracting attention because they possess favorable combinations of:

• Electrical capacity
• Water resources
• Workforce availability
• Compute infrastructure
• Political support for development

Together, these counties may become one of North America's most important AI infrastructure corridors.

What The Capacity Report measures

The Capacity Report tracks indicators across all five capacity axes.

Electricity. Generation, transmission, load growth, interconnection queues.

Water. Supply, treatment, consumption, long-term sustainability.

Workforce. Labor availability, graduation pipelines, population growth, skill gaps.

Compute. Data center capacity, network infrastructure, cloud investment, AI infrastructure deployment.

Public Will. Permitting, public sentiment, election outcomes, policy decisions, community engagement.

The Capacity Index

The Capacity Report's ultimate goal is to develop a comprehensive Capacity Index. This index will measure the ability of a region to support future economic growth.

Rather than focusing solely on economic output, the Capacity Index evaluates the underlying infrastructure required to produce that output. Regions with strong scores across all five dimensions are likely to become the primary beneficiaries of the next generation of investment.

Conclusion

For decades, economic development focused on attracting growth. The challenge ahead is enabling growth.

The most important question facing communities, businesses, investors, and policymakers is no longer:

"What do we want to build?"

It is:

"Do we have the capacity to build it?"

The Capacity Report exists to answer that question.