STRONGER COMMUNITIES
Development should create meaningful benefits for the communities that host digital infrastructure.
- Community engagement
- Transparency
- Local partnerships
- Schools & public services
- Infrastructure investment
National Industry Coalition•Responsible Development
BUILDING AMERICA'S
DIGITAL FUTURE — RESPONSIBLY.
America is entering one of the largest infrastructure transformations in generations. The American Digital Infrastructure Coalition brings together the organizations building, powering and supporting America's digital infrastructure to advance responsible development, strengthen communities and help America remain a global technology leader.
Research-BasedPro-IndustryCommunity-FocusedNational Scope
DIGITAL INFRASTRUCTURE IS NOW CRITICAL INFRASTRUCTURE.
Every search, video call, financial transaction, cloud application, AI model, healthcare system and digital service ultimately depends on physical infrastructure — data centers, fiber networks, power generation, transmission lines and cooling systems.
As demand for computing grows exponentially across artificial intelligence, cloud computing, digital services and scientific research, America will need substantial new infrastructure: new data centers, additional power generation, expanded transmission capacity, upgraded fiber networks, and supporting systems.
Where and how that infrastructure is built will affect communities across the country for decades. The American Digital Infrastructure Coalition exists to help ensure that growth is responsible.
Why This Matters Now
- AI compute demand is projected to grow 10x by 2030
- Data centers already consume ~2% of U.S. electricity
- Major projects are being proposed in communities nationwide
- Communities need credible information and a voice in planning
Our Framework
GUIDING PRINCIPLES FOR RESPONSIBLE DEVELOPMENT
The American Digital Infrastructure Coalition believes America needs significantly more digital infrastructure — but that development must be responsible, transparent, and beneficial to host communities.
RATEPAYER PROTECTION
Existing households and businesses should not unfairly subsidize infrastructure required by exceptionally large new electrical loads.
- Fair rate structures
- Cost allocation
- Generation requirements
- Utility regulation
- Consumer protection
ENERGY & GRID RELIABILITY
America needs significantly more reliable generation, transmission and grid infrastructure to support economic and technological growth.
- Power generation
- Transmission capacity
- Grid modernization
- Reliability standards
- Energy planning
RESPONSIBLE RESOURCE STEWARDSHIP
Digital infrastructure should use water, land and energy responsibly through thoughtful design and technology choices.
- Water-efficient cooling
- Closed-loop systems
- Land use planning
- Environmental design
- Technology improvements
ECONOMIC OPPORTUNITY
Responsible digital infrastructure investment can create lasting economic benefits for host regions when properly structured.
- Construction employment
- Permanent technology jobs
- Local contractor opportunities
- Tax revenue
- Workforce development
AMERICA'S DIGITAL FUTURE
Digital infrastructure is increasingly fundamental to American technological competitiveness and global leadership.
- Artificial intelligence
- Cloud computing
- Healthcare & finance
- Manufacturing & defense
- Scientific research
[ Systems View ] Coordinated Investment Architecture
AMERICA NEEDS MORE THAN DATA CENTERS.
It needs the coordinated infrastructure to support them. Data center development cannot be viewed in isolation from the power, transmission, cooling, and community systems upon which it depends.
DATA CENTERS
High-density compute & AI hosting facilities
POWER GENERATION
Base load, nuclear, natural gas, solar & wind
TRANSMISSION
High-voltage lines, substations & grid capacity
FIBER NETWORKS
Ultra-low latency regional & national backbones
WATER & COOLING
Closed-loop, air cooling & watershed stewardship
WORKFORCE
Skilled electrical, construction & tech trades
COMMUNITIES
Local tax base, ratepayers & public services
Bi-Directional Impact & Demand Alignment
Coordinated Utility, Municipal & Developer Planning Comprehensive Utility Planning
Large computing loads require long-lead power generation and high-voltage transmission investments that must be structured transparently.
Water Stewardship Architecture
Cooling designs must adapt to local watershed realities, prioritizing closed-loop systems, reclaimed water, or dry cooling where appropriate.
Community Cost Allocation
Rate structures and special tariffs ensure that major power users fund their specific infrastructure additions without shifting costs to residents.
National Project Database
DIGITAL INFRASTRUCTURE ACROSS AMERICA
Track proposed, approved, and operational digital infrastructure projects nationwide. Filter by state, status, developer, or capacity. Each project includes verified sources and community context.
Interactive Geographic Database
DIGITAL INFRASTRUCTURE ACROSS AMERICA
51 projects tracked across 41 states. Click any dot to inspect verified data center developments, power loads, utilities, and community issues. Red dots indicate projects facing opposition or moratoriums.
[ Interactive US Map — Click Dot to Inspect ]
Operating Construction Approved Entitlement Proposed Delayed / Opposition
QUICK FILTER BY STATE MARKET:
Virginia Market Index • Loudoun County
OPERATINGNorthern Virginia Digital Hub (Data Center Alley)
Developer:Vantage Data Centers
Exact Location:Ashburn, Loudoun County, VA
Utility Provider:Dominion Energy
Tenant/End User:AWS / Microsoft Azure Cloud
Est. Power Demand450 MW
Est. Capital Investment$3.5 Billion
Site Footprint180 Acres
Estimated Jobs2,500 Construction / 220 Permanent
Community & Policy Considerations
Substation visual buffers, noise abatement ordinances, high-voltage line undergrounding
Latest Status & Public Filing Update:
August 2026: Expansion phase 3 completed with noise attenuation barriers.
Verified Citations: 12 Public FilingsSourced Record
All Filtered Results (51):
Data structure designed for real project integration. No synthetic statistics displayed.
View Full Project DatabaseIssue Deep-Dive
THE QUESTIONS AMERICA IS ASKING
Evidence-based analysis of the critical issues surrounding digital infrastructure development. Each question receives thorough, sourced examination.
Ratepayer Protection
Will Data Centers Raise Electric Bills?
Evidence-based analysis examining legitimate concerns, available data, and what responsible development looks like.
Read Analysis
Energy & Grid
Where Will the Power Come From?
Evidence-based analysis examining legitimate concerns, available data, and what responsible development looks like.
Read Analysis
Water Resources
How Much Water Do Data Centers Use?
Evidence-based analysis examining legitimate concerns, available data, and what responsible development looks like.
Read Analysis
Policy & Finance
Who Pays for New Infrastructure?
Evidence-based analysis examining legitimate concerns, available data, and what responsible development looks like.
Read Analysis
Economic Impact
How Many Jobs Do Data Centers Create?
Evidence-based analysis examining legitimate concerns, available data, and what responsible development looks like.
Read Analysis
Community Benefits
What Do Communities Receive in Return?
Evidence-based analysis examining legitimate concerns, available data, and what responsible development looks like.
Read Analysis
Community Concerns
What About Noise?
Evidence-based analysis examining legitimate concerns, available data, and what responsible development looks like.
Read Analysis
Planning & Zoning
What About Land Use?
Evidence-based analysis examining legitimate concerns, available data, and what responsible development looks like.
Read Analysis
Grid Reliability
What Happens to the Power Grid?
Evidence-based analysis examining legitimate concerns, available data, and what responsible development looks like.
Read Analysis
National Strategy
Why Does America Need So Many Data Centers?
Evidence-based analysis examining legitimate concerns, available data, and what responsible development looks like.
Read Analysis
Responsible Energy Growth
THE DIGITAL ECONOMY RUNS ON ELECTRICITY.
The expansion of digital infrastructure will require significant investment in generation, transmission and grid infrastructure.
ADIC supports policies that enable utilities, developers and energy providers to meet growing power demand through responsible infrastructure investment while maintaining a reliable and affordable electric system for existing customers.
America should not have to choose between digital infrastructure growth and energy reliability. With thoughtful planning, investment and collaboration, we can achieve both.
GROWING DIGITAL INFRASTRUCTURE DEMAND
AI, cloud computing and digital services driving unprecedented load growth
requires
NEW GENERATION + TRANSMISSION + GRID
Power plants, high-voltage lines, substation upgrades, grid modernization
which requires
RESPONSIBLE INFRASTRUCTURE INVESTMENT
Fair cost allocation, collaborative planning, reliable and affordable power
leading to
RELIABLE, AFFORDABLE ENERGY FOR ALL
Existing customers protected while new demand is met
Energy & Grid
THE DIGITAL ECONOMY RUNS ON ELECTRICITY.
The most significant question facing digital infrastructure is no longer just "where will the power come from" — it's whether projects will generate their own or rely on an already strained grid.
On-Site Generation
Gas Turbines & Behind-the-Meter
An increasing number of data center projects are choosing to generate their own electricity on-site using natural gas turbines. This approach brings power generation directly to the facility, reducing dependence on grid infrastructure and shifting the cost of new generation onto the developer rather than existing ratepayers.
- Reduces strain on existing grid infrastructure
- Developer funds and owns generation assets
- Faster deployment than utility-scale builds
- Protects existing ratepayers from cost shifts
- Enables captive power for AI workloads
- Can integrate with future nuclear (SMR)
Grid-Dependent Projects
Utility-Supplied Power
Many projects continue to rely entirely on utility-supplied grid power. While this approach leverages existing infrastructure, it places new demand on generation and transmission systems that were not designed for hyperscale loads — raising questions about cost allocation and grid reliability.
- •Depends on utility generation capacity
- •Requires new transmission investment
- •May shift infrastructure costs to ratepayers
- •Subject to interconnection queue delays
- •Vulnerable to peak demand constraints
- •Regulated by state utility commissions
RELIABLE
Consistent baseload power with redundancy
AFFORDABLE
Competitive rates without cross-subsidies
SCALABLE
Capacity that grows with demand
RESPONSIBLE
Environmental stewardship balanced with needs
Energy Sources & Approaches We Track
On-Site Gas Turbines
Behind-the-Meter Generation
Nuclear & SMRs
Natural Gas Combined Cycle
Solar + Storage
Wind Power
Grid Transmission
Long-Term PPAs
ADIC does not advocate for any single energy source. We support diverse generation portfolios that meet the reliability, affordability, scalability and responsibility standards America's digital infrastructure requires.
Factors Affecting Water Consumption
Cooling Architecture
Local Climate Zone
Facility Design
Compute Workload
Water Source Type
Reuse Systems
Closed-Loop Cooling
Air-Cooled Design
Hybrid Systems
Water consumption varies dramatically based on these factors. Modern facilities using air-cooled or closed-loop designs may use 95% less water than traditional evaporative-cooled facilities.
Water Resources
THE WATER QUESTION DESERVES REAL ANSWERS.
Data center water consumption varies significantly depending on cooling architecture, climate, facility design, workload intensity, and water source. Modern technology can substantially reduce water requirements — but not eliminate them entirely.
Important: The ADIC does not claim all modern data centers use little or no water. We provide evidence-based analysis of actual consumption patterns by facility type and region.
Community Engagement
COMMUNITY ACCEPTANCE IS INFRASTRUCTURE.
A technically sound project can still face delays when communities do not understand what is being proposed or why it matters.
Successful digital infrastructure development increasingly requires more than engineering, land and power. It requires trust.
Early communication before announcements
Public information sessions
Regular community meetings
Dedicated project websites
Transparent FAQs addressing real concerns
Economic impact information
Water usage projections
Energy demand details
Noise impact assessments
Infrastructure upgrade plans
Local hiring commitments
Community partnership agreements
Ongoing communication channels
Better information creates better conversations.
Better conversations create stronger projects.
Community ToolkitEconomic Development
WHAT CAN DIGITAL INFRASTRUCTURE BRING TO A COMMUNITY?
When properly structured, digital infrastructure investment can deliver meaningful economic benefits. Actual outcomes vary substantially by project, tax structure, and jurisdiction.
Private Capital Investment
Billions in construction spend
Construction Jobs
Skilled trades employment
Permanent Employment
Technology operations roles
Local Contractors
Regional vendor opportunities
Property Tax Base
Expanded municipal revenue
School Funding
Education budget contributions
Infrastructure Investment
Roads, utilities, broadband
Workforce Development
Training & skills programs
Community Partnerships
Local benefit agreements
Note: Actual economic impacts vary widely by project size, local tax structures, incentive packages, and community negotiation outcomes. The ADIC provides tools for evaluating specific project claims rather than generic national statistics.
Interactive Community Tool
WHAT DOES A MEGAWATT REALLY MEAN?
When a developer announces a "500-megawatt data center," what does that mean for your community's power grid? Use this calculator to translate capacity into relatable terms.
Community Tool
Megawatt Power Consumption Calculator
Understand what a data center's power capacity means in relatable terms. Adjust the capacity, efficiency, and utilization to see estimated annual energy use, household equivalents, and potential water consumption ranges.
200 MW
10 MW (small)1,500 MW (mega-campus)
85%
Data centers rarely run at 100% — typical operational load ranges 70–95%.
Estimated Annual Impact
Total Facility Draw
260 MW
At 85% load: 221 MW
Annual Energy Use
1936.0 GWh/yr
Equivalent to 0.44 large gas peaker plants
Household Equivalent
179,256
Average US households powered for one year
Water (if evaporative)
204.6–920.6 Mgal/yr
Range; air-cooled designs use near zero
How to read this: A 200 MW data center at PUE 1.3 and 85% utilization draws roughly 221 MW continuously — comparable to the power needs of 179,256 average American homes. Actual figures vary by facility design, cooling architecture, climate, and workload.
These are planning estimates for educational purposes. Household comparison uses ~10,800 kWh/year (EIA average). Water range reflects evaporative cooling only; closed-loop and air-cooled systems differ substantially. Always consult utility filings and facility specs for project-specific data.
Why Capacity Matters
A single large data center can require as much power as a small city. Understanding the scale helps communities ask the right questions about grid impact and cost allocation.
Why PUE Matters
Power Usage Effectiveness (PUE) measures how much extra energy a facility uses for cooling and overhead beyond its computing load. Lower PUE means less wasted energy — but even efficient facilities draw substantially more power than their IT load alone.
Why Water Varies
Water consumption depends almost entirely on cooling architecture. Evaporative cooling can use millions of gallons annually, while air-cooled or closed-loop designs use a fraction — or near zero.
National Industry Coalition
BUILDING AMERICA'S DIGITAL FUTURE — TOGETHER
Responsible digital infrastructure requires collaboration between industry, communities and policymakers.
The American Digital Infrastructure Coalition brings together the organizations building, powering, financing and supporting America's digital infrastructure to advance responsible development, strengthen communities and create a more informed environment for future investment.
Now Open
FOUNDING MEMBERSHIP NOW OPEN
ADIC is currently assembling a select group of Founding Members to help shape the organization's national priorities, public education initiatives, community engagement efforts and responsible development agenda.
Founding Members will receive permanent recognition as organizations that helped establish the American Digital Infrastructure Coalition and will have an opportunity to participate in the Coalition's earliest initiatives and working groups.
Request Founding Member InformationFounding Member logos will be displayed here as organizations join the Coalition.
DIGITAL INFRASTRUCTURE BRIEF
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AMERICA'S DIGITAL FUTURE
IS BEING BUILT NOW.
LET'S BUILD IT RESPONSIBLY.