Key Points
- AI data centers can create significant electricity demand and infrastructure challenges for communities.
- Local leaders should look beyond jobs, tax revenue, water, traffic, and infrastructure when evaluating data center proposals.
- Existing rooftops, parking structures, brownfields, schools, and commercial properties may offer opportunities for distributed energy development.
- Local businesses and property owners could potentially participate in new energy investments through lease income, energy savings, and resilience improvements.
- Distributed energy should complement—not replace—the utility-scale generation, transmission, storage, and other infrastructure needed to support AI growth.
- The Solar Harmonic Framework™ offers a way to explore how major new electricity demand could help encourage broader local energy investment.
Across the United States, communities are being approached with proposals for massive data centers designed to support the rapid growth of artificial intelligence. These projects can bring significant economic opportunities, but they also raise important questions about electricity demand, infrastructure, and long-term community planning.
Local leaders typically focus on familiar economic-development issues: How many jobs will the project create? How much tax revenue will it generate? What infrastructure will be required?
Those questions matter. But there is another question communities should consider before approving the next major AI data center:
Could this project help create new energy infrastructure for the surrounding community?
The Electricity Question
AI data centers can require enormous amounts of electricity. Meeting that demand can create challenges for developers, utilities, and the communities where these facilities are proposed.
Local officials should understand where the electricity will come from, what infrastructure will be needed, and how the additional demand fits into long-term utility planning.
However, the conversation does not necessarily have to end there.
The arrival of a major new electricity customer could also create an opportunity to accelerate investment in distributed energy resources throughout the surrounding community.
Look Beyond the Data Center Property
A community may have millions of square feet of rooftops, parking lots, and other properties that could potentially support solar generation and battery storage. Many of these spaces remain largely unused from an energy perspective.
A coordinated program could identify properties that may be suitable for distributed-energy development, including:
- Warehouses
- Manufacturing facilities
- Shopping centers
- Office buildings
- Schools
- Municipal facilities
- Parking structures
- Brownfields
Rather than treating the data center as an isolated development, communities could explore how the project fits into a broader regional energy strategy.
Creating Local Participation
This approach creates a different way to think about infrastructure development.
Instead of a negotiation involving only the data center developer, utility, and local government, businesses and property owners could potentially participate in the region’s energy transformation.
Depending on the project and regulatory environment, participation could create opportunities for investment, lease income, energy savings, resilience improvements, and additional clean-energy infrastructure.
The exact economics and regulatory structure will vary considerably by utility territory and project. Still, the underlying principle is worth exploring:
Large new electricity demand should create a conversation about large new energy investment.
A Framework for Collaboration
Solar Harmonics developed the Solar Harmonic Framework™ around this concept.
The framework is not a proposal to disconnect data centers from utilities or suggest that rooftop solar can independently power hyperscale computing campuses. Instead, it explores whether distributed energy can complement the much larger utility-scale investments required to support AI infrastructure.
That distinction matters.
The future electric grid will likely require multiple solutions working together, including utility-scale generation, transmission, substations, energy storage, demand flexibility, and distributed energy resources.
Communities can potentially participate in some of these solutions while also considering how major infrastructure projects can contribute to broader local energy goals.
A New Economic Development Question
For decades, communities have competed for factories, corporate campuses, distribution centers, and other major economic-development projects.
AI infrastructure introduces a new category of economic development—and with it, a new set of energy questions.
When the next data center proposal arrives at city hall, local leaders should continue asking about jobs, tax revenue, water use, traffic, infrastructure, and community impacts.
But they might also ask:
“How can this project help us build a stronger local energy system?”
That question shifts the conversation from simply accommodating a major new electricity customer to exploring what additional energy investments could benefit the surrounding community.
The relationship between AI infrastructure and local communities does not have to be limited to what the data center consumes. With thoughtful planning and collaboration, major new electricity demand could also become a catalyst for broader energy investment.
Learn How the Solar Harmonic Framework™ Can Support Community Energy Planning
Communities, developers, property owners, and other stakeholders have an opportunity to think more broadly about how AI-driven electricity demand can intersect with distributed energy development.
Contact Solar Harmonics to learn more about the Solar Harmonic Framework™ and explore opportunities for building a stronger, more resilient local energy system.
