> ## Content Index > Fetch the complete content index at: https://www.growthsolutionskc.com/llms.txt > Use this file to discover other available public pages before exploring further. # Data Centers, Communities, and the Cost of Growth - URL: https://www.growthsolutionskc.com/data-centers-communities-and-the-cost-of-growth/ - Published: 2026-10-07T20:00:35.000Z - Updated: 2026-10-12T22:31:40.000Z - Author: Matt Cucinotta - Tags: #Data Centers, #growthsolutionskc, #series-AI-energy, Tech & Innovation, #tech & innovation ## How AI Infrastructure Can Become a Better Neighbor *Part 6 of the Growth Solutions KC* [*AI Energy Series*](https://www.growthsolutionskc.com/tag/tech-innovation/) --- From a national perspective, a new data center can look like critical infrastructure. It can support artificial intelligence, cloud computing, financial systems, healthcare, communications, research, manufacturing, and thousands of other services that increasingly depend on digital infrastructure. From the perspective of the community where that data center is proposed, the view may look very different. Residents may see hundreds of acres of development. A new request for enormous amounts of electricity. Questions about water. Transmission lines and substations. Construction traffic. Backup generators. Tax incentives. And promises about jobs and economic development that may be difficult to evaluate. Both perspectives can be true. **A project can be economically important at the national level and still create legitimate concerns at the local level.** That is why the next phase of the AI infrastructure buildout cannot be only about finding enough land, power, and capital. It also has to be about becoming a better neighbor. > Data centers can bring investment, tax revenue, infrastructure, construction activity, and long-term economic value. They can also create real concerns about electricity, water, land, noise, emissions, and who ultimately pays. **Responsible growth requires more than permission to build. It requires aligning private investment with durable community benefit.** --- ## Why Communities Say Yes ![](https://storage.ghost.io/c/42/b4/42b4b6b8-b1f2-4aa3-8c91-88f72e71a120/content/images/2026/09/Say-Yes.png) There are good reasons communities compete for data-center projects. A hyperscale campus can represent billions of dollars of private investment. Construction can create significant demand for electricians, pipefitters, equipment operators, HVAC technicians, welders, engineers, and other skilled trades. The Center for Strategic and International Studies estimates that the broader AI infrastructure buildout could require an additional 140,000 workers in several skilled-trade occupations through 2030\. [CSIS](https://www.csis.org/analysis/can-united-states-meet-skilled-trade-labor-demand-through-2030?utm%5Fsource=chatgpt.com) Local governments may also receive new property-tax revenue, utility infrastructure may be expanded, roads may be improved, and a major technology investment can make a region more attractive for additional development. **Those benefits matter.** But they should also be described accurately. The construction phase of a large data center can involve a substantial workforce, while the number of people required to operate a highly automated facility after completion is generally much smaller. Today's buildout is driving strong demand for skilled construction labor, but much of that employment is tied to building the infrastructure rather than staffing it permanently. Yet that does not make the jobs unimportant. Communities should distinguish **construction employment, permanent employment, tax revenue, and secondary economic activity** rather than combining them into one large headline number. > Data centers have a long runway. Good development begins with realistic expectations. --- ## Why Communities Sometimes Say No The same project that creates benefits can also place new demands on systems residents already depend on. Electricity is the most obvious example. A large data center can require hundreds of megawatts at one location. Serving that load may require new substations, transmission, transformers, generation, or other grid upgrades. Residents understandably want to know whether the company creating that demand will pay for the infrastructure required to serve it. That is not an anti-growth question. It is a basic question of fairness. FERC's 2026 large-load actions explicitly emphasize **Cost Recovery Agreements** intended to keep residential customers from being left with infrastructure costs if a large project does not materialize as expected. The Commission has also pushed for greater transparency so customers and regulators can see what upgrades cost, who caused them, and how those costs are allocated. [Federal Energy Regulatory Commission](https://www.ferc.gov/news-events/news/commissioner-rosners-remarks-large-load-show-cause-orders-e-7-e-12-june-18-2026?utm%5Fsource=chatgpt.com) > Responsible infrastructure has to fit the place where it is built. That principle should sound familiar from Article 1: **Growth should pay its own way where costs are clearly caused by growth.** --- ## What Is the Community Actually Getting? This may be the question that deserves the most scrutiny. A large project can generate impressive announcements: billions invested, thousands of jobs, new tax revenue, economic development, new infrastructure. But communities should determine which benefits are temporary and which remain after construction crews leave. If substantial tax incentives are being offered, what is the net fiscal benefit after those incentives? Will roads or utility systems built for the project also improve service for other residents? Are workforce programs creating skills that remain useful throughout the local economy? Are tax revenues contractually predictable? Will local suppliers participate? And if the company expands the campus later, do the original agreements still protect the community? The goal should not be to maximize the size of the announcement. **The goal should be to maximize durable local value.** --- ## A Better Community Bargain This is where the conversation can move beyond simply being *for* or *against* data centers. ![](https://storage.ghost.io/c/42/b4/42b4b6b8-b1f2-4aa3-8c91-88f72e71a120/content/images/2026/09/The-Community-Bargain.png) A better model asks developers, utilities, regulators, and communities to define the bargain before construction begins. That can include clear responsibility for electricity infrastructure; long-term financial commitments that protect other ratepayers; transparent water-use plans; noise and emissions standards; road and infrastructure improvements; workforce and apprenticeship programs; emergency-response coordination; and measurable community commitments that survive changes in elected officials or corporate leadership. The exact bargain will differ by community. A rural county with abundant land and water faces different circumstances from a dense suburb or drought-prone city. The principle is what matters: > **The community should understand what it is giving, what it is receiving, and who is responsible if expectations are not met.** --- ## From Resource Consumer to Community Infrastructure ![](https://storage.ghost.io/c/42/b4/42b4b6b8-b1f2-4aa3-8c91-88f72e71a120/content/images/2026/09/Consumer-to-partner.png) There is an even more interesting possibility. What if the relationship does not stop at mitigating harm? What if some data centers can actually become part of the infrastructure serving the community around them? A project underway in Milan, Italy, offers an intriguing example. Servers generate enormous quantities of heat. Usually, cooling systems remove that heat and release it. Equinix and Italian energy company A2A are taking a different approach at Equinix's Settimo Milanese campus. The companies plan to capture server heat and feed it into Milan's district-heating network. The project uses large heat pumps and thermal storage to move energy from the data center into the city's heating system. The concept also appears prominently in the GSKC AI Energy research as an example of shifting digital infrastructure from a passive resource consumer toward a community energy contributor.(1) According to Equinix, once fully operating the project could recover up to **225 GWh of thermal energy annually**, increase heat supplied through A2A's Milan district-heating network by about **20%**, and provide enough recovered heat for more than **21,000 homes**. [Equinix Newsroom](https://newsroom.equinix.com/2026-07-02-Decarbonization-through-heat-recovery-from-data-centers-A2A-and-Equinix-launch-a-strategic-partnership-in-Milan?utm%5Fsource=chatgpt.com) That does not mean every American data center can heat thousands of houses. Milan already has something essential: a district-heating network capable of receiving and distributing the recovered energy. But the example matters because it changes the question. Instead of asking only: **What will this data center consume?** we can also ask: **What can this infrastructure contribute?** --- ## The Social License to Operate ![](https://storage.ghost.io/c/42/b4/42b4b6b8-b1f2-4aa3-8c91-88f72e71a120/content/images/2026/09/Social-License-to-operate.png) Companies sometimes use the phrase **social license to operate**. It sounds technical, but the idea is simple. A government permit gives a company legal permission to build. Community trust determines whether that development remains durable. The two are not the same. A project may satisfy every zoning requirement and still create resentment if residents believe the costs were hidden, benefits exaggerated, or commitments forgotten after construction. Conversely, communities are more likely to support growth when agreements are transparent, costs are fairly allocated, concerns are addressed early, and the project produces visible local value. The shift is turning data centers from resource drains into potential community contributors, particularly when digital infrastructure can be integrated with surrounding energy systems. (1) > **Permits authorize construction. Trust makes development durable. And trust is earned through performance.** --- ## What Happens Next AI infrastructure is going to require communities. Data centers cannot exist in an abstract cloud. **They** occupy land. **They** connect to grids. **They** use water. **They** depend on roads, workers, emergency services, utilities, and local institutions. That physical reality creates obligations. But it also creates opportunity. A community should not have to choose between technological progress and being treated fairly. And a data-center developer should not have to choose between investment and community partnership. The better objective is alignment. > **The goal should not be to choose between AI growth and healthy communities. The goal should be to design infrastructure so that growth strengthens the communities that host it.** There may be another way data centers can become better partners. Until now, we have mostly treated them as enormous consumers of electricity. But AI workloads are not necessarily as inflexible as a steel mill or hospital. And artificial intelligence itself may help utilities forecast loads, identify equipment failures, optimize storage, and find unused capacity in the existing grid. That creates one of the most interesting contradictions in the entire energy story. **AI is straining the grid.** **But could AI also help fix it?** --- — Matt Cucinotta | Growth Solutions KC | **Inspire · Inform · Ignite** --- *Source and methodology note: This article draws on the Growth Solutions KC AI Energy Research Dossier, recent research collected for the series, and current information from Lawrence Berkeley National Laboratory, the Federal Energy Regulatory Commission, CSIS, Equinix, and other primary or institutional sources. Community impacts vary significantly by location, utility structure, cooling design, tax policy, local infrastructure, and project configuration. Examples are used to illustrate emerging approaches rather than suggest that every data-center development produces the same costs or benefits.*