Donald Gainsborough is a political savant and a recognized leader in policy and legislation, currently serving at the helm of Government Curated. With an extensive background in local government affairs and infrastructure development, he has become a pivotal voice for municipalities navigating the complexities of the digital age. In this discussion, we explore the evolving landscape of data center development, the shifting financial responsibilities of tech giants, and the strategies local leaders can employ to ensure long-term community resilience and economic stability.
Major cities are increasingly pausing data center projects to study tax break costs and impacts on power grids. How should local leaders balance immediate revenue against long-term environmental strain, and what specific metrics determine if a moratorium is necessary?
The decision to pause development, as we have recently seen in Denver, often stems from a realization that the “front-loaded” benefits of these projects can mask deeper, systemic costs. Local leaders must look beyond the initial influx of revenue and the flurry of construction jobs to evaluate the “revenue tail” against the strain on the electric grid and water systems, particularly as artificial intelligence demands more cooling and power. A moratorium becomes necessary when the economic cost of tax breaks begins to outweigh the projected long-term fiscal gains or when utility regulators signal that local capacity cannot handle the load without risking service to residents. We often see a “race to the bottom” where communities offer too many concessions; a step-by-step planning approach must involve an independent audit of projected utility usage versus existing infrastructure headroom. By establishing a clear threshold—such as a specific percentage of grid capacity reserved for residential use—officials can protect their communities from being “behind the eight-ball” when tech companies look for the quickest and cheapest power access.
Recent agreements aim to shift the cost of new power generation from local residents to data center operators. What logistical steps must governments take to enforce these standards, and how do these financial shifts affect the long-term relationship between tech firms and utility regulators?
To enforce these standards, governments must move away from general handshakes and toward ironclad agreements modeled after the PJM Interconnection deal, where 13 governors secured concessions to ensure operators pay for new energy generation. Logistically, this requires local zoning boards and state commissions to mandate “Rate Payer Protection Pledges” as a condition for site approval, ensuring that the cost of upgrading the grid does not result in spiked power bills for existing residents. This shift fundamentally changes the relationship from one of passive accommodation to active partnership, where tech firms are treated as industrial partners with significant responsibilities. When companies are required to pay for their own power needs, it forces them to be more transparent about their consumption metrics and encourages them to invest in regional energy efficiency. This accountability prevents a scenario where tech companies “don’t give a damn” about local impacts, as their financial bottom line becomes directly tied to the sustainability of the local utility ecosystem.
Many local governments struggle during negotiations because they lack the technical expertise of major tech firms. What specific resources or regional partnerships could bridge this knowledge gap, and how can officials ensure contracts include protections against future infrastructure degradation?
The power dynamic in these discussions is often characterized by “asymmetric negotiations,” where small municipalities face off against global giants with unlimited legal and technical resources. To bridge this gap, local officials should look toward regional transmission organizations and national associations, such as the National Association of Regulatory Utility Commissioners, to provide the technical vetting that individual towns cannot afford. A successful strategy involves forming regional coalitions where multiple counties share the cost of hiring specialized consultants who can break down a deal’s true benefits and drawbacks. These partnerships allow for the creation of standardized contract templates that include “degradation clauses,” requiring firms to fund the maintenance of roads, water lines, and electrical substations affected by their operations. By elevating their aspirations and knowing exactly what they want as a region, leaders can avoid the trap of taking the first deal offered and instead demand terms that protect the community for decades, far beyond the typical four-year election cycle.
While data centers bring immediate construction jobs, their long-term operational employment numbers often decline significantly. How can municipalities integrate these facilities into broader technology hubs or academic test beds, and what strategies move these projects beyond being simple “digital warehouses” to becoming community assets?
It is a hard reality that job creation numbers for data centers often hit a “cliff” once the facility is built and the skeleton crew of technicians moves in. To transform these “digital warehouses” into community assets, municipalities must integrate them into a broader ecosystem by leveraging the facility’s high-speed connectivity to attract peripheral industries, such as research labs or software development firms. We recommend establishing “test beds” where data center operators collaborate with local universities and private sectors to pilot new technologies, effectively turning a static site into an academic and industrial hub. Implementation steps include offering tax incentives specifically for the creation of on-site innovation centers or requiring developers to provide public-use high-capacity fiber as part of their community benefit agreement. This approach ensures the project contributes to the region’s long-term identity as a technology leader, rather than just being a windowless building on the edge of town.
Public opposition often stems from a lack of understanding regarding the daily operations of a data center. What educational strategies can bridge this gap, and how should developers demonstrate tangible community benefits—like regional connectivity or infrastructure investment—to skeptical residents before breaking ground?
There is a significant storytelling gap; people understand the impact of a car factory like a BMW plant because they can see the cars and the thousands of employees, but a data center remains an abstract and often intimidating concept. Developers need to be proactive by hosting community forums that explain exactly what is happening inside these buildings, using sensory and relatable examples to demystify the technology. Educational strategies should focus on “tangible storytelling,” such as showing how a data center’s infrastructure investment directly subsidized the new water treatment plant the neighborhood needed or how its presence stabilized the local tax base without adding students to the school system. Before breaking ground, developers should offer “connectivity grants” or visible infrastructure improvements—like public parks or enhanced broadband for rural areas—to demonstrate that they are invested in the community’s quality of life. When residents see that a data center is a silent, clean neighbor that pays for the town’s new emergency services, the fear of the unknown begins to dissipate.
What is your forecast for data center development?
My forecast for data center development is one of cautious maturation where the era of “easy expansion” is replaced by a more disciplined, high-stakes negotiation process. We will see a shift toward “power-first” siting, where development is no longer driven solely by tax breaks but by the availability of sustainable energy and the willingness of tech firms to fund the necessary grid upgrades. While the demand for data will continue to skyrocket due to artificial intelligence, the “race to the bottom” will likely end as more states adopt the PJM model, forcing a standardization of community protections across the country. Ultimately, the most successful data centers of the next decade will be those that are fully integrated into regional technology strategies, functioning not just as storage facilities, but as the backbone of a new, collaborative public-private infrastructure.
