Why is Roy Cooper changing his stance on data centers?

The Background: A Tech Boom Meets Rising Costs

Data centers, the physical infrastructure housing the servers and networking equipment that power the internet and cloud computing, have seen explosive growth in recent years. This expansion has been fueled by increasing demand for digital services, artificial intelligence, and big data analytics. In North Carolina, this growth was significantly encouraged by state tax incentives, including exemptions on sales tax for servers, storage, and networking equipment, and Job Development Investment Grants (JDIG). These incentives, some of which were in place before 2017, aimed to attract investment and create jobs. Companies like Apple, Meta, Microsoft, and Google have all expanded their data center footprints in the state, investing billions of dollars and creating thousands of jobs. This trend was largely celebrated by former Governor Roy Cooper, who, during his tenure from 2017 to 2025, often highlighted these projects as successes for North Carolina's economy.

However, the rapid proliferation of data centers has begun to strain existing power grids and has been linked to rising electricity costs for consumers. Data centers are massive consumers of energy, requiring constant power to operate servers and extensive cooling systems to prevent overheating. The demand from these facilities, coupled with other factors, has led utility providers like Duke Energy to propose rate hikes. This has created a political challenge, particularly as concerns about affordability and the environmental impact of these facilities, including pollution from backup diesel generators, gain traction. The issue has become a focal point in political campaigns, with candidates now grappling with how to balance economic development with the rising cost of living and environmental considerations.

The Mechanism: How Data Centers Impact Power Costs

Data centers function as the backbone of the digital economy, housing the computing power necessary for everything from streaming services to complex AI computations. Their operational requirements are immense, demanding a continuous and substantial supply of electricity. This demand is not static; it fluctuates based on the intensity of the digital tasks being performed, but the baseline requirement for cooling is constant. To meet these needs, data centers often rely on the existing public utility grid. When a new, large data center is established or an existing one expands, it significantly increases the overall electricity demand in a region.

This surge in demand can put a strain on the capacity of the local power grid. If the grid's capacity is insufficient to meet the increased load, utility companies may need to invest in costly upgrades to infrastructure, such as building new power plants or reinforcing transmission lines. These investments, along with the ongoing operational costs of supplying power to these energy-intensive facilities, are often factored into the rates charged to all customers. Furthermore, data centers frequently require backup power systems, often involving large diesel generators, which can contribute to local air pollution and add to the overall cost structure for energy providers. The argument is that without specific provisions, the cost of accommodating this massive new demand disproportionately falls on residential and small business consumers, leading to higher utility bills.

Who is Affected and How, Concretely

Ordinary households and small businesses in North Carolina are directly affected by the expansion of data centers through rising electricity bills. As data centers consume vast amounts of power, they contribute to an increased overall demand on the state's energy grid. Utility companies, such as Duke Energy, argue that this increased demand necessitates infrastructure upgrades and may lead to higher rates for all customers to ensure a stable power supply. For families already struggling with inflation and the cost of living, even a small increase in monthly utility bills can have a significant impact, forcing difficult choices about household budgets.

Beyond direct cost increases, communities hosting data centers may also face environmental concerns. The operation of these facilities, particularly their reliance on backup diesel generators during power outages or peak demand, can lead to localized air pollution, impacting air quality and public health. For residents living near these facilities, this can mean increased respiratory issues and a diminished quality of life. Politically, the issue affects voters who are concerned about corporate influence and the fairness of tax incentives. Roy Cooper's shift in stance reflects a broader political trend where candidates are responding to constituent anxieties about economic fairness and environmental impact, positioning themselves as advocates for consumers against large corporations.

What Happens Next, and What Would Have to Be True

Roy Cooper's pivot on data centers signals a potential shift in how North Carolina approaches the regulation and incentivization of these facilities. His campaign's focus on making data centers pay for their own energy consumption and encouraging them to build their own power sources suggests a move towards greater corporate responsibility. For this to translate into policy, Cooper would need to win his Senate bid and then advocate for federal or state legislation that mandates such changes. This would likely involve challenging existing tax incentive structures and potentially negotiating new frameworks with utility companies and the tech industry.

Several outcomes are possible. If Cooper is elected and successfully champions these policies, North Carolina could see a reduction in the rate at which electricity costs rise for consumers, and potentially more localized renewable energy generation. This would require strong political will to overcome industry lobbying and potentially lengthy legal battles. Alternatively, if such policies are not enacted or are watered down, the trend of rising power costs driven by data center demand could continue. The success of Cooper's new stance also depends on public reception; if voters prioritize economic growth and job creation over concerns about energy costs and environmental impact, his position might not resonate as strongly. The future also depends on the actions of other states and the federal government, as a patchwork of regulations could create complexities for a national industry like data centers.