When Oregon resident Isabelle Reksopuro heard Google was gobbling up public land to fuel its data centers in her home state, she didn't initially know what to believe. "There's a lot of misinformation about data centers," she said. "Google has denied taking that land."

Technically, she explains, The Dalles, a city near the Washington state border, sought to reclaim that land, "and Google is just a big, unnamed power user." The city had in fact asked for ownership of a 150-acre portion of Mount Hood National Forest, claiming it needs access to Mount Hood's watershed to meet municipal needs as its population — 16,010 as of the 2020 census — grows. But critics, including environmentalists, say the city is trying to secure more water for Google, which has a sprawling data center campus in The Dalles that already consumes about one-third of the city's water supply.

This controversy made Reksopuro curious about the backlash to data centers being built in other communities. So Reksopuro, a student at the University of Washington who studies the connections between tech and public policy, decided to map it out. Using information collected by Epoch AI and data scraped from legislation on data centers, she built an interactive map tracking AI policy around the world. She designed it to be simple enough for anyone to use. "I wanted it to be something that my younger sisters could play through and explore to understand what are the data centers in the area and what's actually being done about it," Reksopuro said. She hoped to shift their opinions that way, "instead of like, through TikTok."

Using Claude, the map searches for new sources four times a day and checks them against the existing database Reksopuro built out. "Once it does that, it will write a new summary, add it to the news feed, and populate it on the sidebar," she said. "I wanted it to be self-updating, since I'm also a student."

Opposition to data centers is one of the few things that unites Americans across party lines. After the initial construction phase, data centers bring few permanent jobs, and send "power costs to records in much of the US," reports Bloomberg. Though data centers are increasingly controversial, Reksopuro's map shows that the public response to them is nowhere near universal, nor are the policies governing their construction and use. While there's been a huge backlash to data centers in Maine — which in April passed the first state-level moratorium on hyperscale data centers, though it was later vetoed by Gov. Janet Mills — Texas "is a huge fan of data centers," Reksopuro said. "Texas actually passed a tax exemption for data centers." The state gives data centers more than $1 billion in tax breaks each year, The Texas Tribune reports.

Reksopuro isn't against data centers, but she thinks tech giants benefit from a lack of transparency around data center policies. "Right now, it's this really opaque thing — and all of a sudden, there's a facility," she said. "I think that if people knew about data centers beforehand, it would give them leverage. They would be able to negotiate: ask for job training programs, tax revenue, environmental monitoring, things to improve their community."

The Growing Data Center Landscape

Data centers are the physical backbone of the digital economy. Every time you stream a video, send an email, or use an AI chatbot like Claude or ChatGPT, your request is processed in a data center somewhere on the planet. These facilities house thousands of servers that run 24/7, consuming enormous amounts of electricity and water for cooling. According to the International Energy Agency, data centers account for about 1-2% of global electricity demand, a figure that is expected to rise sharply with the proliferation of artificial intelligence.

The construction of new data centers has accelerated dramatically in recent years. Hyperscalers like Amazon Web Services, Microsoft Azure, and Google Cloud are building massive campuses across the United States, Europe, and Asia. In the US alone, there are over 2,700 data centers, with Virginia's "Data Center Alley" housing the largest concentration on the planet. Northern Virginia now has more data center capacity than the next five largest markets combined.

These facilities bring economic benefits during the construction phase, creating thousands of temporary jobs. However, once operational, they require relatively few employees to maintain. A typical hyperscale data center might employ only 50 to 200 people after completion, despite costing hundreds of millions of dollars to build. This has led to growing skepticism among local communities who see their land, water, and energy resources being consumed for what they perceive as limited long-term gain.

Environmental and Community Impacts

The environmental impact of data centers is substantial. Cooling servers requires massive amounts of water, especially in regions that use evaporative cooling. In The Dalles, Oregon, Google's existing data center already uses about 30% of the city's water supply. This has sparked concerns about water availability during droughts, which are becoming more frequent and severe due to climate change. Similar conflicts have erupted in Arizona, California, and Chile, where data centers compete with agriculture and residential use for scarce water resources.

Electricity consumption is another major issue. Data centers are designed to run at full capacity continuously, creating a steady baseload demand that can strain local grids. In some areas, utility companies have had to build new power plants or transmission lines specifically to serve data centers, costs that are often passed on to residential and small business customers. This has led to higher electricity rates for everyone, not just the tech giants operating the facilities.

Reksopuro's map highlights the geographic disparities in public response. In Maine, the proposed construction of a hyperscale data center by a Canadian company led to a legislative moratorium, though it was vetoed by the governor. In Texas, by contrast, data centers receive generous tax incentives, with over $1 billion in annual breaks. Texas has abundant land, relatively cheap electricity from its deregulated grid, and a business-friendly regulatory environment, making it an attractive location for hyperscalers.

Other states have taken a middle path. Virginia, home to the world's largest data center market, has negotiated community benefit agreements that require companies to invest in local infrastructure, education, and workforce training. Some counties in Virginia have imposed zoning restrictions that limit the size and location of data centers, attempting to balance economic development with quality of life concerns.

The Role of AI Policy

Reksopuro's map is part of a larger trend of using data visualization to track the intersection of technology and public policy. AI data centers are particularly controversial because they are seen as enabling the rapid development of AI models that could have far-reaching societal impacts. Critics argue that the energy and water consumed by AI training runs is not justified by the benefits of the technology, while proponents point to AI's potential to solve problems in healthcare, climate science, and other fields.

Policymakers are beginning to respond. The European Union's AI Act includes provisions for energy efficiency and transparency requirements for AI data centers. In the United States, several bills have been introduced in Congress that would require federal agencies to study the environmental impact of data centers and set efficiency standards. However, the progress has been slow, and industry lobbying has weakened many proposed regulations.

Reksopuro's map updates four times daily using Claude to scrape news sources and add them to its database. This allows users to see the most recent developments in data center policy around the world. For example, the map currently shows that several municipalities in Washington State are considering moratoriums on new data centers until they can assess the impact on their water and power supplies. Meanwhile, in Japan, the government is offering subsidies for data centers that use renewable energy and advanced cooling technologies.

What the Future Holds

The demand for data centers shows no signs of slowing down. The rise of generative AI has created a new wave of investment, with companies like OpenAI, Anthropic, and Google spending billions on computing infrastructure. This is driving a global scramble for land, energy, and water resources. Some analysts predict that by the end of the decade, data centers could consume as much as 10% of global electricity, up from 1-2% today.

Communities around the world are beginning to organize and demand a seat at the table. In Ireland, where data centers already consume more than 20% of the national grid's electricity, citizens have protested new developments and called for a moratorium. In Singapore, the government has imposed a blanket ban on new data centers until it can ensure sufficient energy and water supplies. The city-state later allowed limited construction subject to strict efficiency requirements.

Reksopuro hopes her map will empower people to take action in their own communities. "I think that if people knew about data centers beforehand, it would give them leverage," she said. "They would be able to negotiate: ask for job training programs, tax revenue, environmental monitoring, things to improve their community."

The map is available online and is free to use. It allows users to search by location, see what data centers are in their area, and read news articles about local controversies. Reksopuro plans to continue updating the map and adding new features, such as the ability to compare policy responses across different jurisdictions. She is also working on a version that will allow users to submit their own data and news tips, crowdsourcing information to make the map even more comprehensive.

As the debate over data centers intensifies, maps like Reksopuro's will become increasingly important tools for journalists, policymakers, and concerned citizens. They provide a clear, visual way to understand a complex and rapidly evolving landscape. And for those who feel powerless in the face of big tech's expansion, knowledge truly is power.

Source: The Verge News