AI Data Centers Are an American Asset, Not an American Threat

AI Data Centers Are an American Asset, Not an American Threat

America Must Build the Future Instead of Surrendering It

By Bill Conley
America’s Favorite Life Coach

Introduction

A wave of fear is spreading across America about artificial intelligence data centers. We are being told that these facilities will drain our water, overwhelm our electric grid, raise every family’s power bill, damage the environment, eliminate jobs, and somehow leave our communities worse off. At public meetings and across social media, the message is often delivered as though the verdict has already been reached: AI data centers are dangerous, unwanted, and should be stopped.

That conclusion is not supported by the whole truth.

AI data centers are the physical foundation of the digital economy. They contain the computers, networking equipment, storage systems, cooling technology, and security infrastructure that allow artificial intelligence to operate. Every time AI helps a physician examine medical information, assists a scientist in studying a disease, protects a bank from fraud, translates a language, improves a weather forecast, strengthens cybersecurity, or helps a small business compete, powerful computers somewhere must perform that work. Artificial intelligence does not float invisibly in the air. It requires real facilities, real electricity, real engineers, real construction workers, and real American investment.

The United States Department of Energy reported that data centers used about 4.4 percent of American electricity in 2023 and projected that their share could reach approximately 6.7 to 12 percent by 2028. Those figures deserve serious planning, but they do not justify panic. They tell us that America must build more power generation, modernize the grid, improve efficiency, and establish fair rules. They do not tell us to abandon one of the most consequential technologies of our lifetime. (U.S. Department of Energy)

We should also understand what is at stake internationally. China is not waiting for America to become comfortable with the future. China has pursued a national computing infrastructure strategy, supported domestic artificial intelligence chips, connected regional computing centers, and used public policy to expand access to computing power. If the United States blocks facilities while China builds them, the demand for AI will not disappear. The research, investment, expertise, and strategic advantage may simply move somewhere else.

This debate therefore reaches beyond any single building or company. It concerns whether America will possess the infrastructure required to lead the next generation of medicine, manufacturing, defense, education, science, and commerce. A nation that depends on foreign computing capacity can lose jobs, investment, security, and the freedom to establish its own technological standards.

Being pro data center does not mean giving every developer everything it requests. It does not mean ignoring water supplies, grid reliability, land use, noise, backup generators, or electricity costs. It means replacing hysteria with facts and replacing blanket opposition with strong, intelligent standards. The right policy is neither reckless approval nor fearful prohibition. The right policy is responsible American construction.

We need AI data centers, and we should welcome the enormous benefits they can bring. We should also insist that developers pay the costs they create, conserve resources, build responsibly, and become genuine partners in their communities. That is not surrendering to big technology. That is American leadership.

A Data Center Is Infrastructure for Modern Life

Many critics speak of data centers as though they were enormous buildings filled with machines performing pointless tricks. In reality, data centers support services that Americans already use every day. Hospitals store and analyze information through secure computing systems. Banks process transactions and monitor fraud. Emergency services depend on digital communications. Manufacturers use advanced computing to improve designs, predict equipment failures, and reduce waste. Schools, universities, government agencies, retailers, farmers, transportation companies, and small businesses all rely on digital infrastructure.

AI expands what this infrastructure can accomplish. It can help researchers examine huge collections of scientific information faster than human teams could do alone. It can assist physicians, though it should not replace their judgment. It can help detect cyberattacks, improve logistics, make factories more productive, and allow a small company to use capabilities that were once available only to enormous corporations.

When America builds data centers, it is building the foundation that allows these tools to be developed and operated here under American laws, American security expectations, and American economic influence.

The Economic Benefits Are Real

An AI data center can represent billions of dollars in private investment. Its construction requires electricians, plumbers, equipment operators, welders, concrete workers, engineers, security specialists, truck drivers, and many other skilled workers. It also creates business for local suppliers, contractors, hotels, restaurants, and service companies.

After construction, a data center generally employs fewer people than a factory occupying the same amount of land. Supporters should admit that plainly. A data center should never be sold as though it will provide thousands of permanent jobs forever when that is not true. Yet the permanent jobs it does create can be highly skilled and well paid, and the project can produce substantial property tax revenue for schools, roads, emergency services, and other local needs.

The wisest communities negotiate from strength. They ask exactly how many temporary and permanent jobs will be created. They require transparent estimates of tax revenue. They examine whether tax incentives are truly necessary. They establish local hiring and apprenticeship commitments. They secure funding for roads, fire protection, workforce training, and utility improvements.

The answer to an imperfect development agreement is a better agreement, not the automatic rejection of the entire industry.

Will Data Centers Raise Everyone’s Electric Bill?

This is the most powerful argument being used against data centers, and it deserves a truthful answer.

A large data center can require an extraordinary amount of electricity. A utility may need to build substations, transmission lines, generating capacity, or other equipment to serve it. If those expenses are placed on residential customers and small businesses, their bills can rise. That concern is real.

But a rate increase is not an unavoidable physical law. It is a matter of utility planning, contracts, and regulation.

Data centers can be placed in a separate rate class. Developers can be required to fund the infrastructure needed to connect their facilities. Long term contracts, minimum payment commitments, deposits, exit fees, and protections against abandoned projects can keep ordinary customers from paying for capacity that a developer requested but never used. Facilities can also bring or finance new power supplies rather than merely competing for the electricity already available.

A 2025 Congressional Research Service report noted that states with the largest growth in data center demand generally experienced decreases in electricity prices between 2019 and 2025, although outcomes varied and the relationship may not continue everywhere. The important lesson is that data center growth does not automatically equal higher rates. Results depend heavily on the local market and the rules governing who pays. (Congressional Research Service report)

The proper demand is simple: welcome the investment, but do not send the bill to the family down the street.

Data Centers Can Help Build a Stronger Grid

For years, America has known that much of its electric infrastructure needs improvement. Growing communities, new factories, electric vehicles, severe weather, cybersecurity threats, and the retirement of older power plants are already placing pressure on the system. Data centers did not create every weakness in the grid. They have made it impossible to continue ignoring those weaknesses.

Large, dependable customers can help support investments in new generation and transmission when contracts and rates are designed properly. Their demand can accelerate the development of nuclear power, natural gas, geothermal energy, renewable generation, energy storage, and improved transmission. It can also encourage utilities to construct a more resilient system that benefits surrounding businesses and communities.

Data centers can sometimes adjust certain computing tasks to periods when more electricity is available. Not every AI workload must operate at maximum intensity every second. Flexible scheduling, on site generation, batteries, and demand response agreements can reduce stress during peak periods. These measures should be encouraged and, where appropriate, required.

The goal should not be to ration America into technological decline. The goal should be to produce more abundant, reliable, affordable energy.

The Water Question Requires Facts, Not Slogans

Some data centers use water for cooling, and in a water stressed region that use can matter greatly. The Berkeley Lab estimated that American data centers directly consumed approximately 17 billion gallons of water in 2023. That is a serious figure and a legitimate reason for local review. (Berkeley Lab report)

Yet not every data center uses the same cooling system or the same amount of water. Facilities can use closed loop systems, air cooling, liquid cooling, recycled water, reclaimed wastewater, or other designs that reduce the use of drinking water. The best approach depends on the climate, energy supply, technology, and local watershed.

A community should require a clear water budget before approving a project. It should know the source of the water, expected daily and seasonal use, drought plans, discharge methods, conservation technology, and whether residential supplies will be protected. In a dry area, stricter limits may be necessary. In another location, reclaimed water may provide an excellent solution.

Water concerns justify standards. They do not justify the claim that every data center everywhere is an environmental disaster.

Efficiency Is Improving

Critics sometimes discuss future electricity demand as if technology will never improve. History suggests otherwise. Computer chips become more efficient. Cooling systems improve. Software developers learn to perform the same work with fewer computing resources. Operators reduce wasted power and reuse heat in certain settings.

The International Energy Agency expects data center electricity use to grow rapidly, but it also explains that AI can help transform the energy sector itself by improving forecasting, optimizing grids, detecting problems, and accelerating innovation. (International Energy Agency)

We should measure and report efficiency honestly. Developers should disclose power and water performance, and public incentives should reward facilities that meet demanding standards. Innovation is not an excuse to ignore consumption. It is one of the most effective ways to manage it.

Artificial Intelligence Is a National Security Competition

The country that leads in computing capacity will possess an enormous advantage in science, medicine, manufacturing, defense, cybersecurity, communications, and economic productivity. Advanced AI requires advanced chips, abundant power, skilled people, secure networks, and data centers capable of operating at tremendous scale.

China clearly understands this. Its government has promoted a nationwide network of computing hubs and data centers through its Eastern Data, Western Computing strategy. China has also pushed the use of domestic chips and the expansion of national computing capacity. This is not proof that America should copy every Chinese policy. It is proof that our principal strategic competitor considers computing infrastructure essential.

If America makes responsible construction nearly impossible, we will not stop the global development of AI. We will weaken our ability to shape it. We will become more dependent on facilities, supply chains, and technical standards beyond our control.

American leadership gives us a better opportunity to protect privacy, strengthen cybersecurity, establish safety expectations, and ensure that the economic value created by AI supports American workers and companies. Leadership does not guarantee perfect outcomes, but surrender guarantees that others will make the most important decisions.

The Naysayers Are Not All the Same

Some opponents use exaggerated language. Some repeat frightening claims without understanding utility regulation or cooling technology. Some oppose nearly every major construction project. Others may prefer policies that would leave the United States less competitive.

But it would be unfair and unwise to claim that every concerned resident wants to harm America. A homeowner worried about a well, a farmer worried about water, or a family worried about an electric bill may be asking an entirely reasonable question. The way to defeat hysteria is not to insult everyone who raises a concern. It is to answer the concern with evidence and a workable guarantee.

Pro-American leadership means listening, measuring, negotiating, and then moving forward. It means refusing both misinformation and paralysis.

What Responsible Approval Should Require

America should build AI data centers under firm, transparent rules.

First, the developer should pay the direct cost of connecting its project to the grid and should provide financial guarantees against cancellation or underuse.

Second, regulators should protect residential customers and small businesses from unfair cost shifting.

Third, the project should identify a reliable power supply and include plans for peak demand, emergencies, and backup generation.

Fourth, the community should receive verified information about water use, cooling systems, noise, emissions, land use, and emergency response.

Fifth, developers should make enforceable commitments involving taxes, local hiring, apprenticeships, roads, public safety, and workforce education.

Sixth, communities should avoid excessive tax giveaways that erase the very public benefits used to justify the project.

Seventh, facilities should meet strong cybersecurity and physical security standards.

Eighth, agreements should include ongoing reporting so promises can be compared with actual performance.

These requirements do not represent hostility to AI. They are the conditions that can make development durable, fair, and publicly trusted.

Conclusion

America is standing at the beginning of a new industrial age. The factories of this age will not all produce automobiles, steel, or household appliances. Some will produce computing power. Inside AI data centers, thousands of specialized machines will analyze information, train models, answer questions, protect systems, accelerate discoveries, and support services that will reach nearly every part of modern life.

We can respond to that transformation with confidence and discipline, or we can respond with fear.

Fear tells us that every new demand for electricity is a threat. Leadership tells us to generate more electricity and build a stronger grid. Fear tells us that water use makes every project unacceptable. Leadership tells us to choose suitable locations, require efficient cooling, protect drinking water, and use reclaimed supplies where possible. Fear tells us that powerful technology should be kept away. Leadership tells us to establish firm rules and make sure America develops it responsibly.

The legitimate concerns surrounding data centers must not be dismissed. A poorly planned project can strain infrastructure, transfer costs to families, waste water, or give away too much tax revenue for too little benefit. Those possibilities are precisely why communities need serious contracts, honest studies, strong regulators, and enforceable protections.

But the existence of manageable risks is not an argument for national retreat. Every major form of infrastructure creates demands and tradeoffs. Factories require power and transportation. Hospitals require enormous resources. Airports create noise. Highways occupy land. Power plants have environmental effects. America has never advanced by pretending that progress carries no cost. We have advanced by solving problems, improving designs, setting standards, and building what the nation needs.

The loudest rhetoric presents a false choice: either reject AI data centers or sacrifice our communities. We can insist on technological strength and responsible government. We can make companies pay for needed facilities, prohibit unfair cost shifting, protect water, demand honest job and tax figures, expand energy supplies, train skilled workers, and build an AI economy that is powerful, secure, efficient, and accountable.

Meanwhile, China and other competitors are not pausing their ambitions while America debates whether computing power is necessary. They understand that the ability to develop and operate advanced AI will influence military strength, scientific leadership, industrial productivity, international standards, and economic opportunity for decades. If America refuses to build, someone else will. The consequences will reach far beyond one town council meeting or one utility bill.

So let us lower the temperature and raise the quality of the discussion. Let us stop treating every concern as proof of catastrophe and every project as automatically flawless. Let us judge each proposal by facts, require developers to earn public trust, and recognize the immense national value of the infrastructure before us.

AI data centers are not enemies of American prosperity. Properly planned, properly financed, and properly regulated, they are engines of investment, innovation, security, and opportunity. They can help modernize our power system, strengthen local tax bases, support skilled work, keep critical computing on American soil, and give our nation the capacity to lead the most important technological competition of our time.

America did not become great by hiding from the future. America became great by building it.

The Claims and the Facts

The alarming claim	The fuller truth	The responsible American answer
Data centers will automatically raise everyone’s electric bill.	Large new loads can raise costs when grid expenses are shifted to other customers, but rate effects depend on contracts, rate design, generation, and regulation.	Require developers to pay connection and expansion costs, use minimum payment contracts, and protect residents from stranded costs.
Data centers will drain every community’s water.	Water use varies widely according to location, climate, cooling design, and water source. Some facilities use substantial water while others use far less drinking water.	Require public water budgets, efficient cooling, drought plans, and recycled or reclaimed water where practical.
Data centers create no meaningful jobs.	Construction can support large numbers of skilled workers. Permanent staffing is smaller than at many factories but can be highly skilled and well paid.	Demand honest job numbers, local hiring, apprenticeships, and workforce partnerships.
They provide no benefit to local residents.	Properly negotiated projects can add substantial private investment and tax revenue, but excessive tax concessions can reduce the benefit.	Negotiate enforceable community agreements and reject unnecessary giveaways.
They will destroy the grid.	Rapid load growth can strain an unprepared grid, but it can also support new generation, transmission, storage, and modernization.	Approve projects only with credible power plans, flexibility measures, and developer-financed upgrades.
Their environmental impact can never be controlled.	Electricity and water use are real, but efficiency, cleaner generation, better siting, advanced cooling, and reporting can reduce the impact.	Set measurable standards and publish actual performance.
America can simply slow down while remaining the AI leader.	Advanced AI requires enormous computing capacity, and international competitors are building strategic infrastructure.	Build responsibly at home and keep American research, investment, security, and influence strong.
Anyone who questions a project is anti-American.	Many residents have legitimate local concerns even when some public rhetoric is exaggerated.	Answer reasonable concerns with evidence, protections, and enforceable guarantees.

Sources Consulted

• United States Department of Energy, data center electricity demand
• Lawrence Berkeley National Laboratory, 2024 United States Data Center Energy Usage Report
• International Energy Agency, Energy and AI
• Congressional Research Service, Data Centers and Their Energy Consumption
• State Council of the People’s Republic of China, green data center development