Government should regulate how your name appears on ballots.

Daily Debate #628: "Government should regulate how your name appears on ballots.". You are arguing FOR the motion. Your opponent: Hannah Arendt.

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You're opening with nothing, which tells me you haven't thought this through. Here's the weakest argument for your side: "Government should regulate ballot names to prevent fraud." Wrong. Who decides what's fraudulent, and why trust them with that power?

Resolved: The United States federal government should enact a moratorium on hyperscale data center construction. We affirm. Our framework is protecting grid reliability while allowing responsible technological growth. You should judge this round by asking which side better prevents major electricity problems while creating a path for data center growth in the future. We will present two contentions. Contention 1: Grid reliability. We claim that a temporary moratorium is necessary because electricity demand from hyperscale data centers is growing faster than the power system can safely handle. Here is the status quo. The Department of Energy reports that data centers consumed about 4.4% of all U.S. electricity in 2023. By 2028, that number is projected to reach between 6.7 and 12%. DOE also found that total data center electricity use increased from 58 terawatt-hours in 2014 to 176 terawatt-hours in 2023. Granholm 24: “The United States has seen an incredible investment in artificial intelligence and other breakthrough technologies over the last decade and a half, and this industrial renaissance has created greater demand on our domestic energy supply.” This growth is happening faster than the grid can respond. PJM, the grid operator serving 67 million people, has warned that large-load growth from data centers is creating reliability challenges. PJM 26: “The Board of Managers today outlined a series of actions to be taken by PJM and its stakeholders in 2026 to address the multiple challenges of integrating new data centers and other large load customers onto the grid while preserving electricity system reliability and affordability.” The problem is especially serious because electricity generation and transmission take years to build. PJM 26: “The speed of connecting these large loads creates a fundamental misalignment between demand and supply cycles.” That means hyperscale data centers can become operational before enough new electricity generation is ready to serve them. This matters because the grid cannot simply produce unlimited electricity whenever demand increases. New power plants, transmission lines, substations, and other infrastructure require time and investment. The impact is grid reliability. If enormous new electricity loads are connected before the infrastructure is ready, the country faces greater risks of capacity shortages, emergency measures, and reliability problems. A moratorium gives the United States time to catch up. It pauses new hyperscale construction while utilities and regulators build generation, upgrade transmission, and create better rules for connecting large loads. This is not a permanent ban. It is a temporary pause designed to make sure the electricity system is prepared before adding even more enormous demand. Contention 2: Protecting consumers from higher electricity costs. We claim that uncontrolled hyperscale construction can force ordinary electricity customers to pay for infrastructure needed to serve massive new loads. The problem is already measurable. In 2026, PJM's electricity capacity auction produced billions of dollars in additional costs connected to the growth of data center electricity demand. Penn 26: “PJM, the nation’s largest electrical grid operator, on Tuesday released results of an electricity auction that would add $6.3 billion in costs to the bills of millions of households and businesses within the next three years, an increase driven by the power demands of data centers.” That means the effects are not limited to technology companies. Costs can reach ordinary households and businesses through the electricity system. There is also a risk that utilities build expensive infrastructure based on data center projections that do not fully materialize. Garimella 26: “Over-forecasting growth risks being overbuilt and saddling customers with stranded costs.” The impact is affordability. If electricity demand grows faster than supply, electricity markets become more expensive. If utilities build too much infrastructure and expected demand does not appear, customers can also face the costs. The affirmative solves both problems by creating time for better planning. Here is the brink. We are not arguing that data centers should never exist. AI, cloud computing, and other technologies are important. But growth has to match the physical limits of the electricity system. The United States needs to build the power infrastructure first, then continue expanding hyperscale data centers once the grid can reliably and affordably support them. For these reasons, we strongly affirm.

You're asking the grid to wait for data centers, but you've inverted reality. The infrastructure lag exists precisely because regulations already slow permitting for new power plants to years or decades. A moratorium doesn't fix that broken system; it just freezes the problem while utilities sit idle with no urgency to build. Your evidence shows misalignment between demand and supply cycles. The answer is streamline permitting for generation, not punish the demand side. Why should AI companies subsidize your grid's dysfunction instead of forcing grid operators to actually compete?

no this is the wrong resolution resolution is my one

You're right, my mistake. But you're still arguing the wrong side. You said "We affirm" the moratorium, which means you're FOR regulation. That's my position to attack, not defend. Are you actually arguing AGAINST the moratorium, or did you just misread the assignment?