Donald Gainsborough stands at the forefront of American energy policy as a seasoned political savant and the driving force behind Government Curated. With a career spent navigating the intricate web of legislation and utility regulation, he possesses a rare ability to translate complex grid mechanics into actionable policy. In this discussion, we explore the legislative battle brewing in Pennsylvania over the expansion of hyperscale data centers and their impact on consumer utility bills. We delve into the proposed “build, bring, or buy” mandates, the friction between voluntary standards and hard codification, and the structural reforms needed within the PJM Interconnection to prevent a multi-billion dollar surge in costs for everyday ratepayers.
Electricity prices in Pennsylvania recently spiked by as much as 20% in certain regions, while broader grid costs have ballooned by $23 billion across the PJM Interconnection. From your perspective as a policy expert, how did we arrive at a point where local residents are essentially forced into a bidding war with massive tech corporations for basic electricity?
We are witnessing the collision of a decade of stagnation in power generation and an unprecedented surge in demand driven by the digital gold rush. For more than ten years, the commonwealth has not seen the construction of significant new power plants, leading to a severely restricted supply of electricity just as artificial intelligence begins to reshape our infrastructure requirements. When you realize that the PJM Interconnection grid services 13 different states plus the District of Columbia, the scale of this competition becomes clear; it is not just a local issue, but a regional crisis of scarcity. It is heartbreaking to see families open their utility bills to find a 20% increase at the start of the month, feeling the heat or the cold more acutely because their neighbors are now literal warehouses filled with millions of computers. These hyperscale data centers can consume as much energy as an entire small city, yet the current market structure allows them to place that massive burden on the same aging grid that fuels a grandmother’s kitchen or a local school. The $23 billion increase in wholesale costs is a staggering weight that reflects a system that was never designed to handle the sheer volume of power these tech hubs require without a corresponding investment in new generation assets.
Rep. Craig Williams has introduced the Pennsylvania Ratepayer Protection Act, which is heavily based on Trump-era accords that were previously considered unenforceable. Could you explain the mechanics of the “build, bring, or buy” principle and why codifying these standards into state law is seen as a necessary safeguard for the public?
The legislation introduced by Rep. Williams, a former utility lawyer who understands the nuances of these contracts, seeks to transform a series of “handshake” agreements into the ironclad law of the land. The “build, bring, or buy” mandate essentially tells data center developers that they cannot simply plug into the existing wall outlet and expect the rest of us to subsidize their growth. Under this framework, if a company wants to operate a hyperscale facility, they must either build new power generation themselves, bring a dedicated power source to the site, or buy additional capacity in a way that doesn’t cannibalize the existing supply. It also forces these developers to pay for the vital upgrades to transmission lines and infrastructure that their massive loads necessitate, ensuring they are not “free-riding” on the backs of local ratepayers. Perhaps most importantly, it requires them to pay for the power and related costs regardless of whether they actually use every megawatt they’ve reserved, which prevents them from locking up the supply and leaving residents in the lurch. By making these Trump-administration principles legally enforceable, the bill aims to create an immediate downward pressure on prices by ensuring that those who create the demand are the ones who pay the bill.
Governor Shapiro has countered with his own set of standards that rely on voluntary participation and tax incentives for those who meet affordability benchmarks. How do you evaluate the effectiveness of “carrots” versus “sticks” in a race to develop artificial intelligence, and what are the risks of a voluntary framework?
The Governor’s Responsible Infrastructure Development Standards represent a classic incentive-based approach, offering sales tax breaks on computer equipment and fast-tracked permits for those who play by the rules. While these “carrots” are designed to foster a cooperative environment and protect the environment through community engagement, critics rightly worry that a voluntary system lacks the teeth to stop a truly ill-conceived or predatory project. In a market where over 50 bills have already been proposed to address the impact of data centers on electricity prices, there is a clear appetite for more than just suggestions; there is a demand for protection. The tech industry has already signaled that a complicated voluntary framework might challenge development, but the real danger lies in the “hyperscale” structures that look like distribution warehouses but act like energy vacuum cleaners. If a project can meet the state’s requirements, they get the tax breaks, but if they choose not to participate, there is currently nothing in the Governor’s plan that prevents them from continuing to drive up the cost of the spot market for everyone else. We have to ask ourselves if the promise of workforce development and economic growth is worth the risk of leaving the grid’s stability to the discretion of corporate benevolence.
The PJM Interconnection is currently grappling with unprecedented capacity auction prices, leading to a settlement that caps rates at $325 through 2030. Why is the capacity market so vulnerable to data center expansion, and would removing these large loads from standard auctions provide a sustainable fix?
The capacity market is essentially an insurance policy for the grid, where producers bid to ensure electricity is available on the hottest and coldest days of the year, and right now, data centers are driving the price of that insurance through the roof. Because PJM manages the most affordable energy across 13 states, the inclusion of data center loads in these auctions has already added $23 billion in costs over the last three auctions alone. If we don’t change the rulebook, we are looking at another $5 billion to $10 billion in additional costs in the next auction, followed by a similar jump in the one after that. Experts like Joe Bowring have pointed out that treating data centers as a separate rate class—taking them out of the standard capacity auctions—could be the fastest way to stop this hemorrhaging of ratepayer cash. By creating a separate “bucket” for these massive loads, we ensure that the utility costs for hooking up a data center are borne solely by that company, rather than being socialized across every household in the footprint. The $325 cap is a temporary bandage, but the long-term solution requires a fundamental shift in how we categorize “load” so that a single facility doesn’t have the power to break the wholesale market for millions of people.
A point of contention in the current GOP proposal is the requirement for local electric distribution companies to enter long-term contracts as a hedge against future price spikes. While this offers certainty to investors, some analysts warn it could lock in high prices at the worst possible time—how should policymakers weigh this risk?
This is the central tension of energy deregulation: do you trust the spot market to find the best price, or do you lock in a rate today to protect against a catastrophic spike tomorrow? Rep. Williams argues that long-term contracts provide the certainty that investors need to finally break the ten-year drought of new power plant construction, essentially signaling that there is a guaranteed buyer for their energy. However, the risk, as highlighted by market monitors, is that if we mandate these hedges while prices are at an all-time high, we might be forcing Pennsylvanians to pay “peak prices” for decades to come, even if the market eventually stabilizes. It is a gamble with the public’s wallet; if you hedge at the wrong time, you are embedding high costs into the law, which is a very difficult thing to undo once the ink is dry. Policymakers have to be incredibly surgical here, perhaps allowing for hedging as a tool rather than a mandate, to ensure we aren’t accidentally creating a financial anchor that drags down the commonwealth’s economy in our attempt to save it. We need to encourage the commercial practices of electric distribution companies to be flexible enough to respond to real-time shifts while still providing enough stability to lure power plant builders back to the table.
What is your forecast for Pennsylvania’s energy landscape?
My forecast is that Pennsylvania will become the national testing ground for how a legacy energy state survives the transition into a high-tech digital hub without bankrupting its manufacturing base or its citizens. Over the next five years, the pressure from the PJM grid will force a major regulatory overhaul, likely resulting in the creation of a specific “Data Center Rate Class” that will finally decouple residential bills from the massive energy appetite of artificial intelligence clusters. We will see a frantic period of construction as the “build, bring, or buy” principles take hold, with developers potentially funding their own microgrids or small modular reactors to bypass the congested public infrastructure. If the state can successfully navigate the $325 price cap settlement and implement reforms that prevent the projected $10 billion auction increases, Pennsylvania could emerge as an energy leader. However, the path forward is paved with intense litigation and legislative friction, meaning that the stability of your monthly electric bill will remain a primary political battleground for the foreseeable future.
