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Big tech's big fumble

The piece from Energy Bad Boys delivers a jarring reversal of the current energy narrative: it argues that the very tech giants championing the green transition are now the primary architects of the grid instability they claim to solve. Rather than accepting the popular blame placed on data centers for rising electricity prices, the editors trace the crisis back to decades of corporate lobbying that dismantled reliable baseload power in favor of intermittent renewables. This is a critical intervention for anyone trying to understand why the lights are flickering and bills are soaring, moving the conversation from "too much demand" to "misguided supply policy."

The Irony of Advocacy

The core of the argument rests on a historical audit of corporate behavior. Energy Bad Boys reports that "Big Tech certainly deserves its fair share of the blame" for the current grid fragility, noting that these companies "advocated for (and still do) the very green energy policies that have made electricity so expensive and excess power so sparse." The piece suggests a profound disconnect between corporate rhetoric and operational reality. While tech firms publicly tout 100% renewable goals, the editors note that "their own operations do not support their conclusions," as data centers remain overwhelmingly powered by coal, natural gas, and nuclear, merely purchasing credits to offset emissions.

Big tech's big fumble

This framing is compelling because it challenges the moral high ground often claimed by the technology sector. The editors argue that "Big Tech's Big Fumble" stems from a long-term strategy where companies "endorsed, lobbied for, and established corporate goals for wind and solar energy at the expense of reliable generators." The evidence cited includes court filings from the mid-2000s where giants like Amazon, Apple, Google, and Microsoft supported the strict requirements of the Obama administration's Clean Power Plan. The piece quotes their legal arguments, which claimed renewable energy was "less subject to price volatility than non-renewable energy" and provided "greater long-term cost certainty."

"Data centers may not be responsible for rising electricity prices and dwindling reserve margins, but Big Tech certainly deserves its fair share of the blame. And now their green chickens (but not ) are coming home to roost."

The editorial voice here is sharp, pointing out that these companies "vastly underestimated the damage of pursuing a renewable-heavy electricity grid." Critics might argue that the transition to clean energy is a long-term necessity that requires short-term pain, and that the current grid issues are a result of broader infrastructure underinvestment rather than specific corporate lobbying. However, the piece effectively highlights that these specific corporations pushed for policies that accelerated the retirement of firm capacity, leaving the grid vulnerable just as demand began to spike.

The Virginia Case Study

To ground these broad claims, the commentary zooms in on Virginia, the epicenter of data center construction. The editors detail how, during Dominion Energy's 2018 Integrated Resource Plan (IRP) proceedings, data center companies "personally advocated for more renewables, fewer fossil fuel facilities, and fewer pipelines." This is a striking admission of self-sabotage, as the piece notes these facilities are "powered primarily by natural gas, coal, and nuclear generators to this day."

The piece quotes a letter filed by the Data Center Coalition, which stated: "Renewable energy is the most cost-effective resource... and we recognize that it is therefore in our best interest to power our operations with renewable resources like wind and solar." The editors dismantle this assertion by pointing to the aftermath: "Since this filing, Virginia rates have already been skyrocketing in recent years, as the cost of achieving the state's clean energy mandates has been growing." Furthermore, the Regional Transmission Organization (PJM) has "come up short in capacity auctions two years in a row," directly contradicting the reliability promises made by these tech firms.

The argument gains weight when connecting this to the broader market distortion. The editors note that while data centers are not the sole cause of price hikes, "the policies pushed by their Big Tech owners certainly are." In the PJM region specifically, the market monitor estimates that data centers were responsible for "39.6 percent of total capacity-auction costs." This specific data point anchors the emotional argument in hard economic reality, suggesting that the cost of the green transition is being disproportionately borne by the grid itself.

The Subsidy Paradox

A particularly damning section of the commentary addresses the financial mechanics of this transition. The editors point out a glaring contradiction: if solar and wind were truly cost-competitive, as Big Tech claimed years ago, why are they still fighting to maintain government subsidies? The piece notes that "during the fight to end subsidies for wind and solar technologies last year, the Data Center Coalition lobbied Republican senators... to keep the subsidies in place."

This behavior undermines the narrative of market efficiency. The editors ask, "If they were [cost-competitive], what's the need for continued subsidies?" The result, they argue, is that these subsidies have been "distorting energy markets across the country, resulting in the closure of reliable power facilities that could've been used to power data centers." The piece highlights that "firm capacity in the country is at pre-2005 levels," creating a dangerous gap between supply and the projected load growth from new data centers.

"Big Tech needs to end this 'Good for me, not for thee' mentality when it comes to energy sources on our system. They should be promoting the same energy sources that are powering their data centers for the rest of the country."

The commentary suggests that the public backlash against data centers is actually a proxy for the earlier backlash against wind and solar projects. Rural communities, the piece argues, "feel Big Tech's wind and solar buildout was the first imposition into their lives, and they do not appreciate the second." This reframes the current "massive pushback" against data center growth not as anti-progress, but as a community reaction to a decade of imposed energy policies that prioritized corporate sustainability goals over local grid reliability.

Bottom Line

The strongest element of this commentary is its forensic tracing of policy consequences back to specific corporate lobbying efforts, effectively dismantling the "innocent victim" narrative often assigned to data centers. Its biggest vulnerability lies in potentially oversimplifying the complex interplay of federal regulations, state mandates, and market dynamics that shaped the grid, though the specific examples from Virginia and PJM provide a solid evidentiary foundation. Readers should watch for how these tech giants respond to the growing political pressure to abandon their "100% renewable" mandates in favor of firm, dispatchable power sources.

Deep Dives

Explore these related deep dives:

  • Integrated Resource Plan

    The article cites Virginia's 2018 IRP as the pivotal moment when utility planning shifted toward renewables, directly triggering the capacity constraints and cost spikes that now hinder data center expansion.

  • PJM Interconnection

    Understanding this specific regional grid operator is essential because the article isolates it as the only market where data centers are directly blamed for nearly 40% of capacity auction costs, contrasting it with the rest of the country.

  • Clean Power Plan

    This Obama-era regulation serves as the historical anchor for the author's argument that Big Tech's decades-long legal and lobbying support for strict renewable mandates created the current grid fragility they now complain about.

Sources

Big tech's big fumble

There is a massive pushback against data center growth in the United States. Our friend Robert Bryce’s data center rejection database now tracks over 300 bans across the country as of this writing. Furthermore, these bans now transcend local and county bans to affect data center development across entire states, including New York and Texas.

Personally, we love AI because it has enabled us to improve our data analysis and create products like our graphs and interactive dashboards that advance our mission to bring reliable and affordable energy back to the forefront of energy policy. We’ve also routinely noted that data centers are not the reason electricity prices have been rising in recent years—they’re simply exposing the weaknesses of the system after decades of bad policy decisions.

However, we also understand the frustration and distrust of Big Tech that has arisen, in no small part, because these companies advocated for (and still do) the very green energy policies that have made electricity so expensive and excess power so sparse.

In other words, data centers may not be responsible for rising electricity prices and dwindling reserve margins, but Big Tech certainly deserves its fair share of the blame.

And now their green chickens (but not Doomberg) are coming home to roost.

Big Tech’s Big Fumble.

For many years—decades even—the companies building data centers have been endorsing, lobbying for, and establishing corporate goals for wind and solar energy at the expense of reliable generators like coal and natural gas.

In fact, our friend Travis Fisher notes they even (erroneously) boasted about powering their data centers with 100 percent renewable energy as far back as the mid-2000s, and Amazon, Apple, Google, and Microsoft supported the strict requirements of President Obama’s Clean Power Plan in federal court filings.

This advocacy has backfired in a big way, as these initiatives are the exact reason we’re now having trouble powering data centers and why electricity prices have skyrocketed in recent years—which, ironically, is now being blamed on data centers themselves.

It’s not lost on us that electricity prices began to increase years before data centers started putting upward pressure on load growth. And it’s also true that large load users have historically been a net positive for affordability because they spread the fixed costs of operating the electric grid over more megawatt-hours (MWhs) of electricity (that is, if the grid is run properly, which it hasn’t ...