Texas Data Center Freeze: Is Vistra a Better Buy Than Vertiv?

• Texas has the nation’s largest data center development pipeline by some industry measures, accounting for approximately 25% of planned U.S. capacity. New restrictions could delay billions of dollars in AI investment.
• Vertiv manufactures the power and cooling equipment installed inside data centers, while Vistra generates and sells electricity. Their different businesses create very different exposure to Texas permitting restrictions.
• Vistra shares have fallen 32.4% over the past year despite third-quarter adjusted EBITDA growth exceeding 50%, raising questions about whether investors have already discounted much of the risk.

Texas Election Creates a New Risk for AI Infrastructure Investors

Texas has become the nation’s leading state for planned data center development, accounting for approximately 25% of proposed U.S. capacity according to Reuters. Although Virginia remains the largest market for operating data centers, Texas has attracted an enormous pipeline of proposed AI infrastructure projects, supported by available land, substantial energy resources, and a historically favorable business environment. Rankings vary depending on which proposed projects are counted, but Texas’s position as one of the nation’s largest development markets is beyond dispute.

That leadership now faces uncertainty following the November 3 midterm elections. Texas governor-elect Gina Hinojosa, who defeated incumbent Greg Abbott, has proposed maintaining restrictions on new data center approvals until additional protections are established for electricity consumers, water resources, and surrounding communities. The potential consequences extend beyond Texas because delays affecting such a large concentration of planned data center capacity could disrupt billions of dollars in AI infrastructure investment.

The restrictions did not begin with Hinojosa. Abbott had already directed state agencies to pause certain environmental permits and grid connections while officials investigated the industry’s electricity and water requirements. The difference is that Hinojosa wants to maintain the moratorium until the legislature adopts additional protections, potentially extending uncertainty into 2027. This creates an important distinction between a temporary administrative review and a more prolonged regulatory process that could affect construction schedules and investment decisions.

Two companies that illustrate the investment implications are Vertiv (VRT | VRT Price Prediction) and Vistra (VST). Although their names are similar and both benefit from AI infrastructure expansion, they sell fundamentally different products.

Vertiv manufactures the physical infrastructure inside data centers. Its products include uninterruptible power supply (UPS) systems, electrical power distribution equipment, liquid cooling systems, chillers, and thermal management equipment. These systems keep AI servers powered, cooled, and operating reliably. Vertiv does not generate the electricity consumed by those servers.

Vistra produces and sells electricity. It operates natural gas, nuclear, coal, and solar generating facilities, along with electricity retail businesses. Its opportunity from AI data centers comes from supplying the large amounts of electricity these facilities consume, rather than manufacturing equipment installed inside them.

This distinction is critical to understanding how the Texas controversy could affect their financial performance. Vertiv can potentially sell equipment to data centers constructed almost anywhere in the world, whereas Vistra benefits from additional electricity consumption in the U.S. markets where it operates. If projects are delayed or relocated, the consequences for the two companies could differ considerably.

Vertiv: Global AI Infrastructure Demand Remains Strong

Vertiv’s October 28 earnings report demonstrated that AI infrastructure investment continues to drive exceptional growth. Third-quarter revenue reached $4.31 billion, an increase of 61% from the previous year, including 55% organic growth. Organic orders increased more than 100% year over year, indicating that demand for its power and cooling systems continued to expand substantially faster than recognized revenue. Adjusted operating margin reached 25.2%, reflecting the company’s ability to translate higher sales volumes into improved profitability.

The geographic distribution of Vertiv’s growth is particularly important following the Texas election. Revenue increased 75% in the Americas, 50% in Asia Pacific, and 23% in Europe, the Middle East, and Africa. Although the Americas remain the company’s strongest growth region, these results demonstrate that demand for AI infrastructure equipment extends well beyond the United States. If developers relocate projects from Texas to other states or international markets, Vertiv could potentially retain a substantial portion of the equipment opportunity.

This geographic flexibility does not eliminate risk. Relocating a data center can require redesigning electrical infrastructure, modifying cooling systems, securing alternative utility connections, and negotiating new construction agreements. These changes can postpone equipment orders and revenue recognition even if the project eventually proceeds. Moreover, some planned facilities may be canceled rather than relocated, particularly if higher electricity or infrastructure costs undermine their economics.

Nevertheless, Vertiv’s financial outlook remains strong. Management raised its full-year 2026 revenue guidance to a midpoint of $14.65 billion, with adjusted earnings per share expected to reach approximately $7.15. The company also projected adjusted free cash flow between $2.6 billion and $2.8 billion for the year. These figures indicate that Vertiv’s growth is translating into substantial earnings and cash generation rather than depending exclusively on expectations of future AI investment.

The investment risk is therefore less about whether Texas will permanently eliminate demand for power and cooling equipment and more about whether construction delays could interrupt the company’s exceptionally strong growth trajectory. With organic orders more than doubling, investors have substantial evidence of current demand, but continued share price appreciation depends on Vertiv converting that demand into revenue and earnings at the pace the market expects.

Vistra: Earnings Growth Contradicts Its Falling Share Price

Vistra’s business model creates a different exposure to the Texas data center controversy. Rather than supplying equipment installed inside facilities, the company generates and sells electricity, making its future growth sensitive to the amount of power consumed by data centers and other customers in its operating markets.

Texas is especially important because of the state’s large electricity market and the concentration of proposed AI infrastructure projects. In the third quarter of 2026, Vistra’s Texas segment generated $1.23 billion in adjusted EBITDA, compared with $784 million a year earlier. Texas therefore accounted for approximately 52% of the company’s $2.38 billion in ongoing operations adjusted EBITDA for the quarter. This concentration explains why investors are particularly sensitive to developments affecting the timing of new electricity demand in the state.

However, Vistra’s November 6 earnings report challenges the assumption that its operating performance is already deteriorating.

The company reported third-quarter ongoing operations adjusted EBITDA of $2.38 billion, compared with $1.58 billion in the comparable 2025 period, an increase of 50.4%. Management raised its 2026 adjusted EBITDA guidance to a range of $7.1 billion to $7.5 billion and introduced 2027 guidance of $7.7 billion to $8.5 billion. At the midpoint, the 2027 outlook implies approximately 11% growth over 2026.

These results are significant because Vistra’s existing generating assets continue producing electricity and earnings regardless of whether additional data centers receive immediate construction approval. The company supplies a broad range of customers, while higher realized electricity and capacity prices contributed to its latest quarterly earnings growth.

Vistra has also expanded its generating portfolio. In October, it completed the acquisition of approximately 5,500 megawatts of natural gas generating capacity from Cogentrix Energy, increasing its ability to serve electricity demand in several markets. The company authorized an additional $1.5 billion of share repurchases and provided 2027 adjusted free cash flow before growth guidance of $4.3 billion to $5.1 billion.

The distinction between current earnings and future expectations is important. A delay in new Texas data centers would not immediately eliminate revenue from existing electricity customers. Instead, it could reduce the pace at which additional electricity demand develops, potentially affecting longer-term power prices and growth opportunities.

Perhaps the most significant development came during Vistra’s November 6 discussion with investors. Management indicated that it had not observed a shift in large-customer electricity demand from Texas to the PJM electricity market following the election. The company remained in discussions with customers in both markets concerning existing facilities and new projects.

That statement challenges the assumption that the election has already caused a substantial relocation of data center investment. The regulatory uncertainty is real, but its eventual financial consequences have not yet been demonstrated.

Share Price Performance: Vistra Falls 32% While Vertiv Holds Steady

The difference between the two companies becomes particularly striking when examining their share price performance. Despite participating in the same AI infrastructure expansion, Vertiv and Vistra have delivered substantially different returns over the past year.

According to Table 1, Vertiv shares declined just 0.09% over the one-year period covered by the November 7 YCharts comparison, compared with a 32.40% decline for Vistra. This represents a 32.31-percentage-point performance advantage for Vertiv. The three-year comparison provides additional perspective, with Vertiv appreciating 360.0% and Vistra gaining 253.2%. Both companies have generated substantial returns during the AI investment cycle, but the more recent divergence suggests that investors have become increasingly cautious about Vistra’s future earnings growth.

Table 1. Vertiv vs. Vistra Stock Price Performance (%)
Company	1-Year Change	3-Year Change
Vertiv (VRT)	-0.09%	+360.0%
Vistra (VST)	-32.40%	+253.2%
Vertiv Outperformance	+32.31 pp	+106.8 pp

The divergence is particularly important because Vistra’s 32.40% one-year share price decline contrasts with its latest quarterly adjusted EBITDA growth of more than 50%. The company is reporting higher earnings and projecting additional growth in 2027, yet its stock has substantially underperformed Vertiv. This suggests that investors are discounting risks beyond current operating results, including uncertainty about electricity demand growth, the economics of new generating capacity, and the possibility that AI data center construction will proceed more slowly than previously anticipated.

Vertiv’s relative share price stability presents a different investment consideration. Its global customer base and exceptionally strong order growth provide support for future revenue, but they also establish demanding expectations. A company whose organic orders are growing more than 100% can experience a substantial valuation correction if investors begin to question whether that pace of expansion is sustainable. The Texas controversy is therefore a potential source of near-term volatility even for a company with limited dependence on any single state’s electricity market.

Importantly, the one-year performance divergence developed before the November election. The Texas permitting controversy may reinforce existing investor concerns, but it cannot explain the entire difference in share price performance. The more useful investment question is whether Vistra’s decline already reflects a significant portion of the uncertainty surrounding future electricity demand, while Vertiv’s relative resilience leaves it more vulnerable to disappointment if infrastructure spending slows.

Could Data Center Construction Shift From Texas to Asia?

One possible consequence of stricter Texas regulations is a redistribution of AI infrastructure investment toward other U.S. states or international markets. Developers seeking large amounts of electricity, available land, and predictable construction schedules may increasingly compare Texas with locations in Asia, where governments are also competing to attract advanced computing infrastructure.

However, moving data center investment overseas is not simply a matter of finding cheaper electricity. AI facilities require substantial electrical infrastructure, reliable telecommunications networks, cooling systems, and access to specialized technical personnel. Construction economics also depend on permitting, land availability, financing costs, and the ability to connect new facilities to transmission networks.

The distinction between AI training and inference is particularly important. Large AI models can be trained at geographically distant facilities because the most demanding communications occur among processors within the same computing cluster. Training requires extremely low latency inside that cluster, but the facility itself does not necessarily need to be located near the customers who will eventually use the model.

Inference creates different requirements. Applications involving interactive responses, enterprise software, and real-time services often benefit from computing capacity located closer to users. Transmitting requests between the United States and Asia can introduce additional network delays, while data sovereignty requirements may restrict where certain information can be processed.

Consequently, an increase in Asian data center construction would not necessarily replace U.S. investment on a one-for-one basis. Some training workloads could move overseas, while latency-sensitive inference and applications subject to domestic data requirements may remain closer to American customers.

This distinction supports Vertiv’s business model in a relocation scenario. The company can supply power distribution and cooling equipment to facilities constructed in Asia, Europe, or other U.S. states. Its third-quarter revenue growth of 50% in Asia Pacific demonstrates that it already participates meaningfully in international infrastructure investment.

Vistra would not enjoy the same geographic flexibility. If a planned Texas facility were relocated to Asia, the associated electricity demand would no longer contribute to Vistra’s U.S. power markets. Even relocation within the United States would benefit Vistra only if the new facility were located in a market where the company could supply electricity or otherwise capture the resulting demand.

Nevertheless, a widespread relocation of AI data centers from the United States to Asia remains a possibility rather than an established trend. Developers may ultimately find it more economical to negotiate additional infrastructure investments and regulatory protections in Texas than to abandon projects already under development.

Texas Restrictions Could Delay Growth Without Eliminating Demand

The central uncertainty is whether the Texas permitting restrictions represent a temporary interruption or a longer-term change in the economics of AI infrastructure construction.

Governor-elect Hinojosa has proposed maintaining restrictions until lawmakers establish protections for electricity consumers, water resources, and surrounding communities. These measures could increase construction costs by requiring developers to finance additional transmission infrastructure, secure independent power supplies, or implement more expensive cooling and water conservation systems.

For some projects, the additional costs may be manageable relative to the overall investment required to construct and equip an AI data center. For others, particularly facilities facing expensive grid upgrades or limited electricity availability, the restrictions could make alternative locations more attractive.

There is also a difference between delaying a project and canceling it. A six-month construction delay could postpone Vertiv equipment deliveries and defer Vistra’s opportunity to supply incremental electricity, but the underlying demand may eventually materialize. A permanent cancellation or relocation outside Vistra’s operating markets would have more lasting consequences.

Texas policymakers also face competing economic considerations. Data centers can create construction employment, expand local tax bases, and attract substantial private investment, while their electricity and water requirements can impose costs on surrounding communities. The outcome of the regulatory process will depend on how those competing interests are addressed.

For investors, the most important indicators will be actual permitting decisions, revised construction schedules, changes in electricity supply agreements, and evidence that developers are redirecting capital spending. Political announcements alone are insufficient to determine the eventual financial consequences.

Investor Takeaway: Vistra’s Decline Creates a Different Opportunity Than Vertiv’s Growth

The Texas election has introduced additional uncertainty into an AI infrastructure market already facing questions about the pace and economics of capital spending. However, the latest financial results from Vertiv and Vistra suggest that the investment implications are more complicated than the initial market reaction indicates.

Vertiv’s business is supported by global demand for electrical power distribution and cooling equipment. Its 61% quarterly revenue growth, more than 100% organic order growth, and expanding profitability demonstrate that AI infrastructure spending continues to generate substantial financial benefits. The company’s international presence also provides flexibility if developers shift construction away from Texas. The principal risk is that delays or cancellations could interrupt the rapid growth already reflected in investor expectations.

Vistra presents a different investment proposition. Its 32.40% one-year share price decline contrasts sharply with more than 50% quarterly adjusted EBITDA growth and management’s expectation of additional earnings expansion in 2027. The company is more directly exposed to the location of electricity demand, particularly in Texas, but existing generating assets, contracted electricity sales, and portfolio expansion provide financial support that does not depend entirely on future data center construction.

The performance divergence raises a valuation question that cannot be answered by earnings growth alone. Vertiv’s stronger share price performance may reflect its global reach and rapid order expansion, while Vistra’s weakness may reflect concerns about the sustainability of future electricity demand growth. Determining whether either stock is attractively valued requires considering those expectations alongside earnings, cash flow, and the eventual regulatory outcome.

For investors considering the two companies, Vertiv offers exposure to the equipment required for AI infrastructure regardless of where many of those facilities are built. Vistra offers exposure to the electricity required to operate them, with greater sensitivity to U.S. power markets and the timing of new construction. If Texas restrictions prove temporary, Vistra’s substantial share price decline could represent an opportunity for recovery. If restrictions persist and projects move overseas, Vertiv’s geographic diversification could become increasingly important.

The investment question is not whether AI data centers will continue consuming electricity and requiring cooling equipment. They will. It is where those facilities will be constructed, how quickly they will enter service, and which companies will capture the resulting revenue and earnings growth.

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