What is scaling, what is struggling and where investors should look
Oil & Energy Security — The Strait of Hormuz disruption temporarily disrupted an estimated 14 million barrels per day of oil flows at its peak, representing one of the largest temporary disruptions to global oil flows in modern history and pushing the North Sea Dated benchmark to a record $144 per barrel. This increases the strategic value of bypass pipelines, storage, Atlantic Basin production, refining and technologies that reduce fuel dependence. For comparison, Iranian production declined approximately 4.8 million barrels per day by January 1979, but that crisis involved a prolonged production loss rather than a temporary transportation disruption.
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AI Power Demand — Texas has at least 248 announced or planned data-center projects, while NiSource signed agreements supporting Alphabet and Amazon developments in northern Indiana—concentrating demand for fast generation, batteries, cooling, water reuse and interconnection technologies in Texas and the Midwest. This may benefit startups that can help large-load customers secure power or reduce infrastructure requirements.
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- Texas Tribune — Texas data-center development, power and water demand
- NiSource — Alphabet and Amazon energy-infrastructure agreements
- NiSource — Regulatory approvals for the Amazon agreement
The Grid — FERC ordered all six regional grid operators to justify or reform their large-load connection rules, while MISO is proposing pathways for approvals in as little as 120 days using co-located generation, flexible service, curtailment, telemetry and demand response. These reforms are likely to increase demand for grid modeling, forecasting, load control and real-time energy-management technologies.
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- FERC — Large-load integration order covering all six RTO/ISOs
- MISO — Large Load Interconnection framework
Behind-the-Meter Power — Crusoe’s Abilene campus is combining grid electricity with on-site gas and batteries for up to 1.2 GW, Meta’s Bowling Green, Ohio, data center is being paired with dedicated gas generation, and Google is exploring private “energy park” models. This may reduce the addressable hyperscaler market for startups dependent on utility adoption while favoring technologies that can integrate directly into privately operated energy campuses.
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- Texas Tribune — Data centers and private power infrastructure
- Crusoe — Abilene campus expansion and behind-the-meter resources
- Meta — Bowling Green, Ohio, data-center announcement
Natural Gas & Turbines — Planned U.S. gas capacity has more than tripled to 252 GW, particularly around ERCOT and PJM, but large-turbine lead times exceed five years and combined-cycle construction costs have more than doubled to at least $2,400 per kilowatt. This makes secured equipment, EPC labor and fuel access critical diligence considerations before investing in generation companies dependent on new gas infrastructure.
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Solar & Storage — Solar-plus-storage is increasingly competitive where deployment speed matters most—particularly in Texas, California and hyperscaler developments—because large systems can often be completed in approximately 18–20 months. This shifts value toward batteries, inverters, controls, system integration and long-duration storage rather than undifferentiated solar-module manufacturing.
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- Reuters — Solar and storage deployment amid gas-turbine delays
- EIA — Planned 2026 solar and battery-storage additions
- EIA — U.S. battery-storage market trends
Capital & Incentives — Wind and solar projects that began construction by July 4, 2026, or enter service by the end of 2027 can retain a 30% federal credit plus potential bonuses, while earlier-stage companies can pursue DOE SBIR/STTR, ARPA-E and SCALEUP, federal project financing, state energy or green-bank programs and utility or corporate solicitations. For investors, awarded capital, signed offtake and protected tax-credit eligibility are stronger indicators of value than pending applications or expected subsidies.
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- IRS — Wind and solar construction-start rules
- Reuters — Project rush before the clean-energy tax-credit cutoff
- DOE — Funding and financing opportunities
- DOE — SBIR and STTR programs
- ARPA-E — Current funding opportunities and SCALEUP
- DSIRE — State incentives and policies
Nuclear — Antares Nuclear achieved a controlled chain reaction in June—the first privately developed U.S. non-light-water reactor to reach that milestone in more than 40 years—while DOE announced $17.5 billion in conditional loans for components supporting ten large reactors, highlighting increased commercial activity in advanced nuclear supply chains and reactor deployment. Nuclear plants delivered an average capacity factor of approximately 91% in 2025, but microreactors must still demonstrate commercial electricity production and large plants remain capital-intensive.
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- DOE — Antares advanced-reactor criticality
- DOE — $17.5 billion American Nuclear Supply Chain Loans
- EIA — U.S. nuclear industry and 2025 capacity factor
- Reuters — Microreactor criticality milestones
Geothermal — Fervo’s 3-MW Project Red has supplied the grid since 2023, its Cape Station development targets approximately 500 MW by 2028, and XGS is developing projects in California and New Mexico—demonstrating that enhanced geothermal can provide commercially operating, around-the-clock power with capacity factors above 90%. Projected costs of approximately $65–$75 per MWh at scale remain industry targets rather than established market prices and depend on continued drilling and construction improvements.
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- Reuters — Big Tech agreements, geothermal projects and projected costs
- Fervo — Cape Station development
- Fervo — Project Red operating-performance data
- XGS — New Mexico geothermal project
- XGS — California and western U.S. development pipeline
- DOE — Geothermal capacity factors
Hydrogen — Hydrogen is proving most viable where it replaces hydrogen already consumed by refineries, ammonia, methanol and selected steel operations, while mobility and speculative export projects are struggling to secure sufficient demand—illustrated by Air Products canceling its Louisiana clean-energy complex and other projects and announcing charges of up to $2.9 billion. This favors projects with existing industrial customers, binding offtake and shared infrastructure over those dependent on entirely new markets.
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- Air Products — Project cancellations and charges of up to $2.9 billion
- IEA — Global Hydrogen Review 2026
- Reuters — Air Products’ Louisiana cancellation
Wind — Equinor reduced its renewable ambitions, while reports indicated that federal reviews were delaying approximately 165 proposed U.S. wind projects. The current environment may favor operating assets, repowering, maintenance and already-contracted projects over developments dependent on unresolved permits or future auctions.
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- Equinor — Current Energy Transition Plan
- Reuters — Report that federal reviews were delaying approximately 165 projects
Critical Minerals — China controls approximately 70% or more of refining for many key energy minerals, although its market share varies significantly by material, while Chinese export restrictions continue to expand. This makes qualified non-Chinese sourcing a core diligence consideration and may benefit domestic processing, recycling, material-substitution and supply-chain-traceability companies.
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The Quarter’s Big Takeaway — The strongest energy investments have a proven customer, a deliverable supply chain and a credible path to deployment before the customer solves the problem internally; technologies dependent on future subsidies, unsecured hardware or hypothetical demand are increasingly being repriced—and in some cases abandoned.