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What will power the grid in 2035? The race is wide open

Source: TechCrunch

The fact that nuclear fusion remains competitive with proven technologies like fission and natural gas signals that the energy establishment is no longer dismissing moonshot solutions—a tectonic shift in how utilities plan infrastructure that will reshape venture capital flows and accelerate commercialization timelines for technologies that were dismissed as perpetually “30 years away” just five years ago. This uncertainty itself is the real story: rather than converging on a single grid paradigm, we’re entering an era of radical energy pluralism where the connected grid of 2035 will be fundamentally fragmented and heterogeneous, requiring AI-driven orchestration rather than centralized planning.

Mutually Assured Energy Destruction

Source: Best of The Atlantic

The pristine facade of Saudi oil infrastructure masking extraction of “filthy substances” reveals how incumbent energy powers have perfected the aestheticization of carbon dependence—making destructive systems feel inevitable and clean, which may prove more dangerous to climate action than outright denial because it neutralizes moral urgency through visual reassurance.

Bluetti’s Sora 500 solar panel is incredibly powerful for its size

Source: The Verge – Full RSS for subscribers | The Verge

The proliferation of high-efficiency, genuinely portable solar tech signals that distributed energy infrastructure is finally crossing the threshold from niche prepper obsession to mainstream consumer expectation—meaning companies betting on grid independence and resilience are no longer hedging against dystopia, they’re designing for an increasingly accepted future where personal power autonomy is a feature, not a fallback. This matters because it reveals consumers are already voting with their wallets for disconnection optionality, which will eventually force legacy utilities and energy companies to compete on reliability and pricing rather than captive customer bases.

Chart of the Day: Data Centers are Creating Heat Islands

Source: Paul Kedrosky

The emergence of data center heat islands signals that AI infrastructure is no longer a virtual abstraction but a physical force reshaping local geographies—a stark reminder that our computational abundance has tangible environmental costs that won’t be solved by efficiency gains alone, forcing real estate, urban planning, and energy policy into the same conversation. This pattern will increasingly become a site of political friction as communities discover they’re bearing the thermal burden of centralized AI compute, creating opportunities for distributed computing architectures and regional resource sovereignty to become competitive advantages rather than niche alternatives.