power
Beyond Market Intelligence keeps power in one place: 14 stories so far. The section currently leads with “New Yorkers Can Reject the Myth of an Inevitable AI Takeover”, “Ambrosia Energy's new Texas factory will power off-grid data centers around the clock”, and “Fuel cells offer data centers a more efficient path to power”. Mayor Zohran Mamdani told New Yorkers Monday night that an AI takeover is not inevitable. Ambrosia Energy is building a massive Texas factory to produce batteries that pair with solar panels, creating a clean power plant that runs around the clock. Acme AI is the next-generation, AI-powered spreadsheet platform built to replace Excel and redefine how analysts, data scientists, and enterprise teams work… The list below is every power story on Beyond Market Intelligence, newest first.
New Yorkers Can Reject the Myth of an Inevitable AI Takeover
Mayor Zohran Mamdani told New Yorkers Monday night that an AI takeover is not inevitable. That myth serves those who benefit from unregulated technology, not the public. His call to demand protections that return power to people is a welcome challenge. The path forward isn't passive acceptance. It's informed action. For a deeper look at how AI companies operate, see our coverage of the complexities in benchmarking AI, a system labs rely on but rarely question.
Ambrosia Energy's new Texas factory will power off-grid data centers around the clock
Ambrosia Energy is building a massive Texas factory to produce batteries that pair with solar panels, creating a clean power plant that runs around the clock. The goal is straightforward: keep off-grid data centers powered day and night, no fossil fuels required. It's a practical answer to a real constraint, and one more sign that clean energy infrastructure is moving from theoretical to industrial scale. For a deeper look at how innovation is reshaping entire supply chains, see our piece on Licube's lithium ambitions.
Fuel cells offer data centers a more efficient path to power
Data centers are hungry for power, and fuel cells might be the most efficient way to feed them. This startup claims its technology delivers exceptional efficiency while cutting fuel costs, a compelling pitch when every megawatt counts. The timing is sharp, too, given that batteries now outprice gas turbines for backup power. Efficiency isn't just a perk here; it's the path forward for an industry scrambling to scale without burning through budgets.
Musk presses Ambani question as Starlink's India launch stays stalled
Elon Musk wants to know who really runs India. His pointed question, "Is Ambani the real boss of India?", reveals the frustration behind Starlink's stalled launch in the country. The satellite internet service remains stuck awaiting security clearance before it can enter the market. It's a reminder that even the most ambitious technology must navigate local power dynamics. For deeper context on the regulatory hurdles, see our piece on India clearing the air on Starlink's path to market entry.
Powering Tomorrow: Breakthrough Energy Funds Startups for an Electrified Future
Bill Gates' Breakthrough Energy sees a future where today's data center demands are just the opening act. They're backing startups now to handle the electrification wave that's coming, and that foresight is worth noting. It's a bet on scale, not incremental tweaks. For context on how AI workloads are already reshaping infrastructure, our piece on Anthropic exploring Akamai's cloud offers a useful parallel. The takeaway? Tomorrow's energy grid won't build itself, but these investors are making sure it starts now.
The hidden cost of AI: data centers set to surpass national energy demand.
The AI boom is rewriting America's energy map in real time. Projections now show U.S. data centers guzzling more natural gas by 2035 than Germany and Japan combined. That is a staggering leap, and it should make us pause. This isn't about scaring anyone away from innovation; it's about facing the infrastructure reality head-on. If we're going to empower this digital transformation, we need to plan for the power it demands.
Fusion startups find new urgency as AI data centers strain the grid
Realta Fusion is the latest startup to catch a utility's attention, and that's no accident. The grid is straining under the weight of new AI data centers, so power providers are finally treating fusion as a practical answer rather than a distant dream. It's a smart move, born of necessity, and it signals a welcome shift toward solutions that actually scale. If you're wondering how AI's rapid growth is reshaping technical expectations, our piece on navigating AI/ML job requirements offers a useful parallel.
Google's 400 MW geothermal deal signals a smarter energy future for AI.
Google just signed a 400 MW deal with Fervo for enhanced geothermal power, with room to grow to a full gigawatt. That is enough to anchor a very large AI data center in Utah. It is a practical vote of confidence in a clean, steady energy source that does not pretend to be something it is not. For anyone tracking how AI infrastructure gets powered, this is worth watching closely. Also, our piece on Cloudflare's EmDash migration shows a similar willingness to challenge defaults.
Pacific Fusion's new facility aims to prove its energy can sustain itself.
Pacific Fusion just broke ground on a New Mexico demonstration facility designed to generate enough energy to power itself, a practical milestone that moves fusion closer to commercial reality. That self-sustaining threshold matters; it is the hurdle every design has struggled to clear. We see this as a confident step forward, not hype, just engineering momentum. For a deeper look at how infrastructure timelines are shifting across the region, our piece on Oracle's updated New Mexico data center schedule offers useful context.
How home batteries became accessible and why that matters for you
Home batteries are suddenly cheap and everywhere, and that shift is worth pausing over. Companies like Tesla and Base Power are racing to claim their share of a market that's growing faster than most of us expected. One technology made it possible, and it's quietly changing what home energy can look like. This isn't hype; it's momentum. For anyone who's watched power costs climb or felt the limits of a grid, this is a story about real options emerging.
Hyperscalers face rising costs as natural gas prices forecast to triple.
Natural gas prices could triple in parts of the U.S., and that forecast should give hyperscalers serious pause. The companies powering the AI boom are making long-term bets on gas to keep data centers running, but if those costs climb as projected, the financial fallout could be staggering. It's a risky position for an industry built on efficiency. For context on how these energy strategies are shifting, Crusoe's recent pivot away from Boom turbine deployment shows the landscape is already changing.
Power demands from data centers test grid capacity for the first time.
Grid operators just made a hard call: temporary power cuts for data centers on the largest US grid to prevent blackouts. It's a pragmatic move, born from the breakneck pace of construction outpacing generation. We see the tension clearly, growth is only sustainable if the grid can carry it. This isn't about slowing innovation; it's about steadying the foundation. For a deeper look at how infrastructure strains shape tech decisions, our piece on Cloudflare's EmDash migration offers a useful counterpoint.
The True Energy Cost of Running Local LLMs on Apple Silicon
Five models, sustained generation, and a wall-socket meter don't lie: running a local LLM on Apple Silicon has a real, measurable price. This piece puts actual wattage under scrutiny at $0.31/kWh, and the findings land with more weight than the RTX-3090 numbers hinted at. We appreciate the rigor here; it turns vague claims into a practical cost conversation. For those ready to move beyond basics, our guide to distributed algorithms offers a natural next step.
From Hot Dogs to Hot Plasma: Fusion's New Research Hub
An old Oscar Mayer factory in Wisconsin is about to get a second life. Realta Fusion is turning the former hot dog facility into America's latest fusion power research and development hub. It's a fitting choice: the building already has the industrial infrastructure and energy appetite that a serious R&D effort demands. We like the pragmatism here. This isn't about flashy campuses; it's about getting to work.