What they're not telling you: # Big Tech Is Funding Space Solar And Fusion While Running On Gas Meta is betting on satellites and startups to solve its energy crisis while simultaneously funding new natural gas plants to power its data centers today. The contradiction is stark: Meta signed a deal with startup Overview Energy to develop up to 1 gigawatt of space-based solar power, though a pilot satellite won't launch until 2028 at the earliest and commercial viability remains years away. Yet Meta is simultaneously funding 10 new gas plants for its Louisiana data center campus.
What the Documents Show
google-docs-for-privacy-good-word-processor-alternatives.html" title="How bad is Google Docs for privacy? Good word processor alternatives?" style="color:#1a1a1a;text-decoration:underline;text-decoration-style:dotted;font-weight:500;">Google is building a major gas facility in North Texas while pursuing similar moonshot clean energy projects. These aren't marginal operations—they're core infrastructure investments revealing where Big Tech actually expects to source its power in the near term. The timing exposes a critical gap between public commitments and operational reality. Google admitted its carbon emissions rose 48 percent over five years and has conceded its 2030 net-zero target may be out of reach. The culprit is neither mystery nor gradual: the AI boom has unleashed what researchers call an "energy monster" unlike anything the world has previously encountered.
Follow the Money
Large language models and the data centers powering them consume staggering electricity volumes, yet experts disagree on exact figures because no one is tracking total consumption systematically. What's certain is that demand will sharply accelerate as AI integration expands across customer service, algorithmic management, warfare, and nearly every economic sector. The mainstream narrative frames this as a technology problem requiring technology solutions—better chips, more efficient algorithms, renewable capacity additions. What gets downplayed is the immediate human cost. As data centers strain local power grids, ordinary consumers face higher electricity rates competing against tech giants at the meter. The burden falls heaviest on working families already managing energy costs as fixed expenses.
What Else We Know
Meanwhile, Big Tech invests sharply in long-term speculative projects like space solar while securing guaranteed fossil fuel supplies for the next decade. In May, facing voter outcry ahead of elections, Big Tech firms signed pledges to either purchase or provide their own energy supplies. This announcement masked a structural problem: the companies are simply insulating themselves from public grid strain by securing private power sources, rather than solving the underlying energy demand crisis. They're essentially opting out of the shared sacrifice, leaving regular ratepayers to absorb the grid stress. The broader implication is that AI's energy requirements are being subsidized by ordinary people's utility bills while Big Tech outsources long-term risk to speculative ventures that may never materialize at scale. The space solar pilot won't launch for five years minimum.
Primary Sources
- Source: ZeroHedge
- Category: Tech & Privacy
- Cross-reference independently — don't take our word for it.
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