BREAKING NEWS
SpaceX Buys $329M in Tesla Megapacks for Data Centers
TechCrunch reports that SpaceX spent $329 million on Tesla Megapacks so far this year, including $295 million during the second quarter alone. The massive battery storage orders primarily support high-demand data centers following SpaceX's acquisition of xAI.
QuickTools AI Team
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Aug 4, 2026•3 min read•Source: TechCrunchAI-assisted summary · Automatically reviewed by the QuickTools Quality Pipeline
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⚡ In Short
- SpaceX directed $295 million toward Tesla battery equipment specifically during the second quarter earnings period.
- Before joining SpaceX, xAI acquired social media platform X in 2025 to expand its technology footprint.
- Megapack industrial batteries deliver instant electricity within a second or less to handle fluctuating GPU power spikes.
What Happened?
According to a recent Tesla regulatory earnings report, SpaceX significantly escalated its procurement of Tesla energy hardware. Prior to its merger with SpaceX earlier this year, xAI had separately purchased $430 million worth of Megapacks, following a modest $34 million order in the first quarter. Filings further show that SpaceX acquired $131 million in Tesla Cybertrucks at full retail price through December 2025, illustrating extensive commercial ties across Elon Musk's business ecosystem.
Key Highlights
1
SpaceX directed $295 million toward Tesla battery equipment specifically during the second quarter earnings period.
2
Before joining SpaceX, xAI acquired social media platform X in 2025 to expand its technology footprint.
3
Megapack industrial batteries deliver instant electricity within a second or less to handle fluctuating GPU power spikes.
Why It Matters
Artificial intelligence data centers demand inconsistent power levels during intensive model training and running inference workloads. Although xAI uses natural gas turbines near its Mississippi Colossus project, large battery systems remain essential. Megapacks supply rapid backup power within a second or less to smooth out GPU power spikes, preventing steep utility peak charges and protecting on-site electrical infrastructure from operational overloads.
💡 Related AI Tools
Operating AI compute infrastructure requires continuous monitoring of dynamic power profiles alongside hardware demands. Technologists building large GPU clusters rely on advanced resource scheduling tools to balance server performance with localized battery storage, ensuring stable power delivery while keeping operational utility costs down.
Conclusion
These massive battery transactions demonstrate how Musk's interconnected corporate network leverages internal commercial synergies to build out the heavy power infrastructure demanded by next-generation artificial intelligence workloads.
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