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Why is Meta’s data center crushing Manhattan?

نمای تصویری Hyperion Data Center روی منهتن، مقایسه ابعاد و تأثیر مراکز داده AI متا
Why is Meta’s Data Center Crushing Manhattan? | Full Analysis of Hyperion and Prometheus

Why is Meta’s Data Center Crushing Manhattan? 🗽🖥️

🗽 Introduction: The Importance of Mega Data Centers

In recent years, the explosive rise of artificial intelligence and cloud services has put massive pressure on data centers. With its Hyperion and Prometheus projects, Meta plans to invest $29 billion to build enormous compute power that could cover a significant portion of Manhattan’s energy and processing capacity.

Sources: Bloomberg Finance, ITPro

💡 “Crushing Manhattan” is a metaphor to show the scale of energy and technology involved.

🏗️ Hyperion & Prometheus: Meta’s Strategic Pillars

Hyperion in Louisiana has a final phase capacity of 5 GW, and Prometheus in Ohio has 1 GW. Both projects are designed for Meta’s advanced AI infrastructure.

“Just one of these superclusters covers a significant portion of Manhattan’s footprint.”
— Mark Zuckerberg, ITPro

💻 AI Technology & Infrastructure

To support AI, data centers require:

  • High-performance GPU servers and ultra-fast fiber networks
  • Massive, reliable storage systems
  • Smart heat management and cooling systems
  • Backup energy systems and emergency batteries

The Hyperion phase can perform billions of AI operations per second, accelerating the development of AI models.

💡 The combination of hardware and smart energy is the key to AI data center success.

📈 AI Demand Forecast (Exaflops/year)

Global demand for AI compute is projected between 2025 and 2030.

🔎 Source: OpenAI Research

🌱 Energy & Environmental Impact

5 GW projects place major pressure on local grids. Even with renewable sources, backup batteries and emergency systems are essential.

Green Energy Advantage

Using wind and solar can cut up to 70% of data center consumption.

Grid Challenge

Rapid consumption growth stresses transmission lines and requires backup batteries.

Carbon Impact

Even with renewables, server production and cooling create a significant carbon footprint.

⚡ Energy Comparison: Hyperion vs. Prometheus

The chart shows energy consumption, renewable share, and their locations.

🔎 Sources: ITPro, Bloomberg

❓ FAQs

Why does the project “crush” Manhattan?
It’s a metaphor showing the massive scale of energy and infrastructure required.
What’s the difference between Hyperion and Prometheus?
Hyperion has 5 GW capacity, Prometheus 1 GW. Both are built for Meta AI.
Is renewable energy enough?
Partially, but batteries and emergency sources are still required.

✅ Conclusion

Meta’s data centers represent the future of AI and cloud infrastructure. With massive energy demand and technical complexity, they stand at the frontline of both innovation and environmental challenges.

“Each data center is like a small city with its own energy and smart network.”
— ITPro Analyst
💡 Analyzing these projects helps optimize decisions around AI and energy.