Geothermal Energy Explained: How Skyscrapers Are Heated & Cooled Underground

Geothermal Energy Explained: How Skyscrapers Are Heated & Cooled Underground
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What if the secret to heating and cooling massive skyscrapers wasn’t in the sky—but beneath our feet? 🌍
In this in-depth video, we explore Geothermal Energy and its revolutionary role in heating and cooling skyscrapers, explained clearly for civil engineering students, professionals, and infrastructure enthusiasts.
This video breaks down how geothermal systems work, why they are gaining global attention, and how they are transforming energy-hungry high-rise buildings into sustainable, low-carbon structures. From simplified working principles and underground heat pump systems to real-world case studies like New York City’s geothermal retrofits, we connect theory with practical engineering applications.
You’ll also learn how geothermal energy scales from skyscrapers to homes, how it reduces long-term energy costs, supports energy independence, and plays a key role in future smart cities and green building design. Whether you’re preparing for exams, working on real projects, or planning future-ready infrastructure, this video delivers valuable insights.
🔹 Topics Covered:
• How geothermal heating & cooling works
• Heat pumps and underground loop systems
• Skyscrapers as geothermal energy hubs
• Cost savings and carbon reduction
• Government policies & global trends
• Role of civil engineers in the green energy transition
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Geothermal Energy Explained: How Skyscrapers Are Heated & Cooled Underground
CIVIL ENGINEERING EDGE