Overview

Modern buildings still rely on a cooling principle invented more than a century ago: compress, condense, expand, repeat. While controls have become smarter and equipment more efficient, the core idea has barely changed. Compressors remain energy-hungry, maintenance-intensive, and environmentally burdensome. This book begins with a simple but radical question: What if buildings could cool themselves through their skin-without compressors, refrigerants, or traditional HVAC machinery? Inspired by reptile thermoregulation, Building Exoskeleton Cooling Skin explores a theoretical outer façade system that absorbs heat from the building interior, transports it through a smart exoskeleton layer, and releases it to the external environment. The building envelope becomes an active thermal organ rather than a passive separator. This concept has never been built. That is intentional-and important. The goal of this book is not to sell a product or describe a finished technology, but to push the boundaries of HVAC, façade engineering, and building physics. It challenges conventional roles: HVAC systems confined to plant rooms, façades reduced to shading and insulation, and cooling limited to mechanical cycles. This book is written at the intersection of engineering realism and future possibility. Every idea is grounded in thermodynamics, materials science, and building services logic-yet deliberately extends beyond today's construction norms. It is meant to provoke discussion, research, disagreement, and innovation. If buildings are ever to become truly low-energy, resilient, and climate-responsive, they must begin to behave less like machines-and more like living systems.

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