Gravity-Assisted Cooling: The Future of Truly Passive Building Comfort
Passive cooling is more than a buzzword in sustainable architecture — it’s becoming an essential design strategy for reducing energy use, lowering carbon emissions, and enhancing indoor comfort without mechanical systems. Rather than relying on energy-hungry fans and compressors, passive cooling uses natural forces and clever materials to manage heat. Traditional passive strategies include radiative cooling to the night sky, strategic ventilation, shading, and thermal mass — all aimed at mitigating heat gain or encouraging heat loss naturally. ( Wikipedia ) Now imagine taking that idea a step further: what if a building could cool itself using gravity, smart airflow paths, and thermal materials that store and release heat intelligently — without a single moving fan blade or electrical compressor? That’s the exciting theoretical concept behind Gravity-Assisted Cooling. 🔗 Grab your copy here: https://a.co/d/hjlFs40 #Amazon via @Amazon 🚪 How Gravity-Assisted Cooling Work...