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Introduction
As urban areas expand, the materials and layout of buildings and open spaces profoundly affect the urban microclimate. The "heat island" effectāwhich causes cities to remain warmer than surrounding areas, especially at nightāis influenced by urban design, building density, and material choices. Heat absorbed by city structures during the day is released back into the air at night, intensifying temperatures and affecting energy demand and comfort.
The Role of Materials
Traditional building materials can trap and reflect infrared radiation, leading to heat build-up in urban "canyons" between buildings. This accumulated heat raises air temperatures and adds to the energy load for cooling systems. Research on reflective or ācoolā materials shows they can reduce urban temperatures by reflecting solar radiation and emitting less heat.
Our Approach at SCHD
At Smart Climate Heat Drop, we take this concept further by using light management technology designed to reduce surface temperatures without compromising functionality. Our patented technology leverages light principles to control albedo, optimizing energy balance and reducing urban heat.
Using advanced techniques and rigorous testing, we've seen measurable reductions in surface temperature across different materials. With our solutions, weāre pushing toward a future where urban areas remain cooler, lowering cooling demands and mitigating the heat island effect. This approach addresses energy savings and supports sustainable urban planning by enhancing comfort and reducing greenhouse gas emissions.
Learn More
Weāre excited to contribute to research-backed solutions for climate-resilient cities! Check out our website and LinkedIn page for more insights on how weāre shaping a cooler, more sustainable future.
Contact: info@satoornik.com
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