Have you ever wondered how the pine cone knows when it is opened and closed? It is not magic, It is a science.
Now, the researchers took this sign from nature to create something great for our homes.
Let’s get to know how this revolutionary window technology works, while maintaining the comfort of your home without using watts of electricity.
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Solar Energy Gate window system (Be Van de Gatein)
Genius nature design
Pine cones contain these amazing scales that respond to moisture. When wet, it is closed tightly. But when the weather is warm and dry, it opens widely to release its seeds. This simple and effective mechanism inspired scientists to develop a smart window system that can change the way we think Energy efficiency in buildings.
Solar Energy Gate window system (ICD/INTCDC University in Stuttgart)
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The solar gate window system
Scientists from Stuttgart and Germany have developed what is known as the name Solar Energy Gate window system. It is like a small built -in dualism in your windows. These smart windows have special elements wandering when they are cold and moist, and allow the sun to warm your home. But when the weather is hot and dry, they climb to prevent the sun and keep things cold inside.
Solar Energy Gate window system (ICD/INTCDC University in Stuttgart)
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How to work
The solar gate system consists of a group of self -curvature elements inspired by pine across the pine between two numbers of glass in an aluminum window unit. Each element is brilliantly designed with three distinctive layers, each of which provides a unique purpose. The bottom layer consists of cellulose powder and a thermal plastic mixture that enlarges when exposed to moisture. Above this lies a medium layer made of thermal plastic, which is not affected by moisture.
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The top layer consists of a flexible vibrant vehicle threads that bear the entire structure together. When exposed to wet air, the bottom layer expands, causing the element to the top. On the contrary, in dry circumstances, he returns to his flat condition. This simple and effective mechanism allows the window to respond automatically Change weather conditionsProvide optimal shading and penetration of light as needed.
Solar Energy Gate window system (ICD/INTCDC University in Stuttgart)
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The real world test
The solar gate system underwent real test in the world to prove its effectiveness. In a comprehensive study for a year, the researchers installed 424 solar energy portal elements on the southern face facing a research building at the University of Freiburg. The results of this extensive experience were not less impressive.
During the wet wet winter months, the elements responded by nets up, allowing the sunlight to penetrate the building. This natural response is effectively driven and sheds light on internal spaces, which reduces the need for artificial heating and lighting. On the contrary, with changing seasons and summer conditions brought warmer and more dry, items were automatically settled.
This climbing procedure has prevented excess sunlight, while maintaining cold and comfortable in the building effectively without the need to air conditioning thick energy. The test showed the system’s ability to adjust independently with changing weather conditions, providing optimal comfort and energy efficiency throughout the year.
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Solar Energy Gate window system (ICD/INTCDC University in Stuttgart)
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The future of energy -saving buildings
This innovative approach to building technology has long -range effects that exceed the mere window systems. Researchers have already started exploring similar vital simulation principles in a variety of applications. For example, studies have investigated the development of shading systems using wooden slices that can open and close the response to environmental conditions.
In the world of textiles, scientists work on “smart” clothes fabrics that can adapt to the surrounding temperature, providing the optimum comfort of the younger. Perhaps the most interesting thing, these principles are applied to the field of robots, where researchers develop small mobile robots that can respond to environmental stimuli in ways inspired by natural mechanisms. As we continue to inspire the genius designs of nature, it seems that the possibility of creating more sustainable techniques and limitless response.
Solar Energy Gate window system (ICD/INTCDC University in Stuttgart)
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Nature never stops our surprise at its genius solutions, and the solar gate window system is a great example of how to harness these natural wonders. By simulating Pinecone, scientists have created a game change technique that can revolutionize how we deal with energy efficiency in our buildings. It is interesting to think about a future where our homes and offices adapt to the environment as living organisms do. Who knew that the most intelligent building key was hiding in our forests all the time?
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