Tesla is most popular for developing materials for its vehicles. Recently we have seen tough glass windows on the cybertruck that company very confidently claimed its unbreakable. Unfortunately, it did not turn out during the launch of the pickup truck. However, in its latest innovation a new glass technology which betters noise reduction and can maintain the temperature inside the car.
Tesla’s New Glass Technology Reduces Noise & Controls Temperature
That incident did not stop the US EV maker to create innovations. The latest new glass technology for better noise reduction that featured in a recent patent filed by the company under the name “automotive perforated insulated glass structure.”
This Tesla’s new technology is not only meant for noise reduction but also focuses on controlling the temperature inside the vehicle. As per the patent application, the glass technology will provide “noise absorption and temperature insulation characteristics.”
Let us know see how the patent explains the uses of the glass.
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The automaker explains the system in the patent application
Some vehicles use alternative materials to create the structure or body of the vehicle. For example, vehicles may use glass to create parts of or the entirety of the roof of the vehicle in order to create an interior that feels more open to the outside world. In some instances, it is desirable for glass used in the body of a vehicle to provide noise absorption and temperature insulation characteristics. Thus, the interior of the vehicle will feel more open to the outside world, while providing noise absorption and temperature insulation characteristics.
In some embodiments, a glass structure for a vehicle includes an outer layer of glass and an inner layer of glass, wherein the inner layer of glass is perforated by a plurality of holes and wherein the outer layer of glass and the inner layer of glass are separated by a gap disposed between opposing surfaces of the outer layer of glass and the inner layer of glass. The perforations, layers of glass, and gap between the inner and outer layer may further be tuned for desired noise reduction characteristics, insulations properties, visual appearance, and the like.
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