A New York-based company is leading the way in solar energy. solar energy with its Photonic Energy System, which consists of artificial and solar light spheres capable of producing more energy than a solar panel . This innovative technology could replace conventional conventional solar panels with compact, highly efficient spheres.
How do artificial light spheres work?
In terms of technology, these spheres, which range in size from just over 2.54 cm to almost 10.16 cm, have the ability to capture both sunlight and artificial light to generate electricity. According to Shereen Chen, CEO of WAVJA, these spheres use multiple layers of advanced materials to achieve significantly higher performance metrics than traditional solar panels.
In addition, each sphere is 30 times smaller than a typical solar panel, but produces 7.5 times more output, outperforming traditional panels in efficiency by more than 200 times. This technology, according to Chen, revolutionizes the use of sunlight.
Solar sphere technology
As for demonstration and operation, the spheres were exhibited in a device that converts light into electricity. device that converts light into electricity operating without connection to an external battery. The spheres powered LED lights and charged devices such as tablets and phones, showing their versatility and efficiency.
One promising use is the proof of concept of a vehicle powered by a cluster of 20 spheres, while futuristic renderings show large trucks and flying machines powered by these spheres, ensuring continuous electricity regardless of the weather.
Artificial and solar light spheres that transform energy into electricity. Source: WAVJA.
Solar spheres vs. traditional panels
In terms of generation and power, the third generation of these spheres is reported to be 60 times more powerful than similarly sized solar panels, underscoring WAVJA’s commitment to innovation in sustainable energy solutions.
In integration in various fields, the Photonic Energy System from WAVJA’S PHOTONIC ENERGY SYSTEM shows potential for applications ranging from transportation to community energy management, highlighting its contribution to environmental sustainability without the impacts of traditional solar panels.
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Source and photo: ecoinventos
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