The wearable microgrids are giving inspiration for the new intelligent clothes and intelligent technology.

   

The wearable microgrids are giving inspiration for the new intelligent clothes and intelligent technology. 

The new wearable microgrids can be the element of the mobile technology of tomorrow. But they also can give inspiration for the new and powerful mobile-neural computers. 

The new "wearable microgrid" makes it possible to take electricity from the human body. The skirt harvests and stores energy from the body. The system consists of three parts, sweat-powered biofuel cells, motion-powered devices called triboelectric generators, and energy-storing supercapacitors. The idea is that this kind of wearable system can benefit from loading small electric devices. 

There is the possibility to make also similar systems, which are used at some kinetic watches, that are loading the batteries of the wristwatches, and connect that kind of systems to the capacitor. In that case, the system, that will transform the energy of the movement of the hand would also be connected to the supercapacitors, which is making the loading of the electricity even more effective. 

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Maybe the microprocessor, which uses living neurons bases similar technology as the wearable microgrid. 

The small microgrids are given inspiration for the powerful and mobile data-handling units, which can control the intelligent clothes and other systems. In those systems what can be called artificial brains are two layers of the cloned neurons and the system that inputs data to those neurons. 

The system might have two plates, and two network-layers of neurons between them. Then the system sends the data impulse through those neurons. This kind of biological computer might be the size of the mobile telephone. And it can use the nutrient, which can be processed in the bio chamber. The system can use specially modified algae, which will turn liquid vegetable nutrients for the neuron's nutrient. 

And that thing would protect them against viruses. Of course, that kind of system requires the feeding system, what can be nanotubes, what will feed those neurons, or some biological system, like the support cells of the central nervous system. It can put on the pocket of the jacket, and the system might use also the living bacteria for making necessary electricity for the system, which decodes the signal to the screen of that system. 

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The generators that are using the motions of the human body can put to the ankle or wrist, and the wires can also connect to the supercapacitor. That thing is more conventional than the biofuel-cell-based system, but it can increase the capacity of that thing. Nanotechnology is an interesting thing, and in some visions, the entire overall what person wears can be equipped with nanogenerators. 

The idea of those things is simple. the material consists of chambers, each with a structure in which a small piston rotates a nano-sized generator. And that structure can be used to generate electricity efficiently. Likewise, the coverall can be covered with a thin layer of silicon, i.e. nano-sized solar panels, so that its surface can generate electricity what makes it more effective than ever before. 

https://scitechdaily.com/wearable-microgrid-harvests-energy-from-human-body-to-power-electronic-gadgets/