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Vaak vergeten, schone, goedkope en overvloedige methoden voor het genereren van energie die de wereld kunnen veranderen / Less Known, Clean, Low Cost, Abundant Energy Technologies & Related World Changing Applications

Ecologische, Economische, Efficiënte Energietechnologie voor de toekomst / Environmentally Friendly, Economical, Renewable, Highly Efficient Energy Generation Methods for the Future

Ecologische, Economische, Efficiënte Energietechnologie voor de toekomst / Environmentally Friendly, Economical, Renewable, Highly Efficient Energy Generation Methods for the Future

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Sci<strong>en</strong>ce-Accepted “Free <strong>Energy</strong>” 18<br />

Triboelectric TENG - Intro<br />

• -->>cont: FREE ENERGY TYPES; Micro Curr<strong>en</strong>t <strong>Energy</strong> Harvesters:<br />

7 # TriboElectric NanoG<strong>en</strong>erator(TENG): TriboElectricity/Contact<br />

Electrification is utilized as newly announced tech in 2011(Zhong Lin Wang).<br />

Harvest <strong>en</strong>ergy effectively in wi<strong>de</strong> bandwidth from both minute contact<br />

electrification & electrostatic induction, Inv<strong>en</strong>tion increased usable effici<strong>en</strong>cies<br />

from less than 1% to max 50-60+% in few yrs from both regular & irregular<br />

motions, with near future industrial power application unless blocked by other<br />

groups or research goes classified:<br />

• Unique mechanics: for example, leading <strong>de</strong>vices oft<strong>en</strong> have multiple power<br />

g<strong>en</strong>eration mo<strong>de</strong>s:<br />

• i-two differ<strong>en</strong>t material based electro<strong>de</strong>s surface-touching & <strong>de</strong>taching, iisliding,<br />

iii-direct skin contact, rain drop or air flow etc on <strong>de</strong>vice<br />

surface(single electro<strong>de</strong> mo<strong>de</strong>), iv- "Free standing layer": Pair of<br />

symmetric electro<strong>de</strong>s is located below a <strong>die</strong>lectric layer, and the size of the<br />

electro<strong>de</strong>s and the gap distance betwe<strong>en</strong> them are of same or<strong>de</strong>r as size of<br />

the moving layer, & wh<strong>en</strong> this layer approaches or distances electricity<br />

flows betwe<strong>en</strong> electro<strong>de</strong>s. -->>cont:<br />

25<br />

linkedin.com/in/newnatureparadigm -B<strong>en</strong> Rusuisiak: Specialty <strong>Clean</strong>tech Analysis, Vancouver, Canada

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