Ukhohlwe Izindlela Zokukhiqiza Ugesi Kanye Namandla: Ehlanzekile, Eshibhile, Ngezinye Izikhathi Mahhala Futhi Abe Nekhono Lokushintsha Umhlaba/ Hidden New Energy..
Ukhohlwe Izindlela Zokukhiqiza Ugesi Kanye Namandla: Ehlanzekile, Eshibhile, Ngezinye Izikhathi Mahhala Futhi Abe Nekhono Lokushintsha Umhlaba./ LESS KNOWN, CLEAN, LOW COST, ABUNDANT ENERGY TECHNOLOGIES & RELATED GAME CHANGING APPLICATIONS. Izindleko zezemvelo, ezomnotho, ezobuchwephesha obunamandla kakhulu zezekusasa./ Environmentally Friendly, Highly Efficient Energy Generation Technologies for the Future. Keywords: isimo semvelo, ukushintsha kwesimo sezulu ngokungazelelwe, ukuthuthwa kwesimo sezulu, ukungena kwemvelo, amandla okunye, amazwe ahlangene, i-anthropogenic, i-biofuels, i-biosphere, i-black carbon aerosol, umjikelezo we-carbo, ukuphelelwa yisikhukhula, umphumela wokushisa, iGGG, i-Kyoto protocol, Ukunciphisa, isayensi yemvelo, ukuvikelwa kwemvelo, ubunjiniyela bezemvelo,
Ukhohlwe Izindlela Zokukhiqiza Ugesi Kanye Namandla: Ehlanzekile, Eshibhile, Ngezinye Izikhathi Mahhala Futhi Abe Nekhono Lokushintsha Umhlaba./ LESS KNOWN, CLEAN, LOW COST, ABUNDANT ENERGY TECHNOLOGIES & RELATED GAME CHANGING APPLICATIONS.
Izindleko zezemvelo, ezomnotho, ezobuchwephesha obunamandla kakhulu zezekusasa./ Environmentally Friendly, Highly Efficient Energy Generation Technologies for the Future.
Keywords: isimo semvelo, ukushintsha kwesimo sezulu ngokungazelelwe, ukuthuthwa kwesimo sezulu, ukungena kwemvelo, amandla okunye, amazwe ahlangene, i-anthropogenic, i-biofuels, i-biosphere, i-black carbon aerosol, umjikelezo we-carbo, ukuphelelwa yisikhukhula, umphumela wokushisa, iGGG, i-Kyoto protocol, Ukunciphisa, isayensi yemvelo, ukuvikelwa kwemvelo, ubunjiniyela bezemvelo,
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Science-Accepted Past Grid Parity Tech 24:<br />
H.R. XV Thz-FIR Rectenna etc<br />
• —>> cont: ▀▀2. Mainly Solid Harvester based Industrial HEAT RECOVERY as<br />
Electricity:<br />
• •j Ambient EHF(Extreme High Frequency), Thz(Terahertz), FIR(Far InfraRed)<br />
Rectenna (0.1-30Thz) by nano material use: Likely most disrup>ve science<br />
accepted under-explored heat recovery as EHF-FIR-Thz range EM radia>on of<br />
heat harves>ng by Frequency Selec>ve Surface(FSS) nanostructures & resonance<br />
amplifying(Redwave <strong>Energy</strong>, Univ Manchester+): usually focused on industrial<br />
heat on to easier high % harves>ng quality.<br />
• Metamaterial(manmade specific geometric paVern) or SRR(Split Ring Resonator<br />
enabled broader band recep>on should significantly improve efficiency especially<br />
at Extremely High Frequency range harves>ng up from 0.001-1Thz range(Parc<br />
Xerox+), But generally 70-80+% conversion range should be possible & without<br />
heat-cooling maintenance concern like thermoelectric In addi>on, FIR<br />
Rectenna(FIR absorbing Op>cal Rectenna) technically allows microcurrent<br />
harves>ng perpetually 24hrs since everything emits FIR wave at above 0K(-273C).<br />
-->>cont:<br />
68<br />
linkedin.com/in/newnatureparadigm -Ben Rusuisiak: Specialty Cleantech Analysis, Vancouver, Canada
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