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Ingenziwe ngamaxwebhu okuEmbed YouTube Video Le ndawo iibatri lihlala liphakathi kwisezantsi zokusebenza ezidingekayo. ISemi yinkampani eyahlukileyo ukwenzela amandla apha ukuhlanganisa ama-uthetho akhona, futhi lesi sikhathalizwa sikufuneka siyazi ngezinto ezisebenza, ukuba zingaphandle kanjani zinceda nokuba zingazange zisemva kwindawo yokugcina. Iibatri yizindlela zokugcina umoya okusetyenziswa kunye nokusetshenziswa kwesiqephu (ukuphucumana kokusebenza) ukuze udale umoya wokuqala, ngaphezu kwesinye isinqumo, iisuper kapasitha futhi zihlala zingcinikeleyo kodwa zisebenza ngomsebenzi ofanele. Umthengiso wodwa usetyenziswa ukugcina umoya phakathi kwakho. Ngokugcina, xa uvume isuper kapasitha, umbhali wodwa wesiphephandaba esihamba phakathi komthengiso kunye nokulula elilindelekileyo ifaka umoya. Lolu hlobo lokungcono kweesuper kapasitha kulula ukuba zinguqulele kuqondiswa kunye nokubhediswa ngokushesha. ukhuhlane okubhaliweyo futhi zihlala izidinga elikhulu kulandelule kwiibatri ezidingekayo, uzoba kukho kuhluke lokuhlola ukubanzi kakhulu.
Ngoko ke ngoku kufuneka ukwenzakelelo oluhle lokuba nini nge-ultra capacitors. I-ultra capacitor yinto engu-supakapathandaba esiyaziyo eSemi apha okungayiqinisekisa isintu sesikhombiso sekhona. isixhumanisi somafomu lokhu kunokulandelana nama-rhiya, phakathi kwezincinci ezifana namacar zomoya nokucala nokuba amasipho amaphandle kwesonto. Ukhiqiza kwezinye izinto ngaphambi kokuthi uqale ukusuka kuhle kucar yencinci, i-ultra capacitors zingakwenza ukuthi zikhuliswe khona. Ngokushesha eliphambili, uzokususa umlando wemali ngokuphelele.
Izicatshulwa eziphakeme kwi-super capacitors kwe-iSemi ziyahlukele ngokubanzi ukuthi lokhu luhlukene ne-electrode, electrolyte kunye no-separator. Isibonelo soku kusetshenziswa siya ku-activated carbon futhi le-electrode yahlukile ukuthi ungene imvelo elinamandla. Electrolyte yi-fluidi eyayithola amakhompi esizoba uhlola ulwandle lokho olungako nge-electrode apho kuhlola umvelo. Separator iyaphindaphinda ukuba am-electrode angazama ukufumana. Lokhu kuya kuvula izinkinga ezifanekayo ngokuba ukuba am-electrode angafumana kuzoba kuhlanganisa i-short-circuiting, okungaba ukuba am-electrode angafumana ngazo zikhono. Njengekhombi, i-Container Yokugcina Umdlalo bazame ukubeka isilondolozi samasupha esetshenziswa kwisezantsi lokusebenza, kusuka emagadhi etyeni kusukela kwezinto ezingaphambili.
Ngokulandelwa, isiphamo esincane sokuthi zibophelele kakhulu nge-super capacitors yinto yokuba zingakwenza ukukhupha uquketho kwisezantsi ezininzi. Ama-battery amaphantsi, ngaphezu kwesinye, azifundekayo indlela yokugcina uquketho kumthetho wesikhephe nokuba zikhawuleze ngexesha eliphambili ukubuyisela iquketho lokugcina lweelektroni okufunekayo. Ngaphezu koko, ase-supercapacitors ayiqhuba iquketho ngoku ungene umoya wase-battery; kunye nalokho, ziqhuba le ndawo ngokwemvume elektroniki obungakho ukuba zithathelise lo ndawo ngokushesha. ukugcinwa kwezinye izikhundla ezikhandzeni yizamelekanga zazo zihlawulwa kusemisini apho kufuneka uhlanganiswe imininingwane engaphambi kokuba kuhamba ngokushesha — phuma amaxhego weelektri akhiwo ancedise ukukhawula ngokushesha okanye izitreyeni ezidinga uphandlu olushesha ukusetyenziswa.
ISemi ingalayisha super capacitors ngokulandelayo. Izibalo zithintiswe izindlela zokuhlola uhlangothi lokuhlala lokuhlala lokuhlala lokuhlala lokuhlala lokuhlala isithembiso somfene sesikhati ukubuyelekha, ukungabona ukuhlelwa kwezinto zokusebenza kunye nokususa amagugu wophrojekshini. Ukuba ISemi uzame ukuthola okuhlelwe ngezintengo ezilungileyo, singakwazi ukuphatha ekwenzekaleni sasihlala sinayo ngaphandle kwamagugu omkhulu apho sizoba ukugcina isithuthi sesikwekwe kakhulu kunye nokufika kwindawo engavumelekanga amagugu amanqaku atholakele.
Ibhanga le-R and D yethu liyenzela ukuthatha inkululeko yokuqondisa, ukugcina nokuhlela imithambo yomthelela. Liyakwakha nangokuphathwa kwezinto zokugcina umthelela kanye nokuphatha kwezinto zokuphatha isikhathi sokugcina umthelela. Ibhanga lethu lokuproducwa liyakhathalela ukuthuthukisa i-Supercapacitor ultracapacitor yokuproducwa njengoko futhi ukuthuthukisa ubukhulu bempahla kanye nezindlela zokuproducwa.
Abesikhwela bethu bakhathalela nokubhekisa i-Supercapacitor ultracapacitor yezindlela zokugcina umthelela okufanele kuzinikezela izinkinga zomkhonzi. Siya kubeka phakathi ukuchazwa kakhulu kwalesi siphumo njengoko futhi iziphakamiso zezinto zokusebenza kanye nokubhala izibhalo zokubhala ukusiza ukuba ungene emnye yezindlela zokugcina umthelela.
Ukugcina kwezinsuku ziyisikhathi sokugcina kwe-20MWH ngezilayini zokugcina i-Supercapacitor ultracapacitor PACK. Kunezilayini ezimbili zokugcina isistimu esizimele zokugcina kwezinsuku ziyisikhathi sokugcina kwe-5MW/10MWH. Abesikhwela bethu be-R and D bakhona ngokupheleleyo kakhulu kanye nabafundi abanobunye obungapheliyo kanye nobudlelwane obubanzi.
U-Henan SEMl Science and Technology Co., Ltd. yindlela enobumba kakhulu yezibalo ezintsha, i-Supercapacitor ne-ultracapacitor kwintshukumo yemithombo yokuqala yokuqala, ukuchaza nokuphatha iinkqubo zokugcina imithombo yokuqala, ukuchaza nokuphatha izinto zokufaka imithombo yokuqala, njengoko kunye nesiphumo sokufaka imithombo yokuqala kwaye ukuthenga kwiinkqubo zokufaka imithombo yokuqala. Inombolo yokuphatha ngonyaka yi-6GWH.
