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I-Capacitor yinto encinciyo enye yebhatteri engenazo inkqubo yokugcina impumlo yekhomkhuthi, kodwa ikhuphele ukugcinwa kwe-membrane yesayikili ngokugcinwa kwaye ukutshelwa kwezixhobo zokugcinwa. Yenziwe ngokubini amapleto e-conducting edluliselwe ngu-insulator, ke ngumkhangiso owophelela okanye dielectric. Imvelo yezixhobo ikhiqizwa phakathi kwepleto xa ikhankatha ivoli ngu-DC, le mevelo igcinwa ukugcinwa. I-Capacitors zifumaneka kwiindleko ezininzi ukuphatha amandla kwaye ukulahla ukungcola.
Ngexesha elinye, I-supercapacitor, okanye i-ultracapacitor, yinguqu luncinciyo wecapacitor inokugcinwa ngokukhulu kwezixhobo. I-Supercapacitors ayigcinwa amandla ngendlela efanayo neebhatteri eziphambene — ngaphandle kweereaction zokugcinwa, zisebenzisa i-electrostatic forces. Oku kuthetha ukuba i-supercapacitors inokulayisha kwaye ukugcinwa ngokukhawuleza kunezicaphu eziphambene, oko kuthetha ukuba ziyasebenzisa kwiimeko ezingadinga ukushisa ngokukhawuleza kwamandla.
Iisuphakitha ezaziwa ngokuba zinokugcinwa okuphezulu kunye nokulayisha ngokukhawuleza kune zokusebenzisa. Imeko ethandwayo kukusebenzisa kwiindlela zokulayisha, apho iisuphakitha zingagcinwa izixhobo ukuya kwiindlela zokulayisha zokulayisha kwaye zitshelwe ngokukhawuleza ukwenzela ukuthutha okuphezulu kwindawo yokulayisha. Lokhu kungenzeka ukuba kufezekise indawo yokulayisha kunye neendawo zokusebenzisa.
Kangangeminyaka emininzi, abaphandi baye bazama ukwenza izinto ngendlela efanelekileyo kwii-condensator nakwi-supercapacitors. Ukuphuculwa okuthakazelisayo kubonakala ekusebenziseni izinto ezinje nge graphene, ezinokuqhuba okuphezulu kunye nomphezulu womhlaba, ofanelekileyo kwii-electrode ze-supercapacitor. Oku kukhokelele ekwandeni kobuninzi bamandla ombane kunye namandla ombane we-supercapacitors, kwakhona eyenza ukuba ikhuphisane ngakumbi neebhetri eziqhelekileyo.
Enye into ephambili kuphando yinkqubo yokwenza, njengokushicilela kunye nokuqengqeleka, okunokunciphisa iindleko zeemveliso kunye nokulula kokukhulisa iicondensors kunye ne-supercondensors. Ezi ziqhuba ukukhawulezisa uphuhliso lwe supercapacitors kunye nokwandiswa kwezicelo zazo ukusuka kwi-elektroniki yabathengi ukuya kumandla avuselelekayo.
I-Supercapacitors iyahlula kwiindlela zokugcinwa kwezixhobo zokusebenza, ukuya kuba ngolwazi olulodwa lwe-batteries eziphambili, iye kuba ngomdlalo omtsha nokuthobela ngokukhulu kwi-battery ephethwe ngokupheleleyo. Iindlevo zinokugcinwa kwezixhobo — oko kukuthi, zinokulayishwa kunye nokulayishwa — ngeminyaka engamaqela ngaphezulu engathi akuyi lula ukuba ziliphe kakhulu, into enokuthi yenzeke kwiimeko eziphumelelayo.
I-Supercapacitors zibalulekile kwiindlela zokusetyenziswa kwezixhobo zokulandela umoya njengoko ziguqula i-energic ephumelelweyo evela kwiipaneli zasolari kunye nezinye iindlela zokulandela umoya. Le nergi ngoko iya kulayishwa ngemixe engaphezulu kwaye akukho mntu engathi isetyenziswa, okanye xa umthamo uguqule kakhulu, kunye enokusiza ukulungisa ummandla kunye nokwenza ukuba kufike kwezixhobo zokulandela umoya kungenokuthobela ngokukhulu.
Itimu yethu ekwaziqhelweni izisebenzisa ukwazi naebeleko layo ukusiza nokulungisa impendulo yokugcina izimali ezingenako ingcinga yabasebenzisi. Siya kunceda ngencwadi engeyiyo yesicwangciso kunye neemeko zeqhezu, njengoko nakukhangelo lwesicwangciso se-capacitor supercapacitor ukuze ubekelwe kwindlela efanelekileyo yokugcina izimali.
Ukuprodukwa kwesuku kuyi-20MWH, ngezilayini ezi-4 zokuprodukwa kwezinto zokugcina amandla. Kunezinto zokugcina amandla (Capacitor supercapacitor) ezinokuprodukwa kusuku kwe-5MW/10MWH. Aba-engineers bethu bakuthuthukiswa kakhulu banezifundo zokufunda kunye nokusebenza kwezinye iindawo.
Henan SEMl Technology and Science Co., Ltd. iyindawo yesikhuthazelo esihlukele kwi-capacitor supercapacitor yenyanga entsha, ifumanisa ngokuphakeme iprojekthi yokugcina amandla okanye nokulayishwa kwezinto zokugcina amandla, ukufinyelela nokuhlola kwezinto ezintsha zokuchoba amandla, kunye nokufakela izilungiselelo nokubhediswa kwezistesheni zokuchoba nokusetha. Ukusetyenziswa kwemvume yonke yi-6GWH.
Iphondo le-R and D yethu liyasebenza ngokuthenga i-capacitor ne-supercapacitor ukusetyenziswa kwe-design yeelektroniki, ukugcina nokuhlela i-system yomthelela kwimithombo. Liyakwakha nangaphandle kwe-structure yezinto ezikhoyo kunye ne-system yokuphatha ukuchitha kwezinto zokugcina umthelela. Ithimba lethu lokuprodukisa liyathemba ukuthi liyahlala liphambili ekuthengisweni kwezindlela zokuprodukisa, ukongeza ubungakanani bokusebenza nokubhekiselela ukuthi iqinisekise indawo yobukhulu.
