Phakathi nezinyanga ezinzima zasebusika, amamitha amanzi ahlakaniphile avame ukuba nokungasebenzi kahle ngenxa yamazinga okushisa aphansi. Ama-capacitor asebenza kahle kakhulu abalulekile ekuxazululeni le nkinga.
Ebusika, amazinga okushisa ayehla enyakatho ye-China, futhi amamitha amanzi ahlakaniphile ngokuvamile abhekana nezinselele ngokuncishiswa kwempilo yebhethri, ukulahleka kwedatha, ngisho nokungasebenzi kahle ezindaweni ezinezinga lokushisa eliphansi. Amabhethri endabuko ahlangabezana nokuwohloka komthamo okukhulu emazingeni okushisa aphansi, okuholela ekwehleni okukhulu kwempilo yebhethri ledivayisi kanye nezindleko zokulungisa eziphezulu.
Ngenhlanhla, ama-supercapacitor e-YMIN angu-3.8V anikeza isisombululo esiphelele kule nkinga.
Ukusebenza Okuhle Kakhulu Kwezinga Lokushisa Eliphansi: Ama-supercapacitor e-YMIN aziqhenya ngebanga lokushisa elibanzi kakhulu lokusebenza elingu--40°C kuya ku-+70°C, liqinisekisa ukusebenza okuzinzile ngisho nasezingeni elibandayo. Lokhu kuqeda ukucekelwa phansi kokusebenza kwamabhethri endabuko ezindaweni ezinezinga lokushisa eliphansi.
Ukuphila Okude Kakhulu Nokugcinwa Kwamahhala: Ngenxa yesimiso sawo sokugcina amandla okungewona amakhemikhali, ama-supercapacitor e-YMIN anikeza impilo yesevisi ende kakhulu (ngaphezu kwemijikelezo engu-100,000) nokuzinza komjikelezo, kunciphisa kakhulu izindleko zokunakekela ezihlobene nokushintshwa kwebhethri.
Izinga lokuzikhulula eliphansi kakhulu:Ama-supercapacitor e-YMIN anikezela ngokusebenza kokuzikhulula okuphansi kakhulu, nokusetshenziswa kwamandla amile okuphansi njengo-1-2uA, okuqinisekisa ukusetshenziswa kwamandla okumile okuphansi kwayo yonke idivayisi kanye nokwelula impilo yebhethri.
Iphephile futhi inokwethenjelwa:Idizayinelwe ngezinto eziphephile, azikwazi ukuqhuma kanye nomlilo, ziqeda ngokuphelele izingozi zomlilo futhi zinikeze ukunikezwa kwamandla okuphephile nokuzinzile kwamamitha amanzi ahlakaniphile.
Kuzinhlelo zokusebenza zamamitha amanzi ahlakaniphile, ama-supercapacitor e-YMIN avame ukusetshenziswa ngokuhambisana namabhethri e-lithium-ion. Lokhu akunxephezeli nje kuphela ukuntuleka kwebhethri kokukhipha amandla aphezulu ngokushesha, kodwa futhi kuvimbela ukuhamba kwebhethri, ukuqinisekisa ukuthi amamitha amanzi ahlakaniphile angakwazi ukuqeda ngokushesha imisebenzi efana nokulayishwa kwedatha nokugcinwa kwesistimu.
Ngokukhula okuqhubekayo kwesidingo semakethe samamitha wamanzi ahlakaniphile, ikakhulukazi ekulungisweni kwezindawo eziphakela amanzi kanye namaphrojekthi amasha okuhlala, ama-YMIN capacitor, ngokusebenza kwawo okuhle kakhulu okunezinga lokushisa eliphansi nokuthembeka okuphezulu, aphenduka isixazululo samandla esibalulekile ezinhlelweni zamanzi ezihlakaniphile, aqinisekisa ukusebenza okuzinzile ngisho nasebusika obunzima futhi afaka isandla ekuthuthukisweni okuhlakaniphile kokuphathwa kwemithombo yamanzi.
Isikhathi sokuthumela: Sep-06-2025