"Ingozi Yamamayela Okugcina" Yezinhlelo Zamandla Ezithwala Amaloli Ezinzima
Ezinhlelweni zamandla eloli ezisindayo, izakhiwo zendabuko zivame ukusebenzisa amabhethri e-lead-acid ukwenza imisebenzi emibili: amandla okuqala nokuphatha umthwalo wamandla okupaka ngesikhathi eside sokupaka. Njengoba inani elikhulayo lama-terminals e-4G asebhodini, amasango ahlakaniphile, namadivayisi kagesi asekhaya, amabhethri e-lead-acid asengozini enkulu yokuphelelwa amandla ngemva kokupaka isikhathi eside, okuvimbela imoto ukuthi iqale kabusha futhi idale inkinga evamile yokukhipha ibhethri leloli elisindayo.
Kulezi zimo, onjiniyela kumele bacabangele kokubili ikhono lamanje lokuqala izinga lokushisa eliphansi kanye nomthamo osele kanye nokuphila kwebhethri ngemva kokukhishwa isikhathi eside, okudala ibhalansi engenakwenzeka kakhulu ohlelweni lwendabuko lwe-lead-acid.
Izimbangela Zobuchwepheshe
Amaphutha Esakhiwo Sezinhlelo Ze-Lead-Acid Ekushiseni Okuphansi Nasekuphileni Komjikelezo
Kwabanjiniyela be-elekthronikhi nabamandla, inkinga ingafingqwa ngamaphuzu amabili: ① Ukuphila komjikelezo omfushane: Amabhethri e-lead-acid athembele ekusabeleni kwamakhemikhali ukugcina amandla. Ngaphansi kwezimo ezijulile zokukhipha ishaja, izinto ezisebenzayo ziphela kalula, okuholela empilweni yomjikelezo evamile yemijikelezo engu-300-500 kuphela. Ukupaka njalo kanye nemijikelezo yokuqalisa njalo kusheshisa kakhulu ukuguga, okuphoqa ukushintshwa kwangaphambi kwesikhathi kwamabhethri e-lead-acid. ② Ukusebenza Okubi Kokushisa Okuphansi: Ezindaweni eziphansi njenge--40℃, ukumelana kwangaphakathi kwamabhethri e-lead-acid kuyanda kakhulu, futhi amandla awo okukhipha ehla kakhulu. Ngisho noma i-State of Charge (SOC) ibonakala yamukelekile, ayikwazi ukukhipha ugesi omkhulu owanele ngesikhathi esifushane, okubangela ukwehluleka kokuqala kwenjini emazingeni okushisa aphansi.
Lokhu kusho ukuthi uhlelo lwe-lead-acid lodwa cishe alukwazi ukunikeza amandla okuqala nokupaka umthwalo ozinzile futhi obikezelwayo ezindaweni ezimbi kakhulu.
Isixazululo se-YMIN
Ibhethri le-Lithium elihlakaniphile le-4G + i-YMIN Supercapacitor SDB Series “Ukwakheka Okuqinile Kokuqala Okukodwa”
Ama-Capacitors e-YMIN, ahlose ukusetshenziswa kwebhethri le-lithium elihlakaniphile le-4G emalorini athwala kanzima, aphakamise ukwakheka okuhlangene kwe-"power lithium battery + YMIN supercapacitor SDB series": ibhethri le-lithium linikeza amandla, kanti i-supercapacitor inikeza amandla, okwenza imojuli yokuqalisa eqinile ethembeke kakhulu ngokuchofoza okukodwa.
Ngokuphathelene nokukhetha, ama-capacitor ebanga lezimoto njenge-SDB 3.0V 30F 16×25 asetshenziswa njengeyunithi eyisisekelo yokwakha imoduli yokuqala ephuthumayo enenkinobho eyodwa yamaloli athwala kanzima. Le moduli inikeza izinzuzo zobuchwepheshe ezilandelayo: Ubuningi bamandla aphezulu kakhulu: Ama-supercapacitor e-SDB angakhipha ugesi wezinga eliphezulu ngama-millisecond, ahlangabezane nokushaya kwamandla amakhulu adingekayo ekuqalisweni kwenjini okubandayo, okwenza afaneleke njengengxenye eyinhloko "yokunikezwa kwamandla okuqala okuphuthumayo." Impilo yomjikelezo omude: Impilo yomjikelezo weseli ngalinye ingafinyelela imijikelezo engu-500,000, kanti impilo yomjikelezo wezinga lemoduli idlula imijikelezo engu-100,000, engadingi ukushintshwa kuyo yonke impilo yemoto, iphakeme kakhulu kunezinga lomjikelezo ongu-300-500 lamabhethri e-lead-acid. Ukumelana nokushisa okuphezulu nokuphansi: Igcina ukumelana okulinganayo okuphansi futhi ikhipha ugesi omkhulu ngisho naku--40℃; ingasebenza ngokuzinzile amahora ayi-1000 ku-85℃, ihlinzeka ngesilinganiso sokushisa esanele segumbi lenjini kanye nokwakheka kwe-chassis. I-High Voltage + Iphakheji Encane: I-voltage ekalwe ngu-3.0V isiza onjiniyela ukunciphisa inani lezixhumanisi zochungechunge ngaphansi kwe-voltage yesistimu efanayo. Uma ihlanganiswe nosayizi ongu-16×25 mm, inciphisa kakhulu usayizi wemojuli, ithuthukisa ubuningi bamandla esistimu iyonke, futhi yandisa ukuguquguquka kwesakhiwo. Isitifiketi Sokuphepha Okuphezulu Nezimoto: Umkhiqizo uqinisekiswe yi-AEC-Q200 futhi wakhiqizwa ngaphansi kohlelo lwekhwalithi lwe-IATF16949, okuqinisekisa ukuphepha okuphezulu. Ngisho noma kwenzeka ukwehluleka ngaphansi kwezimo ezimbi kakhulu njengokushisa ngokweqile, i-voltage ngokweqile, kanye nogesi ngokweqile, ngeke ivuthe noma iqhume, ngaleyo ndlela ihlangabezane nezidingo zokuphepha ezisebenzayo zemoto yonke.
Ukuqinisekiswa Kwedatha Nokunconywa Kokukhetha
Ngokombono wezinkomba zokuhlola, maqondana "nokutholakala kobunjiniyela," kuphrojekthi yebhethri le-lithium elihlakaniphile le-4G yamakhasimende eloli elinzima, ukuqinisekiswa okulandelayo kuqediwe ngokusekelwe ku-YMIN Supercapacitor.Uchungechunge lwe-SDBImodyuli yokuqala yezimo eziphuthumayo:
① -40℃ Ukuhlolwa Kokuqala Kokushisa Okuphansi: Ukuhlolwa okuqhubekayo ekamelweni lemvelo elingu-40℃, okunezimbangela eziningi zokuqala okuphoqelelwe ngenkinobho eyodwa, kufinyelele izinga lempumelelo yokuqala injini elingu-100%.
② Ukuhlolwa Kwemijikelezo Eyi-100,000: Kusetshenziswa indlela yomjikelezo "wokushaja-ukukhipha i-charge-rest", ngemuva kokuqeda imijikelezo eyi-100,000, izinga lokugcina umthamo we-capacitor lalingaphezulu kuka-80%, lisahlangabezana nesidingo sokuqala esiphoqelelwe senkinobho eyodwa.
③ Ukuhlolwa Kwesikhathi Sokuphila Kwesistimu kanye Nezindleko: Njengoba impilo yemoto yeminyaka eyi-10 ihlosiwe, ukuhlanganisa uchungechunge lwe-YMIN Supercapacitor SDB kunciphisa imvamisa yokugcinwa kwesistimu ngo-80% futhi kwehlisa izindleko zomjikelezo wokuphila kwesistimu yamandla cishe ngo-60%, kufezwa umgomo wokuklama "wokuthembeka okuphezulu + i-TCO ephansi."
Izimo Zokusetshenziswa Namamodeli Anconyiwe: Iseluleko Sokukhetha Okuqondile Konjiniyela Kwabonjiniyela abahlela amaphrojekthi alandelayo, uchungechunge lwe-YMIN Supercapacitor SDB luyisinqumo esikhethwayo: Ibhethri le-lithium elihlakaniphile le-4G elinokhiye owodwa lokuqalisa amaloli athwala kanzima; imodyuli yokuthuthukisa ukuqala ephansi yokushisa kwezimoto ezisebenza ezindaweni ezibandayo kakhulu; umklamo wokuqala ophuthumayo wezinhlelo zamandla ezimoto zezentengiselwano ezidinga ukuqala-ukuyeka okuvama kakhulu. Imodeli Enconyiwe: I-SDB 3.0V 30F 16×25 I-YMIN Supercapacitor SDB uchungechunge lwe-capacitor yezinga lezimoto.
Isiphetho
Ukuguqula "Ukwahlulela Okusekelwe Kulwazi" kube "Umklamo Wokuqala Owodwa Ongalinganiswa": Esikhathini esidlule, onjiniyela abaningi babethembele kokuhlangenwe nakho ukuze bagcinele ukuphindaphinda kwamabhethri amaloli athwala kanzima. Manje, nge-ymin SupercapacitorUchungechunge lwe-SDB, lokhu kuphindaphinda okusekelwe kokuhlangenwe nakho kungaguqulwa kube ukuminyana kwamandla okuphezulu kakhulu okulinganiselwe kanye nemiklamo yokuphila komjikelezo omude eqinisekisiwe kahle. Lapho uklama ama-capacitor okuqala okuphuthumayo amaloli asebenza kanzima, noma ezinye izixazululo zamabhethri e-lithium ahlakaniphile e-4G noma amabhethri e-lead-acid, samukela ukuhlolwa okuningiliziwe okusekelwe ochungechungeni lwe-ymin Supercapacitor SDB. Singaphinde sinikeze imidwebo yesekethe ephelele, ukwakheka kokushisa, kanye nokusekelwa kokulingisa impilo.
Isikhathi sokuthunyelwe: Disemba 18-2025