Ukukhathazeka Komklami/Umkhiqizi
1. Uhlobo Lombuzo: Ukuqhathaniswa Kokusebenza
Umbuzo: Ingabe impilo yebhethri iyonke ye-Hybrid Supercapacitor yanele ngemva kokushintsha amabhethri eseli elomile?
Impendulo: Ama-capacitor e-lithium-ion e-YMIN anamandla okukhipha amandla aphansi kakhulu (≤1.5mV/ngosuku). Uma sibheka i-ActionsATB***SoC njengesibonelo, ukuvuza okumile kwedivayisi yonke kungaba ngaphansi kuka-50nA, ngokusetshenziswa kwamandla okuvamile kwansuku zonke okungaba ngu-0.168mAh kuphela. Kuhlanganiswe nephaneli yelanga ekhanyayo kancane (ezindaweni ezimnyama: ukubuyiselwa kwamandla okuvamile kwansuku zonke kungaba ngu-0.25~0.35mAh; ezindaweni ezikhanyayo ezinamafasitela noma ehhovisi: ukubuyiselwa kwamandla okuvamile kwansuku zonke kungadlula u-0.5mAh), "inani lamandla elingaphezulu" lingatholakala, lihlangabezane ngokugcwele nokusetshenziswa okuvamile futhi lifinyelele umklamo ongashaji.
2. Uhlobo Lombuzo: Ukuqhathanisa Ukusebenza
Umbuzo: Idivayisi idinga ukusetshenziswa emazingeni okushisa aphansi ebusika kanye namazinga okushisa aphezulu ehlobo. Ingabe ukuzivumelanisa nezimo zokushisa kwe-Hybrid Supercapacitor kwanele?
Impendulo: I-YMIN Hybrid Supercapacitor isekela izinga lokushisa elibanzi (-20℃ ~ 85℃), ehlanganisa izimo zokusetshenziswa ezifana nezindawo zasekhaya/zehhovisi, futhi ukuzinza kwayo kuphakeme kakhulu kunamabhethri endabuko e-dry-cell.
3. Uhlobo Lombuzo: Inkinga Yomjikelezo Wokuphila
Umbuzo: Ingabe amandla e-Hybrid Supercapacitor azoncipha kakhulu ngemva kokusetshenziswa isikhathi eside?
Impendulo: Ngokusekelwe kudatha yokuhlola eqinile kanye nokubala isikhathi sokuphila, izinga lokuwohloka kwamandla le-YMIN Hybrid Supercapacitor lingaphansi kuka-30% ngemuva kokuqeda imijikelezo egcwele eyi-100,000. Kuyo yonke impilo yayo eklanyiwe, umkhiqizo ugcina ukuzinza kwamandla aphezulu kakhulu, empeleni ufinyelela isikhathi sokuphila esilingana nesedivayisi, uqaphela "ukungabi naso isikhathi sokuphila sokugcinwa".
4. Uhlobo Lombuzo: Inkinga Yokuphepha
Umbuzo: Ingabe i-Hybrid Supercapacitor izoqhuma noma ibambe umlilo? Ingabe iphephile kunamabhethri e-dry-cell?
Impendulo: Iphephile. Iqinisekiswe yi-UN38.3, umkhiqizo uhlangabezana nezidingo zokuthuthwa komoya futhi unamandla okuphepha aphezulu ngokuqhuma okungenalutho, umlilo ongenalutho, kanye nokubaleka kokushisa okungenalutho. Zonke izinto ezisetshenziswayo zihambisana nezitifiketi ze-RoHS kanye ne-REACH, okwenza kube ngcono kakhulu kunamabhethri endabuko e-dry-cell ngokuphepha komkhiqizo.
5. Uhlobo Lombuzo: Okuhlobene nokuphepha
Umbuzo: Ungakuvimbela kanjani ukulimala kwe-Hybrid Supercapacitor ngenxa yokukhishwa ngokweqile okubangelwa ukusetshenziswa kwamandla kwesistimu lapho isilawuli kude sigcinwa eshalofini noma endaweni emnyama (njengedrowa) isikhathi eside?
Impendulo: Ama-capacitor e-lithium-ion e-Yongming anezici zokukhipha amandla eziphansi kakhulu (≤1.5mV/ngosuku), okunciphisa ukulahleka kwamandla emthonjeni. Asebenzisa ama-chip ahlanganiswe kakhulu (njenge-ActionsATB***SoC) ane-"adaptive energy recovery" kanye "nemodi yokuthutha." Uma yonke iyunithi ibekwe ebumnyameni obuphelele noma ngaphakathi kwephakheji yayo, uhlelo lungena esimweni sokulala kwamandla aphansi kakhulu, ngokuvuza okungaguquki okuphansi njengo-50nA. Imodi yokuthutha ilungiselelwe ezingeni le-100nA, iqinisekisa ukulahleka kwamandla okuncane ngesikhathi sokugcina, ukuthutha, noma isikhathi eside sokungasebenzi, ivimbela ngempumelelo ukukhishwa kwamandla ngokweqile futhi ifinyelele "ekulungele ukusetshenziswa." 6. Uhlobo Lombuzo: Ukusekelwa Komklamo
Umbuzo: Kusukela embonweni obanzi noma ohlelekile, ingabe i-Hybrid Supercapacitor iyahambisana nezixazululo ezikhona?
Impendulo: Yebo. I-YMIN inikeza ama-capacitor amancane kakhulu embonini (3.55×7mm) kanye nama-capacitor amancane (isb., angu-6.3×38mm), afanelekela imiklamo elula. Imininingwane yamandla amaningi (20~1300F) kanye ne-voltage (3.8V/4.2V) iyatholakala ukuze kube lula ukuyishintsha noma ukwenza ngcono ukwakheka kwayo.
7. Uhlobo Lombuzo: Ukuqhathaniswa Kwezindleko
Umbuzo: Ingabe intengo yeHybrid Supercapacitor iphakeme kuneyamabhethri e-dry-cell?
Impendulo: I-Hybrid Supercapacitor inezindleko eziphansi zobunikazi (CCO). Nakuba intengo yeyunithi ye-capacitor ingase ibe phezulu kancane, isusa izindleko zomsebenzi nezinto ezihambisana nezingxenye zebhethri le-dry-cell, ukushintshwa, kanye nokugcinwa, okuholela ezindlekweni eziphansi.
8. Uhlobo Lombuzo: Isimiso Sobuchwepheshe
Umbuzo: Ingabe i-voltage ye-Hybrid Supercapacitor izokwehla ngesikhathi sokuthuthwa, ukugcinwa, noma ukubekwa isikhathi eside?
Impendulo: I-YMIN Hybrid Supercapacitor ine-ultra-low self-discharge (≤1.5mV/ngosuku), futhi uma ihlanganiswe ne-chip yokubuyisa amandla esebenza kahle kakhulu kanye nephaneli yelanga, igcina i-voltage esebenzisekayo ngisho nangemva kokugcinwa isikhathi eside futhi ingashajwa ngokushesha ngaphansi kwezimo zokukhanya okuphansi.
9. Uhlobo Lombuzo: Ukusekelwa Komklamo
Umbuzo: Uma idivayisi ingeza imisebenzi eminingi esikhathini esizayo, ingabe ikhambi le-Hybrid Supercapacitor lingandiswa?
Impendulo: Ingandiswa kalula. I-Hybrid Supercapacitor inesikhathi eside sokuphila, ukuphepha, ukuzikhipha okuncane, usayizi omncane, kanye nobungane bemvelo. Uma umthwalo ukhuphuka, i-capacitor ingathuthukiswa noma iphaneli yelanga enkulu ingangezwa, okunikeza ukuguquguquka okuphezulu komklamo.
10. Uhlobo Lombuzo: Ukuphepha Kokusetshenziswa
Umbuzo: Ingabe i-Hybrid Supercapacitor izobhekana nezinkinga zokuqinisekiswa emazweni anezidingo eziqinile zemvelo?
Impendulo: Lo mkhiqizo uphumelele izitifiketi eziningi zamazwe ngamazwe njenge-IATF16949, i-RoHS, kanye ne-REACH, ngokuhambisana nemithethonqubo yezemvelo yaseYurophu naseMelika kanye nemithethonqubo yezemvelo yomhlaba wonke, okwenza ufanelekele izimakethe zokuthumela kwamanye amazwe kanye nezezinga eliphezulu. Uma usebenzisa ikhabhoni esebenzayo njengento eluhlaza, lo mkhiqizo awubangeli ukungcola kwemvelo futhi awubeki ingozi yomlilo noma ukuqhuma. Unciphisa umthelela wemvelo we-e-waste emthonjeni wawo, okufaka isandla ekuthambekeni komkhiqizo okuluhlaza. Njengoba ichazwa njenge-capacitor, hhayi ibhethri, ngaphansi kwemithethonqubo ye-EU, i-Hybrid Supercapacitor ayithobeli imithethonqubo emisha yebhethri ye-EU futhi isusa isidingo sezinqubo eziyinkimbinkimbi zokuthobela imithetho njengezimemezelo ze-carbon footprint kanye nokuhlola okufanele, okwenza kube lula kakhulu ukuqinisekiswa kokuthumela kwamanye amazwe.
Ukukhathazeka Kwabathengi
1. Uhlobo Lombuzo: Ukuphepha
Umbuzo: Ingabe i-Hybrid Supercapacitor izovuza futhi igqwale isilawuli kude njengebhethri leselula elomile elivamile?
Impendulo: Cha. I-Hybrid Supercapacitor kaYongming ipakishwe endaweni ephansi kakhulu yamazolo (-40℃), kusetshenziswa imishini yokupakisha ethuthukisiwe ezenzakalelayo, ubuchwepheshe bokuvala obuhlukile, kanye nezinto ezisezingeni eliphezulu ukuqinisekisa ukuthembeka okuphezulu kakhulu kokuvala. Lo mkhiqizo udlule ekuhlolweni kokuthembeka okuqinile futhi unerekhodi "lokungavuki kwempendulo" iminyaka eyisishiyagalolunye selokhu wethulwa, okunciphisa kakhulu ingozi yokuvuza kwebhethri elomile okulimaza imishini.
2. Uhlobo Lombuzo: Umjikelezo Wokuphila
Umbuzo: Kudingeka ukuthi isilawuli kude sishajwe kangaki? Ingabe sizophelelwa amandla njalo?
Impendulo: Cha. Ngaphansi kokukhanya kwelanga okungaphakathi, iphaneli yelanga ingaqhubeka nokugcwalisa amandla, ifinyelele “amandla angapheli.” Ebumnyameni obuphelele, ingahlala ingasebenzi izinyanga ngenkathi isagcina amandla. Isilawuli kude esisebenza ngelanga sifakwe imbobo yohlobo lwe-C futhi singashajwa ngokugcwele ngemizuzu.
3. Uhlobo Lombuzo: Ukuqhathaniswa Kokusebenza
Umbuzo: Ingabe ijubane lokushaja liyashesha? Ingabe kuthatha isigamu sosuku ukushaja?
Impendulo: Ishesha kakhulu. I-Hybrid Supercapacitor isekela ukushaja nokukhipha ngokushesha. Uma ihlanganiswe nephaneli yelanga, ivumela "ukushaja kabusha noma nini lapho kudingeka," isusa isidingo sokushaja ngamabomu futhi inikeze ulwazi olungcono kakhulu uma kuqhathaniswa namabhethri ashajwayo. Ngisho nasezimweni zamandla aphansi, ingashajwa ngokugcwele ngemizuzu kusetshenziswa imbobo yokushaja yohlobo lwe-C.
4. Uhlobo Lombuzo: Ukuphepha
Umbuzo: Iphephe kangakanani iHybrid Supercapacitor? Ingabe izoqhuma noma ibambe umlilo?
Impendulo: Kuphephile kakhulu. Njengoba uphumelele izivivinyo ezahlukene zokuphepha, umkhiqizo unesitifiketi se-UN38.3. Ngisho nangaphansi kwezimo ezinzima njengokushisa ngokweqile, ukucindezela ngokweqile, kanye nokushisa ngokweqile, akukho bungozi bomlilo noma ukuqhuma uma kwenzeka ukwehluleka.
5. Uhlobo Lombuzo: Ukuqhathanisa Ukusebenza
Umbuzo: Ingabe izosebenza kabi ebusika? Ingabe ibhethri izophela ngokushesha ehlobo? Impendulo: Cha, iyakwazi ukuzivumelanisa nezimo kakhulu. Inezinga lokushisa elibanzi lokusebenza (-20℃ ~ 85℃), isebenza kahle kokubili ekubandeni okukhulu nasekushiseni okukhulu, futhi amandla ayo awathinteki kakhulu yizinga lokushisa.
6. Uhlobo Lombuzo: Umjikelezo Wokuphila
Umbuzo: Isikhathi sokuphila seHybrid Supercapacitor singakanani? Ingabe siyawohloka ngokuhamba kwesikhathi njengamabhethri ashajwayo?
Impendulo: Isikhathi sokuphila eside kakhulu. Inempilo yomjikelezo edlula imijikelezo eyi-100,000, futhi ingasetshenziswa iminyaka engaphezu kweyishumi ngaphansi kwezimo ezijwayelekile, ifinyelela ngempela ukusebenza "okungenakho ukunakekelwa impilo yonke", ngaphandle kwesidingo sokukhathazeka ngokuwohloka.
7. Uhlobo Lombuzo: Ukuqhathanisa Ukusebenza
Umbuzo: Ingabe i-Hybrid Supercapacitor ingakwazi ukusingatha ukugeleza kwamandla okungazelelwe okuvela kusilawuli kude (ukucindezela izinkinobho, ukudluliselwa kwesignali)? Ingabe izohlala isikhathi eside?
Impendulo: Impendulo esheshayo. I-Hybrid Supercapacitor inamandla amakhulu okukhipha ngokushesha, kanti ama-capacitor e-lithium-ion awanazo izinkinga ze-voltage noma ze-current lag, okuqinisekisa izinkinobho ezibucayi kanye nokudluliswa kwesignali okuzinzile, okungenalo ukulibaziseka, okunikeza ulwazi olungcono kakhulu uma kuqhathaniswa namabhethri.
8. Uhlobo Lombuzo: Ukuphepha Ekusetshenzisweni
Umbuzo: Ingabe izophela ugesi uma ingasetshenziswa isikhathi eside?
Impendulo: Cha. I-YMIN Hybrid Supercapacitor ine-ultra-low self-discharge (≤1.5mV/ngosuku), okuvumela ukuthi ihlale isebenza ngisho nangemva kwezinyanga zokugcina. Ngisho noma kumnyama ngokuphelele, ukusetshenziswa kwayo kwamandla aphansi kakhulu ngesikhathi sokulala (ngokuvamile i-50nA) kuqinisekisa impilo yebhethri ende.
9. Uhlobo Lombuzo: Ukuqhathanisa Ukusebenza
Umbuzo: Ingabe isilawuli kude seHybrid Supercapacitor sizoba nzima noma sikhulu?
Impendulo: Izoba lula futhi ibe ncane. I-YMIN Hybrid Supercapacitor inobubanzi obuncane obungu-3.55mm kuphela, enosayizi abaningi abatholakalayo ukuze ivumelane kahle nemiklamo ehlukahlukene yamadivayisi. Uma iqhathaniswa nezilawuli ezikude ezisebenza ngebhethri, ithola ukubukeka okunciphile futhi okujabulisa kakhulu.
10. Uhlobo Lombuzo: Ukuvikelwa Kwemvelo
Umbuzo: Ingabe i-Hybrid Supercapacitor inobungani nemvelo? Ingabe izobangela ukungcola ngemva kokulahlwa?
Impendulo: Zonke izinto ezisetshenzisiwe zidlulile eziqinisekisweni zemvelo eziqinile njenge-RoHS kanye ne-REACH, okuqinisekisa ukuthi ziluhlaza futhi azinangozi ezivela emthonjeni. Isikhathi sayo eside sokuphila kunciphisa kakhulu imfucuza kagesi futhi kunciphisa kakhulu umthwalo wezemvelo kuyo yonke impilo yayo. Ingumkhiqizo oluhlaza ngempela futhi ingacutshungulwa njenganoma iyiphi enye ingxenye kagesi.
Isikhathi sokuthunyelwe: Jan-06-2026