Iinkxalabo zoMyili/uMenzi
1. Uhlobo lombuzo: Uthelekiso loMsebenzi
Umbuzo: Ngaba ubomi bebhetri iyonke yeHybrid Supercapacitor banele emva kokutshintsha iibhetri zeseli ezomileyo?
Impendulo: Ii-capacitor ze-lithium-ion ze-YMIN zinomoya ophantsi kakhulu wokuzikhupha (≤1.5mV/ngosuku). Ukuthatha i-ActionsATB***SoC njengomzekelo, umsinga wokuvuza ongashukumiyo wesixhobo sonke unokuba phantsi njenge-50nA, kunye nokusetyenziswa kwamandla okuqhelekileyo kwemihla ngemihla malunga ne-0.168mAh kuphela. Idityaniswe nephaneli yelanga ekhanyayo kancinci (kwiindawo ezimnyama: ukubuyiswa kwamandla okuqhelekileyo kwemihla ngemihla malunga ne-0.25~0.35mAh; kwiindawo ezikhanyayo ezineefestile okanye eofisini: ukubuyiswa kwamandla okuqhelekileyo kwemihla ngemihla kunokudlula i-0.5mAh), "ubuninzi bamandla" bunokufezekiswa, buhlangabezane ngokupheleleyo nokusetyenziswa okuqhelekileyo kwaye bufezekise uyilo olungenatshaji.
2. Uhlobo lombuzo: Uthelekiso loMsebenzi
Umbuzo: Esi sixhobo kufuneka sisetyenziswe kumaqondo obushushu aphantsi ebusika kunye namaqondo obushushu aphezulu ehlotyeni. Ngaba ukuguquguquka kwamaqondo obushushu eHybrid Supercapacitor kwanele?
Impendulo: I-YMIN Hybrid Supercapacitor ixhasa ubushushu obubanzi (-20℃ ~ 85℃), igubungela iimeko zokusetyenziswa ezifana neendawo zasekhaya/zeofisi, kwaye uzinzo lwayo luphezulu kakhulu kuneebhetri zemveli ze-dry-cell.
3. Uhlobo Lombuzo: Ingxaki Yomjikelo Wobomi
Umbuzo: Ngaba amandla eHybrid Supercapacitor aza kuncipha kakhulu emva kokusetyenziswa ixesha elide?
Impendulo: Ngokusekelwe kwidatha yovavanyo oluqatha kunye nokubala ubomi, izinga lokuwohloka komthamo we-YMIN Hybrid Supercapacitor lingaphantsi kwe-30% emva kokugqiba imijikelo epheleleyo eyi-100,000. Kuyo yonke iminyaka yayo yokuphila eyiliweyo, imveliso igcina uzinzo oluphezulu kakhulu lomthamo, ngokuyintloko ifikelela kwixesha lokuphila elilingana nelo lesixhobo, iqonda ukuba "ayinakugcinwa ubomi bonke".
4. Uhlobo lombuzo: Ingxaki yoKhuseleko
Umbuzo: Ngaba iHybrid Supercapacitor iya kuqhuma okanye ibambe umlilo? Ngaba ikhuselekile kuneebhetri ze-dry-cell?
Impendulo: Ikhuselekile. Iqinisekiswe yi-UN38.3, imveliso iyahlangabezana neemfuno zothutho lomoya kwaye inamandla okhuseleko oluphezulu kunye nokuqhuma okungekho nto, umlilo okungekho nto, kunye nokubaleka kobushushu okungekho nto. Zonke izixhobo ezisetyenzisiweyo ziyahambelana neziqinisekiso zeRoHS kunye neREACH, nto leyo eyenza ukuba ibe ngcono kakhulu kuneebhetri zemveli ze-dry-cell ngokubhekiselele kukhuseleko lwemveliso.
5. Uhlobo lombuzo: Olunxulumene nokhuseleko
Umbuzo: Ungawuthintela njani umonakalo kwiHybrid Supercapacitor ngenxa yokukhupha amandla amaninzi okubangelwa kukusetyenziswa kwamandla kwenkqubo xa ulawulo olukude lugcinwe kwishelufu okanye kwindawo emnyama (njengedrowa) ixesha elide?
Impendulo: Ii-capacitor ze-lithium-ion ze-Yongming zineempawu zokuzikhupha eziphantsi kakhulu (≤1.5mV/ngosuku), nto leyo enciphisa ukulahleka kwamandla kumthombo. Zisebenzisa iitships ezidityaniswe kakhulu (ezifana ne-ActionsATB***SoC) ezine-"adaptive energy recovery" kunye ne-"transportation mode." Xa yonke iyunithi ibekwe ebumnyameni obupheleleyo okanye ngaphakathi kwiphakheji yayo, inkqubo ingena kwimeko yokulala enamandla aphantsi kakhulu, kunye nokuvuza okungashukumiyo okuphantsi njenge-50nA. Imo yothutho ilungiselelwe kwinqanaba le-100nA, iqinisekisa ukulahleka kwamandla okuncinci ngexesha lokugcina, uthutho, okanye ixesha elide lokungasebenzi, ithintela ngokufanelekileyo ukukhutshwa kwamandla agqithisileyo kwaye ifikelele "ekulungele ukusetyenziswa." 6. Uhlobo lombuzo: Inkxaso yoyilo
Umbuzo: Ngokwembono yobukhulu okanye ulwakhiwo, ngaba iHybrid Supercapacitor iyahambelana nezisombululo ezikhoyo?
Impendulo: Ewe. I-YMIN inikezela ngee-capacitor ezincinci (3.55×7mm) kunye nezincinci (umz., 6.3×38mm), ezifanelekileyo kwiidizayini ezilula. Iinkcukacha ezininzi zomthamo (20~1300F) kunye ne-voltage (3.8V/4.2V) ziyafumaneka ukuze kube lula ukutshintsha okanye ukwenza ngcono uyilo.
7. Uhlobo Lombuzo: Uthelekiso lweendleko
Umbuzo: Ngaba ixabiso leHybrid Supercapacitor liphezulu kuneleebhetri ze-dry-cell?
Impendulo: I-Hybrid Supercapacitor inexabiso eliphantsi lobunini (CCO). Nangona ixabiso leyunithi ye-capacitor linokuba phezulu kancinci, lisusa iindleko zomsebenzi kunye nezinto ezihambelana nezixhobo zebhetri yeseli eyomileyo, ukutshintshwa, kunye nokugcinwa, nto leyo ebangela ixabiso eliphantsi iyonke.
8. Uhlobo Lombuzo: Umgaqo Wobuchwephesha
Umbuzo: Ngaba i-voltage yeHybrid Supercapacitor iza kwehla ngexesha lokuthuthwa, ukugcinwa, okanye ukubekwa ixesha elide?
Impendulo: I-YMIN Hybrid Supercapacitor ine-ultra-low self-discharge (≤1.5mV/ngosuku), kwaye xa idibene ne-energy recovery chip esebenza kakuhle kunye ne-solar panel, igcina i-voltage esebenzisekayo nasemva kokugcinwa ixesha elide kwaye ingatshajwa ngokukhawuleza phantsi kweemeko zokukhanya okuphantsi.
9. Uhlobo Lombuzo: Inkxaso Yoyilo
Umbuzo: Ukuba isixhobo songeza imisebenzi emininzi kwixesha elizayo, ngaba isisombululo seHybrid Supercapacitor sinokwandiswa?
Impendulo: Ingandiswa ngokulula. I-Hybrid Supercapacitor inobomi obude, ukhuseleko, ayizikhuphi ngokwayo, incinci, kwaye ayibangeli ngxaki kwindalo. Ukuba umthwalo uyanda, i-capacitor ingaphuculwa okanye kongezwe iphaneli enkulu yelanga, nto leyo enika ukuguquguquka okuphezulu koyilo.
10. Uhlobo Lombuzo: Ukhuseleko Lokusetyenziswa
Umbuzo: Ngaba iHybrid Supercapacitor iza kujongana nemiba yokuqinisekiswa kumazwe aneemfuno ezingqongqo zokusingqongileyo?
Impendulo: Le mveliso iphumelele iziqinisekiso ezininzi zamazwe ngamazwe ezifana ne-IATF16949, i-RoHS, kunye ne-REACH, ithobela imithetho yokusingqongileyo yaseYurophu naseMelika kunye nemithetho yokusingqongileyo yehlabathi, okwenza ukuba ifaneleke kwiimarike zokuthumela ngaphandle kunye nezezinga eliphezulu. Isebenzisa ikhabhoni esebenzayo njengezinto eziluhlaza, le mveliso ayibangeli ungcoliseko lokusingqongileyo kwaye ayibeki mngcipheko womlilo okanye ukuqhuma. Iyanciphisa impembelelo yokusingqongileyo yenkunkuma ye-e-waste kumthombo wayo, inegalelo kumhlaba oluhlaza wemveliso. Ichazwa njenge-capacitor, hayi ibhetri, phantsi kwemithetho ye-EU, i-Hybrid Supercapacitor ayithobeli mithetho mitsha yebhetri ye-EU kwaye isusa isidingo seenkqubo ezintsonkothileyo zokuthobela imithetho efana nezibhengezo zekhabhoni kunye nophando olufanelekileyo, okwenza kube lula kakhulu ukuqinisekiswa kokuthumela ngaphandle.
Iinkxalabo zabathengi
1. Uhlobo lombuzo: Ukhuseleko
Umbuzo: Ngaba iHybrid Supercapacitor iza kuvuza ize igubungele ulawulo olukude njengebhetri eqhelekileyo yeseli eyomileyo?
Impendulo: Hayi. I-Yongming's Hybrid Supercapacitor ipakishwe kwindawo enomhlwa ophantsi kakhulu (-40℃), isebenzisa izixhobo zokupakisha ezizenzekelayo ngokupheleleyo, iteknoloji yokutywina eyahlukileyo, kunye nezixhobo ezikumgangatho ophezulu ukuqinisekisa ukuthembeka okuphezulu kakhulu kokutywina. Le mveliso iphumelele uvavanyo oluqinileyo lokuthembeka kwaye inerekhodi "yokungavuzisi mpendulo" kangangeminyaka elithoba ukusukela oko yasungulwa, nto leyo enciphisa kakhulu umngcipheko wokuvuza kwebhetri yeseli eyomileyo okubangela ukubola kwezixhobo.
2. Uhlobo lombuzo: Umjikelo wobomi
Umbuzo: Kufuneka itshajwe kangaphi i-remote control? Ngaba iza kuphelelwa ngamandla rhoqo?
Impendulo: Hayi. Phantsi kwelanga elingaphakathi, iphaneli yelanga inokuphinda izalise amandla, ifumane “amandla angapheliyo.” Ebumnyameni obupheleleyo, inokuhlala ingasebenzi kangangeenyanga ngelixa isagcina amandla. Ulawulo olukude olusebenzisa amandla elanga luxhotyiswe nge-Type-C port kwaye lunokutshajwa ngokupheleleyo ngemizuzu.
3. Uhlobo lombuzo: Uthelekiso loMsebenzi
Umbuzo: Ingaba isantya sokutshaja siyakhawuleza? Ingaba kuthatha isiqingatha semini ukutshaja?
Impendulo: Ikhawuleza kakhulu. I-Hybrid Supercapacitor ixhasa ukutshaja nokukhupha itshaja ngokukhawuleza. Xa idibene nephaneli yelanga, ivumela "ukutshaja kwakhona nanini na xa kufuneka," isusa isidingo sokutshaja ngabom kwaye inika amava angcono kakhulu xa kuthelekiswa neebhetri ezinokutshaja kwakhona. Nokuba kwiimeko zamandla aphantsi, inokutshaja ngokupheleleyo ngemizuzu usebenzisa i-Type-C charging port.
4. Uhlobo lombuzo: Ukhuseleko
Umbuzo: Ikhuselekile kangakanani iHybrid Supercapacitor? Ngaba iza kuqhuma okanye itshaye?
Impendulo: Ikhuselekile kakhulu. Emva kokuba iphumelele iimvavanyo ezahlukeneyo zokhuseleko, imveliso inesiqinisekiso se-UN38.3. Nokuba phantsi kweemeko ezinzima ezifana nobushushu obugqithisileyo, uxinzelelo olugqithisileyo, kunye nombane ogqithisileyo, akukho mngcipheko womlilo okanye ukuqhuma xa kunokwenzeka ukuba ingasebenzi.
5. Uhlobo lombuzo: Uthelekiso loMsebenzi
Umbuzo: Ngaba iza kungasebenzi kakuhle ebusika? Ngaba ibhetri iza kuphelelwa ngamandla ehlotyeni? Impendulo: Hayi, iyakwazi ukuguquguquka. Inomlinganiselo obanzi wobushushu bokusebenza (-20℃ ~ 85℃), isebenza ngokuzinzileyo nokubanda kakhulu nakwishushu, kwaye amandla ayo awachaphazeleki kakhulu bubushushu.
6. Uhlobo lombuzo: Umjikelo wobomi
Umbuzo: Ihlala ixesha elingakanani iHybrid Supercapacitor? Ingaba iyawohloka ngokuhamba kwexesha njengeebhetri ezinokutshajwa kwakhona?
Impendulo: Ihlala ixesha elide kakhulu. Inobomi bomjikelo obudlula imijikelo eyi-100,000, kwaye ingasetyenziswa iminyaka engaphezu kweshumi phantsi kweemeko eziqhelekileyo, ifezekisa ngokwenene ukusebenza "okungenakugcinwa ubomi bonke", ngaphandle kwesidingo sokukhathazeka malunga nokonakala.
7. Uhlobo lombuzo: Uthelekiso loMsebenzi
Umbuzo: Ngaba iHybrid Supercapacitor ingakwazi ukusingatha ukutsalwa kwamandla ngequbuliso okuvela kulawulo olukude (ukucofa amaqhosha, ukuhanjiswa kwesiginali)? Ngaba iya kuqhubeka ixesha elide?
Impendulo: Impendulo ekhawulezayo. I-Hybrid Supercapacitor inamandla okukhupha umbane ngoko nangoko, kwaye ii-capacitor ze-lithium-ion azinazo iingxaki ze-voltage okanye ze-current lag, ziqinisekisa amaqhosha abuthathaka kunye nokudluliselwa kwesignali okuzinzileyo, okungenalibaziso, okubonelela ngamava angcono xa kuthelekiswa neebhetri.
8. Uhlobo Lombuzo: Ukhuseleko Ekusetyenzisweni
Umbuzo: Ngaba iza kuphela umbane ukuba ayisetyenziswanga ixesha elide?
Impendulo: Hayi. I-YMIN Hybrid Supercapacitor ine-ultra-low self-discharge (≤1.5mV/ngosuku), nto leyo evumela ukuba ihlale isebenza nokuba emva kweenyanga zokugcina. Nokuba kumnyama ngokupheleleyo, ukusetyenziswa kwayo kwamandla aphantsi kakhulu ngexesha lokulala (ngesiqhelo i-50nA) kuqinisekisa ubomi bebhetri obude.
9. Uhlobo lombuzo: Uthelekiso loMsebenzi
Umbuzo: Ngaba ulawulo olukude lweHybrid Supercapacitor luza kuba nzima okanye lukhulu?
Impendulo: Iza kuba lula kwaye ibe ncinci. I-YMIN Hybrid Supercapacitor inobubanzi obuncinci obuyi-3.55mm kuphela, kunye nobukhulu obahlukeneyo obufumanekayo ukuze ilingane ngokugqibeleleyo noyilo lwezixhobo ezahlukeneyo. Xa kuthelekiswa nezilawuli ezikude ezisebenza ngebhetri, ifumana inkangeleko encinci kwaye ithandeka ngakumbi.
10. Uhlobo Lombuzo: Ukhuseleko Lokusingqongileyo
Umbuzo: Ngaba iHybrid Supercapacitor inobuhlobo nokusingqongileyo? Ngaba iya kubangela ungcoliseko emva kokulahlwa?
Impendulo: Zonke izinto ezisetyenzisiweyo ziphumelele iziqinisekiso ezingqongqo zokusingqongileyo ezifana neRoHS kunye neREACH, ukuqinisekisa ukuba ziluhlaza kwaye azinabungozi ezivela kumthombo. Ukuphila kwayo ixesha elide kunciphisa kakhulu inkunkuma ye-elektroniki kwaye kunciphisa kakhulu umthwalo wokusingqongileyo kulo lonke umjikelo wayo wobomi. Yimveliso eluhlaza ngokwenene kwaye inokucutshungulwa njengayo nayiphi na enye into ye-elektroniki.
Ixesha leposi: Jan-06-2026