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I-Capacitors zeLithium-Ion kunye nezibhetti - ngokusho ukuba kunezinye izinto ezidinga amandla, zihamba ngokudifana kwindaweni. Izibhetti zihlala ukusetshenziswa ukuba zihlinde umoya wesikhatsi sesikhatsi esilandelile - isigaba esingabangako ukuthi lizofuneka ukusetshenziswa ngokuzikhona kakhulu - isigaba esihlinde ukuthi amandla angasetshenziswa ngokukholelwa kakhulu. ukugcina umoya we-lithium ion Izikhwenkhwano zilungiselelwa ukuba zihleli amandla ngokuphi ndawonye. Lokhu kungakho nokuba xa ufuna umandla okubanzi kakhulu phambi kokucabanga, njengokoqobo kwezicatshulwa ezilandelayo, izikhwenkhwano zeLithium-ion zibhala umandla wokuqinisekiswa ngquku kakhulu kulapho amabhata angabheka. Izikhwenkhwano zeLithium-Ion zibhekene nalokugcina umandla ngixesha elincinci phakathi kwabantu abasebenzisa amabhata, koma bavakashela kwiinkcukacha ezindala ezifanayo.
Ama-Lithium-Ion Capacitors angazikhankanyiswa ngazo kubantu abanye abasebenzela iibhethi zokugcina. Ngokushesha, ungenxa lokuba lingamandla engcali yezinye izinto ngokukhankanyiswa yakhe. Lokhu kungubani ukuba zidinga ukusetyenziswa kumakheli amancane okufuneka akufunekwe ukuthi aluhlaza, njengomthombo wakho wesithophu noma ilaptop.
Ukuthi kuhluke amagama okugcina ngaphakathi kusetyenziswa kweLithium-Ion Capacitors yindlela eyahlukene ukuba uqale kuyo. Zikhona ngokwesiqiniseko ukufinyelela amanani amanye amasixhenxe ngaphandle kokubonisa ukuthi amandla akho angaqenya. Ukuthi uzoba ukuya kufika ukuyenza lokhu ngokupheleleyo, uzokulindela isixa lokuqala lokuncedisiweyo. Ngokushesha kunye neSemi Supercapacitor ngamandla angaphambili ukufinyelela umphumelelo olungaphezulu ngqukuqaleni, lokuhlukile ukuba zisetyenziswa ngokubona ngeemfanelo eziyiziphi esingazange zityetiswa amandla ekubonweni. Yilokho zisetyenziswa ngokubona ngeemfanelo ezifana nokuthi zityetiswa amandla ekubonweni.
Kunye nalokho alikwazi ukuba ngokushesha kulomgca wabahheli bese Lithium-Ion Capacitors. Ngoko ke Lithium-Ion Capacitors ayikwazi ukuba namandla amanye amahheli njengomthi wesintshontshi okanye icadimayenti, futhi ayidalwa ngokubanzi ukuba angiphumeleyo lokulandelana nokumoya okanye amandla ahlukene. Lokhu kuzobanjiswa ukuba kukho imigomo engaphambili. lithium ion storage Amanani angenziwayo ngokupheleleyo kakhulu kancane kakhulu ngokusebenza ngokushesha kunye neSemi, futhi kufuneka kuhlola indlela yokufinyelela amandla ngokushesha ukuba kuhlukene ngokupheleleyo. Ukutshintsha okushesha lokusebenza lokuhlola ukuthi lokhu kufunekelwa kuhlukene ngokupheleleyo kakhulu kwiinkcukacha zethu.
I-Capacitors zeLithium-Ion ziphumelela izindlela ezininzi ngokubanzi kwi-industri yezinto eziphathelene. Zihlala ukusetshenziswa ukuba zifundise amandla edikethweni etshintshwa kwezindlela ezintsha kumashumi wemoto kuphela kwi-industri ye- electronics. Kube ukugcina ngeMfihleli weLithium kwezicapacitors eziningi zisetshenziswa ukuba amandla akho asebenze ngokushesha kunye nefani lokugcina. Kwesektori sonyama, zihamba ngokuphakamisayo ukufundisa imibhayisiki yesikhatsi esebenzisa imoto yokusebenza eliphihlweyo okungaba abantu bayayithanda ukuqinisekisa nokuthi bayingene kuqinisekisa imoto yomoto engaphantsi kwemoto eyasebenza ngokulula nge-gasoline.
iSemi ukugcina umoya we-lithium ion
iSemi Supercapacitor
iSemi lithium ion storage
ukugcina ngeMfihleli weLithium
amanqaku amagciniswayo ezi-lithium ion
Henan SEMl Science and Technology Co., Ltd. iyiyentlo yomoya omusha wokuqala wesintfo esintshabalalo sokuhlola umoya omusha, eyenzekayo ukufundisa nokuthatha nokuvavanya kwezinto ezinhlola umoya omusha, kunye nokulayisha nokuthengisa amasityesheni okanye ukusetyenziswa kwezamandla. Umsebenzi wokugqibela kukho Lithium ion capacitor.
I-R and D yethu ye-Lithium ion capacitor iyenzela ukudizayini kwe-elektronika, ukungena kumfanekiso kunye nokulungisa iinkampani zokugcina i-enerji. Zavela naphakade ubume bokwenziwa kunye nesiphumo esixhunywe kwicala xa kufezekiswa inkampani yokugcina i-enerji. Ithimba lethu lokunyanzelwa luthembeke ukuphucula ubuncinane bomsebenzi njengoko kube lunobumba beentamo kunye neendlela.
Ukugcina kwe-ampere yaseLithium ion ngosuku lwesikhundla sibonakalisa i-20MWH kwaye liquka iintlobo ezine ze-PACK eziphathelene ngezifundo. Kunezintlobo ezimbili zokufaka kwi-system ozizakhiweyo, ezinokugcina ngosuku i-5MW/10MWH. Aba-engineers bethu be-R and D banezimfundo ezinkulu kwaye banezimfundo nezindlela zokusebenza ezininzi.
Ithimba le-technical ye-Lithium ion capacitor liyakusebenzisa ubukhulu bokwazi nokwazi ukuthuthukisa nokulungiselela imiphumela yokugcina kwamandla ukuze ibe yintoni eyayikho kubantu abasebenzisa. Ithimba lethu liyakunika amaxabiso onke okuqondwa kwezimpumela, iziphumo zokuzivocavoca kwaye nezicelo zokuthengiswa zokuphatha ukugcina kwamandla ngokuthe ngcono.
