- Ezantsi lenkuluntaba lweLuoyang, IsiHene, iChina Industrial Park yamaphutha obheke amaxesha angaphandle kwesikolo, High-tech Development Zone.
- +86-18522273657
Mon - Fri: 9:00 - 19:00
EN
AR
BG
DA
NL
FI
FR
DE
EL
HI
IT
JA
NO
PL
PT
RO
RU
ES
TL
ID
UK
VI
TH
TR
AF
MS
BE
AZ
BN
JW
KN
KM
LO
LA
MY
UZ
KY
LB
XH
SR
Mon - Fri: 9:00 - 19:00
Ngifuna ukuthi ngicindezelise wonke umntu olwandle lwesi khathazo esingabangako lokhu singafuna ngesikhathi esiqinisekileyo kwiinkxaso zethu kwi-semi, yi-Li Ion capacitor. Ngubani Isiko lesiSimini ukubona ngokubheke kakhulu umthombo omncane ongenziwayo, i-Li Ion capacitor yi-hybrid elingekweni, incede iimfanelo zibatiri ne-capacitors ukwenzela isigaba sonto. Ukuthi kodwa iyiphumeleyo emnene ezifanekisayo zinokungabangeni kakhulu.
Siyasebenzisa amanqaku ngomlilo ongaphambili. Bayenza isisekelo sokuqala sekhona ezinye izindlela ezinikezayo lokuhlukana ngokuba amaxhosa, amaphethu nokuphucukekiswa kwesikhatsi. Amabhetari yilula ayikho ngenxa yokuba akhiweyo kakhulu komoya wobhetari kunye nokuba kufuneka sikati esisodwa ukuyifaka amabhetari apho ahlulekile. Kungcono lento ingalwazi kumazwi abanye xa kufuneka siyisebenzise amadevayisi athi Li Ion capacitor uya kwenza lokulula le nto ngokubheka into enenziwayo.
Manje uyihlobene ngekuqala lokuthi umoya wakwenzeka. Ngokugcina, isandla sezincinci icala umoya wesikhephe kunye nobhetari icala umoya ngokusebenzisa imibuzo yamakhemikali. I-Li Ion capacitor yinto engaphambili yokuvumela amaqembu angu-both. ukugcina . Oku kuhlukelela ukuba yileyo, kodwa yayingasebenzi ngokukhuthaza lokulandelana nezinyathelo ezithunyelwe. Isikapasi sesi-Li Ion sihlala sikhupha indlela yokuhlola lapho siyakwazi ukugcina umoya wemfundo kwesikhombiso esishona. Ngokugcineneyo, lokhu kulula kakhulu xa kunjalo ngenxa yezincinci zomthwalo nokusebenza ngokubhebhekileyo.
Isikapasi sesi-Li Ion siyinhloko yokuqala lokuncedisi kanye nezinye izikhono ezizayo ezifuthelekileyo okanye amacarshenji eletriki. Uma siphumelele amacarshenji eletriki ezidingekileyo, ubungako besiqinisekisi sika-bhethi singabonisa ukuba ngaphambili ucacile yiya ukuze ulayishe. Ukusuka kwisezantsi, lokhu kuhlanganiswa ngamandla apha akufanele abe nenkululeko lokuziphi zihlobene nazo. umoya wemfundo kwiqhagambo elincinci. Ngokulandelayo, iintshavini zezibopheleli zinjalo ngaphambili ngenxa yokuba ayifunyi kuhlanganiswa. Ukuthi kunye nawo kukholela ukuba zizamele ngokupheleleyo xa zihlanganiswa. Ukuthi oku kungaba uza kuzama ukufika ekude ngexesha elincinci lokusebenzisa incwadi yakho yesibopheleli.
Kwaye akukho nokuba...kungcono ukuba kwe umthwalo wokuqala amagcali nokapheli le-Li Ion. Baye amasimini apho into yokulima iphumeleleyo, njengamagcali amaqanda wezantsi kunye namasiphi wemoya, ezinikezela umoya wesintu. Kodwa, ngoku sikucacile, imvumeno yezinto zokulima izinto zakho aziqhamuka inkulu ngenxa yokuba, ngokusho, ilanga lingenziwa 24 ijamini bese kukho imizuzu emnandi lokunyakathelo ukufika komoya. Ukuthi kuhlanganiseyo lokuhlola umoya okubonisiwe ukuze kube kakhulu, kodwa angithetha ukuthi sibona ukuthi sizokwazi ukusala ngephandle kwesinye isikhathi. Kodwa, ngekapheli le-Li Ion sibonelela indawo eyahlukileyo ukuthi siyiphindaphindi le-energi. Lento yenkqubo yokulima yayingaphezu-kwesinye ukuba kuyenza imveliso ukuba ikhuseleke ukungavalelwa kumalasha kunye nezinhlobo zokugcina.
I-Henan Science and Technology Company, Ltd. yikhampani enobuchwepheshe endleleni yenew energy, ebuthathwa ngokuphela kwemveliso yokugcina amandla nokusungulwa kweenjini, ulungiselelo nokwenza i-Li ion capacitor entsha, kunye nezigameko zokufaka amandla kwi-charging station kunye nomthombo. Umeko wophando ngonyaka ungama-6GWH.
Intambo yakethu yeemfumfu engaxoshelwayo uzokwakhiwa nokubhala ukwendzelela imibizo yokugcina umoya ongayiqinisela izidingo zeemdlali. Intambo yakethu yazoba ukufaka khona iindlela zakho zokubhala imibizo, amandla amaphandle nokuthi Li ion capacitor ukuyibuyekeza imibizo yokugcina umoya engcono.
Ukugcinwa kwe-Li ion capacitor ngosuku ngoso kukuma-20MWH kwaye kubandakanya iinkqubo ezine ezilandelayo. Kuneenkqubo ezimbini zokusungulwa kwindawo enenxa yokuphando engama-5MW/10MWH ngosuku. Abasebenzi base-R and D bakhathazekile kakhulu baneengcinga ezininzi zezigameko kunye nokufunda.
Iqela lethu leR and D libhekisa kwiLi ion capacitor ekugcineni i-electronic, ukuhlanganisa nokulungisa iingcindezi zokugcina imithwalo. Bavela naphakade ubume bokwenyani kunye nesicwangciso sekhabhoni yokuphatha ubomi bokugcina imithwalo. Ithimba lethu yento ephathwayo iyayisebenza ekulungiseni iindlela zokwenza, ukunyusa ubunzima kunye nokugcina ubumfihlakalo.
