I-Cylindrical Super Capacitor
| Uhlobo | I-Cylindrical Super Capacitor |
| I gama le-brand | I-OEM |
| Uhlobo Lomhlinzeki | Umkhiqizi Woqobo |
| Izici | amandla aphezulu, i-ESR ephansi, ukungaguquguquki okuhle |
| Amandla | 1-3000 Farad |
| Ukubekezelelana | -20%~+80% |
| I-Voltage elinganiselwe | 2.7V |
| Izinga Lokushisa Lokusebenza | -20℃~+85℃ |
| Uhlobo Lwephakheji | NgeHole |
| Izinhlelo zokusebenza | RAM, Consumer Electronics, Wind Turbines, Smart Grid, Backup Power Supply, njll. |
Isicelo
Isetshenziswa kakhulu kuma-electronics abathengi, i-inthanethi Yezinto, amamitha ahlakaniphile, amathoyizi kagesi, i-UPS, amaswishi alawulwa uhlelo, amarekhodi emoto.
I-Advance Workshop
Asigcini nje ngokuba nenani lemishini yokukhiqiza ezenzakalelayo nemishini yokuhlola ezenzakalelayo kodwa futhi sinelabhorethri yethu yokuhlola ukusebenza nokuthembeka kwemikhiqizo yethu.
Izitifiketi
Isitifiketi
Izimboni zethu ziphumelele isitifiketi se-ISO-9000 ne-ISO-14000.Ama-capacitor ethu okuphepha (X2, Y1, Y2, njll.) kanye nama-varistors aphumelele izitifiketi ze-CQC, VDE, CUL, KC, ENEC kanye ne-CB.Wonke ama-capacitor ethu anobungani bemvelo futhi athobela isiyalelo se-EU ROHS kanye nemithetho ye-REACH.
Mayelana NATHI
Mayelana ne-JYH HSU (Dongguan Zhixu Electronic Co., Ltd.)
I-JYH HSU ibambelela kufilosofi yokuphatha ethi "Ikhwalithi Yokuqala, Isevisi Yekhasimende Ephakeme, Imikhuba Yebhizinisi Eqhubekayo".Bonke abaqashi bethu baqhubeka nokuthuthukisa ubuchwepheshe bethu bokukhiqiza, ikhwalithi yomkhiqizo kanye nezinsizakalo zamakhasimende ngaphansi kokuqondisa "kokubambiqhaza okuphelele, ukuphishekela ukungabi nasici, ukuqinisekisa ukuphepha komkhiqizo." Sigxila ekusetshenzisweni okuphelele kwemishini emkhakheni wokunikezwa kwamandla, izinto zikagesi zasendlini , ezokuvikela, ezokuxhumana, izinjini, i-frequency converter kanye ne-electronics yemoto, izama ukulandela ukubambisana okuphelele namakhasimende ethu ngokuhlinzeka "isevisi eyodwa-stop" yama-ceramic capacitor, ama-filimi capacitor, nama-varistors.
1. Ungakhetha kanjani ama-super capacitor namabhethri?
Indlela eqondile yokukhetha: Ama-Supercapacitor ahlukile kumabhethri.Kwezinye izinhlelo zokusebenza, zingaba ngcono kunamabhethri.Ngezinye izikhathi ukuhlanganisa kokubili, ukuhlanganisa izici zamandla ze-capacitor nesitoreji samandla esiphezulu sebhethri, kuyindlela engcono.
2. Yiziphi izici zama-super capacitor namabhethri ngokulandelana?
I-super capacitor ingashajwa kunoma yiliphi izinga likagesi ngaphakathi kwebanga le-voltage elinganiselwe futhi ingashajwa ngokuphelele.Ibhethri inqunyelwe ukusabela kwayo kwamakhemikhali ukuze isebenze ebangeni lamandla kagesi amancane, futhi ingase ibangele umonakalo unomphela uma ichithwa kakhulu.Ama-Supercapacitor angagcina amandla amaningi kunama-capacitor wendabuko wevolumu eqhathanisekayo, futhi amabhethri angagcina amandla amaningi kunama-supercapacitor wevolumu efanayo.Kwezinye izinhlelo zokusebenza lapho amandla enquma ubukhulu bemishini yokugcina amandla, ama-supercapacitor ayindlela engcono.Ama-Supercapacitor angadlulisela ngokuphindaphindiwe ama-pulses amandla ngaphandle kwanoma yimiphi imiphumela emibi.Ngokuphambene nalokho, uma ibhethri idlulisela ngokuphindaphindiwe ama-pulses anamandla aphezulu, impilo yayo izoncishiswa kakhulu.Ama-Supercapacitor angashajwa ngokushesha kodwa amabhethri angonakele uma eshajwa ngokushesha.Ama-Supercapacitor angaqhutshwa ngamabhayisikili izikhathi ezingamakhulu ezinkulungwane, kuyilapho ukuphila kwebhethri kuyimijikelezo engamakhulu ambalwa kuphela.
3. Ingakanani isikhathi sokuphila se-supercapacitor?
I-voltage yokumelana nama-supercapacitor iphansi kakhulu, imvamisa ingu-2.5V kuphela, kanti i-voltage yokuhlinzwa evumelekile ingu-2.7V.Ngakho-ke, ku-supercapacitor eyodwa, i-voltage ephezulu yokuphuma kweshaja ayikwazi ukudlula i-2.7V.Uma nje i-voltage yokusebenza ye-supercapacitor iku-voltage ephephile, impilo yesevisi yama-supercapacitor ingaba yinde kakhulu, futhi inani lemijikelezo yokushaja nokukhipha ingafinyelela ku-100,000 kuya ku-500,000 izikhathi.
4. Ingabe ama-super capacitor angasetshenziswa ochungechungeni?
Yebo.Ngenxa yokuthi i-voltage yokusebenza yama-supercapacitor iphansi, ngokuvamile kuyadingeka ukusebenzisa ama-supercapacitor amaningana ochungechungeni ukwandisa amandla okusebenza.Ngenxa yokungalingani kwama-supercapacitor, kuyadingeka ukuqinisekisa ukuthi i-voltage yokushaja yanoma iyiphi i-supercapacitor ayikho ngaphezu kuka-2.5V uma isetshenziswa ochungechungeni.Isixazululo ukusebenzisa isilinganisi sebhethri.
5. Yiziphi izici zama-supercapacitor uma kuqhathaniswa namabhethri?
Uma kuqhathaniswa namabhethri, ama-super capacitor anezici ezilandelayo:
a.Ukumelana okulinganayo kochungechunge oluphansi kakhulu (LOW ESR), ukuminyana kwamandla (Ukuminyana kwamandla) kungaphezu kwezikhathi eziningi kunamabhethri e-lithium-ion, alungele ukukhishwa okuphezulu kwamanje (i-4.7F capacitor ingakhulula imanje esheshayo engaphezu kuka-18A ).
b.Impilo ende kakhulu, imijikelezo yokushaja nokushajwa efika ezikhathini ezingaphezu kuka-500,000, okuyizikhathi ezingu-500 zamabhethri e-Li-Ion kanye nezikhathi ezingu-1,000 kunamabhethri e-Ni-MH ne-Ni-Cd.Uma ama-supercapacitor eshajwa futhi ekhishwa izikhathi ezingu-20 ngosuku, angasetshenziswa isikhathi eside iminyaka engu-68.
c.Zingakhokhiswa nge-current enkulu, isikhathi sokushaja nokukhipha sifushane.Izidingo zesekethe yokushaja zilula, futhi awukho umphumela wenkumbulo.
d.Ayinasondlo futhi ingavalwa.
e.Izinga lokushisa libanzi -40℃～+70℃, ibhethri elijwayelekile lingu -20℃～60℃.
f.Ama-Super capacitor angaxhunywa ochungechungeni futhi ahambisane ukuze akhe imojula ye-super capacitor ukwandisa amandla okumelana namandla.
6. Iyini isimiso sokusebenza sama-supercapacitors?
I-super capacitor iyi-capacitor enamandla amakhulu.I-capacitance ye-capacitor incike ebangeni eliphakathi kwama-electrode nendawo engaphezulu yama-electrodes.Ukuze uthole i-capacitance enkulu, i-supercapacitor inciphisa ibanga phakathi kwama-electrode ngangokunokwenzeka futhi ikhulise indawo engaphezulu yama-electrode.
Lapho amandla phakathi kwamapuleti amabili engaphansi kwamandla e-electrode e-redox ye-electrolyte, ukukhokhiswa ku-interface ye-electrolyte ngeke kushiye i-electrolyte, futhi i-supercapacitor isesimweni esivamile sokusebenza;uma i-voltage ngaphesheya kwe-capacitor idlula amandla e-redox electrode ye-electrolyte, i-electrolyte izobola, i-super capacitor ingena esimweni esingavamile.Njengoba i-supercapacitor ikhipha, ukukhokhiswa kwamapuleti amahle nebi kukhishwa yisekethe yangaphandle, futhi ukushaja ku-interface ye-electrolyte kuncipha ngokufanayo.Ngokungafani namabhethri asebenzisa ukusabela kwamakhemikhali, inqubo yokushaja nokukhipha ama-supercapacitor iyinqubo yomzimba ngaphandle kokusabela kwamakhemikhali.Izinto ezisetshenziswayo ziphephile futhi azinabo ubuthi.
Uma ufuna ukwazi okwengeziwe ngama-super capacitor, zizwe ukhululekile ukuvakashela iwebhu yethu: www.jeccapacitor.com
7. Ingabe ama-supercapacitor azoshintsha amabhethri e-lithium esikhathini esizayo?
Okubizwa ngokuthi i-supercapacitor, eyaziwa nangokuthi i-electrochemical capacitor, iwuhlelo lokugcina amandla oluye lwathandwa kakhulu eminyakeni yamuva.Ingacatshangwa njenge-hybrid yama-capacitor ajwayelekile namabhethri, kodwa ihluke kokubili.Njengamabhethri, ama-supercapacitor nawo anama-electrode aqondile nangalungile ahlukaniswe yi-electrolyte.Nokho, ngokungafani namabhethri, ama-supercapacitor agcina amandla ngendlela ye-electrostatic njenge-capacitor, kunokugcina amandla ngamakhemikhali njengebhethri.Ngaphezu kwalokho, ama-supercapacitor nawo anezinzuzo ezingenakuqhathaniswa zamabhethri e-lithium, njengokuthi angagcina inani elikhulu likagesi ngevolumu encane;impilo yomjikelezo omude, ongashajwa ngokuphindaphindiwe futhi ukhishwe izikhathi ezingamakhulu ezinkulungwane;ukushaja okufushane nesikhathi sokukhipha;Izinga lokushisa eliphansi kakhulu Izimpawu ezinhle;amandla okukhipha aqinile emisinga emikhulu, njll.
Ngale ndlela, ama-supercapacitor ayindlela engcono kakhulu yokunika amandla izimoto zikagesi.Nokho, yonke into inezinzuzo nezinkinga.Kusengenzeka ukuthi ama-supercapacitor athathe indawo yamabhethri e-lithium, ngoba ukukhiqizwa kwamanje kwama-supercapacitor akuphelele ngokobuchwepheshe futhi nezindleko zokukhiqiza ziphezulu.Ngaphezu kwalokho, ukuminyana kwayo kwamandla kuphansi futhi ayikwazi ukugcina amandla engeziwe ngevolumu yeyunithi.Uma izimoto zikagesi ezihlanzekile zishintshela kuma-super capacitor, khona-ke yonke imoto kuyodingeka ilayishwe ngama-volumetric super capacitor amaningi.Elinye iphuzu ukuthi alimelani nokushisa okuphezulu futhi alikwazi ukufakwa endaweni enomswakama, ngaphandle kwalokho kuzothinta ukusebenza okuvamile futhi kulimaze ibhethri.
Uma sibheka izinzuzo zayo, ama-supercapacitor ngokuqinisekile ayindlela ehlukile yamabhethri emoto yamandla amasha.Kodwa ukushiyeka kwayo kuvimbela ukukhula kwayo ezimotweni ezintsha zamandla.
Uma ufuna ukuthenga ama-supercapacitor, i-Dongguan Zhixu Electronic Co., Ltd. (futhi i-JYH HSU(JEC)) iyisinqumo esingenangqondo kuwe.Izimboni ze-JEC ziqinisekisiwe nge-ISO-9000 ne-ISO-14001.I-X2, Y1, Y2 capacitor yethu kanye nama-varistors yi-CQC (China), i-VDE (Germany), i-CUL (i-America/Canada), i-KC (eseNingizimu Korea), i-ENEC (EU) kanye ne-CB (Ikhomishini Yobuchwepheshe Yomhlaba Wonke) eqinisekisiwe.Wonke ama-capacitor ethu ahambisana neziqondiso ze-EU ROHS kanye nemithetho ye-REACH.Siyakwamukela ukuvakashela iwebhusayithi yethu esemthethweni: www.jeccapacitor.com
8. Ingabe i-super capacitor ingasetshenziswa ukushaja ibhethri?
Kuyenzeka ngokombono, futhi kusenezinkinga zobuchwepheshe ekwenzeni amandla e-capacitor abe mkhulu kakhulu.Kungenzeka ngombono, kodwa ayisetshenziswa ekusebenzeni ngoba i-capacitance yangempela ye-capacitor ngokuvamile incane kune-capacitance yayo elinganiselwe.Indlela engcono kakhulu yokushaja ibhethri i-voltage engaguquki noma ukushajwa kwamanje okungashintshi.Nakuba ukushaya kwenhliziyo kunganciphisa isikhathi sokushaja, kulula ukwenza ibhethri ibe sengozini futhi unciphise impilo yebhethri.
