I-Super Capacitor
Ikhathalogu yamva nje-2025
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I-Capacitor yeLithium Carbon
Imodeli yeCapacitor: IiCapacitors zeLithium Carbon (uthotho lweZCC kunye neZFC)
1. Uluhlu lobushushu: Min.-30℃ Ubuninzi.+65℃
2. Uluhlu lweMilinganiselo yoMbane: 7F-5500F
3. Ubuninzi beVoltage yokusebenza: 3.8VDC
4. Ubuncinci beVoltage yokusebenza: 2.2VDC
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I-Supercapacitor enamandla aphezulu (CRE35S-0360)
Imodeli: CRE35S-0360
Ubunzima (imodeli eqhelekileyo): 69g
Ukuphakama: 62.7mm
Ububanzi: 35.3mm
I-Voltage elinganisiweyo: 3.00V
I-Voltage yokunyuka: 3.10V
Ukunyamezela Umthamo: -0%/+20%
Ukumelana kwangaphakathi kwe-DC ESR: ≤2.0 mΩ
I-IL yangoku evuzayo:<1.2 mA
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i-super capacitor
I-supercapacitor, ekwaziwa ngokuba yi-ultracapacitor okanye i-Electrical Doule-Layer Capacitor、I-capacitor yegolide、I-farad capacitor. I-capacitor igcina amandla ngokusebenzisa itshaja engashukumiyo ngokuchaseneyo ne-electrochemical reaction. Ukusebenzisa umahluko we-voltage kwiiplate ezilungileyo nezingalunganga kuyayitshaja i-capacitor.
Yinto ye-electrochemical, kodwa ayitshintshi iimpembelelo zeekhemikhali kwinkqubo yokugcina amandla, nto leyo enokuthi iguqulwe, yiyo loo nto ii-supercapacitors zinokutshajwa ngokuphindaphindiweyo kwaye zikhutshwe ngamakhulu amawaka amaxesha.
Iziqwenga ze-super capacitor zinokubonwa njengeepleyiti ezimbini ze-electrode ezingenayo i-reactive porous, kwipleyiti, ipleyiti yombane, i-positive itsala ii-ions ezingalunganga kwi-electrolyte, ipleyiti engalunganga itsala ii-ions ezintle, zenze umaleko wesibini wokugcina i-capacitive. Ii-ions ezilungileyo ezahlulweyo zikufutshane nepleyiti engalunganga, kwaye ii-ions ezingalunganga zikufutshane nepleyiti engalunganga.
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Ibhanki ye-super capacitor eyi-16V10000F
Ibhanki ye-capacitor inee-capacitors ezininzi ezikwi-series. Ngenxa yesizathu setekhnoloji, i-voltage yokusebenza elinganiswe yi-unipolar ye-supercapacitor ngokubanzi imalunga ne-2.8 V, ngoko ke kwiimeko ezininzi kufuneka isetyenziswe kwi-series, kuba i-series connection circuit ye-single capacity kunzima ukuqinisekisa i-100% efanayo, kunzima ukuqinisekisa ukuba ukuvuza kwe-monomer nganye kuyafana, oku kuya kubangela i-series circuit ye-monomer nganye yokutshaja i-voltage, kunokubangela umonakalo we-capacitor phezu kwe-voltage, ngoko ke, ii-super capacitor zethu kwi-series zi-equalizing circuit ezongezelelweyo, ziqinisekisa ibhalansi ye-monomer nganye.
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I-ultracapacitor ethengiswa ngobuninzi
I-supercapacitor, ekwaziwa ngokuba yi-ultracapacitor okanye i-Electrical Doule-Layer Capacitor、I-capacitor yegolide、I-farad capacitor. I-capacitor igcina amandla ngokusebenzisa itshaja engashukumiyo ngokuchaseneyo ne-electrochemical reaction. Ukusebenzisa umahluko we-voltage kwiiplate ezilungileyo nezingalunganga kuyayitshaja i-capacitor.
Yinto ye-electrochemical, kodwa ayitshintshi iimpembelelo zeekhemikhali kwinkqubo yokugcina amandla, nto leyo enokuthi iguqulwe, yiyo loo nto ii-supercapacitors zinokutshajwa ngokuphindaphindiweyo kwaye zikhutshwe ngamakhulu amawaka amaxesha.
Iziqwenga ze-super capacitor zinokubonwa njengeepleyiti ezimbini ze-electrode ezingenayo i-reactive porous, kwipleyiti, ipleyiti yombane, i-positive itsala ii-ions ezingalunganga kwi-electrolyte, ipleyiti engalunganga itsala ii-ions ezintle, zenze umaleko wesibini wokugcina i-capacitive. Ii-ions ezilungileyo ezahlulweyo zikufutshane nepleyiti engalunganga, kwaye ii-ions ezingalunganga zikufutshane nepleyiti engalunganga.
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Iyunithi yokugcina amandla e-battery-ultracapacitor hybrid
Uthotho lwe-Ultracapacitor:
Isetyenziselwa ukugcina amandla
16v 500f
Ubungakanani: 200*290*45mm
Ubuninzi bombane oqhubekayo: 20A
Umsinga ophakamileyo: 100A
Amandla okugcina: 72wh
Iibhayisekile: amaxesha ayi-110,000
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Ibhetri entsha yeHybrid Supercapacitor ephuhlisiweyo
I-CRE ibonelela nge-super capacitor ekumgangatho ophezulu.
Ngokuphathelele iibhetri ezinokutshajwa kwakhona, iimpawu ze-supercapacitors zidweliswe ngezantsi:
1. imisinga ephezulu kakhulu;
2. ixabiso eliphantsi ngomjikelo ngamnye;
3. akukho ngozi yokutshaja kakhulu;
4. ukuguquguquka okuhle;
5. i-electrolyte engangcolisiyo;
6. ubuthi obuphantsi bezinto ezisetyenzisiweyo.
Iibhetri zibonelela ngexabiso eliphantsi lokuthenga kunye ne-voltage ezinzileyo xa ikhutshwa, kodwa zifuna ulawulo oluntsonkothileyo lwe-elektroniki kunye nezixhobo zokutshintsha, nto leyo ebangela ukulahleka kwamandla kunye nengozi yentlantsi xa inikwa ixesha elifutshane.
