I-16V 120F iModyuli yeGraphene Supercapacitor
Iimbonakalo
Ubungakanani obuncinci, amandla amakhulu, amandla amakhulu ngama-30 ~ 40 amaxesha amakhulu kunomthamo ofanayo we-electrolytic capacitor.
Ukutshaja ngokukhawuleza, ukufikelela kwi-95% ye-capacitance elinganisiweyo kwimizuzwana ye-10
Ukutshaja okunamandla kunye nokukwazi ukukhupha, inani lokutshaja kunye nokukhupha linokufikelela ngaphezu kwamaxesha e-105
Ukungaphumeleli-open circuit, akukho over-voltage breakdown, ikhuselekile kwaye inokwethenjelwa
Ubomi obude kakhulu, ukuya kuthi ga kwiiyure ezingama-400,000 nangaphezulu
Ukutshaja okulula kunye nokukhupha isiphaluka
Uhlobo lweVoltage: 2.3v 2.5V 2.75V 3.6V 5.5V 12.0V kunye nolunye uthotho
Uluhlu lwamandla: 0.022F--10F--1000F kunye nolunye uthotho
Isicelo
Izixhobo zoMveliso eziPhezulu
Isiqinisekiso
FAQ
Ngaba ii-supercapacitors zinokusetyenziswa njengokutshintsha ibhetri?
Kwezinye izicelo, ii-supercapacitors zithatha indawo yeebhetri;kwezinye, ii-supercapacitors zixhasa iibhetri.Kwezinye iimeko, i-supercapacitors ayinakukwazi ukugcina amandla aneleyo, kwaye iibhetri zinokuba yimfuneko.Umzekelo, xa umthombo wamandla we-ambient (umzekelo, ilanga) uphakathi, njengasebusuku, amandla agciniweyo kufuneka asetyenziswe kungekuphela nje ukunika amandla aphezulu, kodwa nokuxhasa isicelo ixesha elide.
Ukuba amandla aphezulu afunekayo adlula inani lebhetri enokubonelela (njengokwenza iifowuni ze-GSM kwiqondo lokushisa eliphantsi okanye ukuhanjiswa kwamandla aphantsi), ibhetri inokuhlawula i-supercapacitor ngexabiso elincinci lamandla, kwaye i-supercapacitor inikeza amandla amakhulu e-pulsed.Olu lwakhiwo lukwathetha ukuba ibhetri ayinakuze ijikelezwe nzulu, yandisa ubomi bebhetri.Ii-Supercapacitors zigcina intlawulo yomzimba, hayi ukusabela kweekhemikhali njengebhetri, ngoko ke ii-supercapacitors zinobomi bomjikelo obungenasiphelo.
