ICarbon Based Supercapacitor Stocks 3.3V 5.5V
Uphawu
1. Isantya sokutshaja sikhawuleza, kwaye i-capacitance elinganisiweyo inokufikelelwa emva kokutshaja kwimizuzwana ye-30.
2. Ubomi bomjikelo omde, sebenzisa ukuya kuthi ga kumaxesha angama-500,000, kwaye ubomi bokuguqulwa busondele kwiminyaka engama-30.
3. I-capacitance yokukhutshwa okunamandla, ukusebenza kakuhle kunye nokulahlekelwa okuphantsi
4. Ubuninzi bamandla aphantsi
5. Zonke imathiriyeli ekrwada ziyahambelana neRoHS
6. Ukusebenza okulula kunye nokugcinwa-free
7. Iimpawu zokushisa ezilungileyo, elona liphantsi linokusebenza kwi -40 ℃
8. Kulula ukubhaqa
9. Ingenziwa ibe yimodyuli ye-super capacitor
Isicelo
Amandla okugcina: i-RAM, iziqhushumbisi, iirekhoda zemoto, iimitha ezihlakaniphileyo, izitshixo zevacuum, iikhamera zedijithali, iimoto zokuqhuba.
Ukugcinwa kwamandla: iimitha ezintathu ezihlakaniphile, i-UPS, izixhobo zokhuseleko, izixhobo zonxibelelwano, iithotshi, iimitha zamanzi, iimitha zegesi, izibane zomsila, izixhobo ezincinci.
Umsebenzi okwinqanaba eliphezulu: oololiwe bombane, ulawulo lwegridi elumkileyo, izithuthi ezixubeneyo, ukuhanjiswa kwamacingo
Inkxaso yamandla aphezulu: ukuveliswa kwamandla omoya, ukuqala kwe-locomotive, ukuvutha, izithuthi zombane, njl.
Izixhobo zoMveliso eziPhezulu
Isiqinisekiso
FAQ
Yintoni igraphene supercapacitor?
I-Graphene supercapacitor ligama eliqhelekileyo lee-supercapacitors ezisekelwe kwimathiriyeli yegraphene.Ngenxa yolwakhiwo olukhethekileyo lwegraphene olunemigangatho emibini kunye neepropathi ezigqwesileyo zangaphakathi, ezinje ngombane ophezulu kakhulu kunye nommandla omkhulu womphezulu, imathiriyeli esekwe kwigraphene inesakhono esikhulu sokusetyenziswa kwiisupercapacitors.Xa kuthelekiswa nezinto zemveli ze-electrode, izinto ezisekelwe kwigraphene zibonisa ezinye iimpawu zenoveli kunye neendlela kwinkqubo yokugcina amandla kunye nokukhululwa.
