Ibhetri enkulu 16V 500f Imodyuli yeSupercapacitor yamandla eziThutho 16V 500f graphene super capacitor
Izicelo zeMveliso
Amandla akho avela kwi-AnywhereSmart App Control
IBluetooth kunye neWi-Fi uQhagamshelwano | Izaziso ezihlakaniphile | I-Smart Energy kunye neCarbon FootprintReport
Jonga kwaye ulawule imveliso yamandla yekhaya lakho kunye nokudityaniswa ngexesha le-App. Yenza ngokwezifiso ukusetyenziswa kwamandla akho, wenze ukuzimela kwakho kukhuseleke ekucimeni, okanye wandise i-savinag yakho: nokuba yintoni na i-aoe yakho, usebenzisa amandla akho ngobukrelekrele.
Product General Performanc
| Iireyithingi Ubuchule | 500 F |
| Ubuninzi bombane osebenzayo | 16.2 V |
| Ukunyuka kwamandla ombane | 17V |
| Ukunyamezela amandla | -5% ukuya +20% |
| Uluhlu lobushushu obusebenzayo | -40°C ukuya +65°C |
| Ubuninzi obuqhubekayo ngoku | 100A |
| Ubuninzi baMandla obuninzi | 7480W/kg |
| Ubuninzi bamandla obusebenzisekayo | 3590W/kg |
| Incopho yangoku | 2275A |
| Ukuchasa okungaphakathi(AC) | 2mΩ |
Ubungakanani bembonakalo yemveliso
| Izinto zeqokobhe | Ukuqhunyiswa kwesinyithi |
| Cycle Life | ≥500,000 |
| Ubungakanani±5mm(mm) | 220 x132 x185 |
| Ubunzima(kg) | 5.3 |
| Iklasi yoKhuselo | IP65 |
| Inkcazo | 16V500F |
Eyona bhetri kuMandla
IMarike yeNkqubo yokuGcina
Uyilo oluKhala
Isebenza kakuhle eBusika
Isebenzisa ulwakhiwo lweeseli olulodwa olubizwa ngokuba yibhetri ephezulu yamandla ecapacitor. Le super capacitor ibhetri ihlawulisa amaxesha amane ngokukhawuleza kwiseli nganye xa kuthelekiswa nebhetri ye-LF eqhelekileyo. Kwakhona unomjikelo owandisiweyo wobomi be-10,000 ukuya kwi-20,000 cycles, eyi-50% ephezulu kunezinye iimveliso .Ngaphezu koko, le bhetri inokusebenza ngaphakathi kweqondo lokushisa -40 ℃ ukuya +70 ℃
I-Sart BMS (iNkqubo yeBattery Powerwall) kunye nobuchwepheshe bokutshaja kunye nepakethe entsonkothileyo yokwenza ukuze iPowerwall ikhulise ngobuchule ukutshajiswa kwebhetri, ukulinganisa amandla ombane wepakethi yebhetri nganye.
iimveliso Inkcazo
I-Gong he supercapacitors zithembeke kakhulu, izixhobo eziphezulu zokugcina amandla e-poweultra-high capacitance zisebenzisa umbane we-double layer capacitor (EDLC) ukwakhiwa kunye nezinto eziphathekayo kunye neenkqubo, Le ndibaniselwano yobuchwepheshe obuphezulu ivumela i-Gong ukuba ibonelele ngeentlobo ezininzi zesisombululo se-capacitor esifakwe kwizicelo amandla backup, amandla ipulse kunye neenkqubo amandla hybrid.
Zingasetyenziswa njengokuphela kwamandla okugcina okanye ngokudityaniswa neebhetri ukwandisa iindleko, ixesha lokuphila kunye nexesha lokubaleka. Iimfuno zenkqubo zinokusuka kwii-microwatts ezimbalwa ukuya kwi-megawatts. Zonke iimveliso zine-ESR ephantsi yoxinaniso lwamandla aphezulu kunye nezixhobo ezihambelana nokusingqongileyo kwisisombululo samandla aluhlaza.
IiGong he supercapacitors azikhathalelwa ngokuyilwa ubomi ukuya kuthi ga kwiminyaka engama-20* kunye namaqondo obushushu asebenzayo asezantsi ukuya kuma -40 “C nokuya kuthi ga ku +65C.
