High Voltage Ibhethri
I-Turbo H1
I-RENAC Turbo H1 iyi-voltage ephezulu, imojula yokugcina ibhethri esheshayo. Inikeza imodeli engu-3.74 kWh engakwazi ukunwetshwa ochungechungeni ngamabhethri afika kwangu-5 namandla angu-18.7kWh. Ukufakwa kalula ngepulaki nokudlala.
- > 6000
Izikhathi zokuphila komjikelezo
- 5amayunithi
Sekela amaqoqo angafika kwangu-5
uxhumano parallel
- IP65IP65 idizayini yangaphandle
amamojula stackable,ipulaki & nomklamo wokudlala
Izinga lokushaja eliphezulu / lokukhulula
Izinketho zamandla aguquguqukayo
Ukuthuthukiswa kwe-firmware ekude kanye
ukuxilongwa nge-inverter
| Imodi | I-TB-H1-3.74 | I-TB-H1-7.48 | I-TB-H1-11.23 | I-TB-H1-14.97 | I-TB-H1-18.7 |
| Inombolo yamamojula | 1 | 2 | 3 | 4 | 5 |
| Amandla Okuzisholo[kWh] | 3.74 | 7.48 | 11.23 | 14.97 | 18.7 |
| I-Nominal Voltage[V] | 96 | 192 | 288 | 384 | 480 |
| Ubukhulu.Ukushaja Okuqhubekayo/ Ikhipha Yamanje[A] | 30/30 | ||||
| I-Ingress Protection | IP65 | ||||
High Voltage Ibhethri
I-RENAC Turbo H1 iyi-voltage ephezulu, imojula yokugcina ibhethri esheshayo. Inikeza imodeli engu-3.74 kWh engakwazi ukunwetshwa ochungechungeni ngamabhethri afika kwangu-5 namandla angu-18.7kWh. Ukufakwa kalula ngepulaki nokudlala.
Khipha ku-internet Okuningi Ividiyo Yomkhiqizo
Imibuzo Evame Ukubuzwa Ehlobene
- 1.Yini iphutha elithi “BMS AD_AFE Fault” lebhethri le-Turbo H1?
Inkinga ibangelwa umehluko omkhulu phakathi kwe-“Total Cell voltage” kanye “ne-voltage ye-AD System” yebhethri, umehluko udlula u-15%, yenza ukulinganisa kwe-BMC noma uthuthukise i-BMC ibe inguqulo yakamuva ye-firmware, udaba lungaxazululeka. Uma inkinga isaqhubeka, sicela ushintshe i-BMC.
- 2.Yini iphutha elithi “Battery Volt Fault” lebhethri le-Turbo H1?
Inkinga ibangelwa ugesi ongavamile webhethri. Sicela uhlole ukuthi i-voltage yebhethri ijwayelekile yini. Uma i-voltage yebhethri iyinkinga, hlola ibhethri noma uxhumano lwebhethris. Uma i-voltage yebhethri ijwayelekile,kodwa udaba lusekhona, ngiyacelahlola ukuthi i-inverter iyakwazi ukubona i-voltage yebhethri. Uma i-voltage yebhethri ingabonakalinge-inverter, sicela uhlole ukuthi amandlaikhebula phakathi kwe-inverter nebhethri bheka ukuthi likhona yini's isesimweni esihle(ngezinye izikhathi ngenxa yokuthi amatheminali ebhethri awacishwangangokuqinile). Uma ukuxazulula inkinga okungenhlakwenziwekodwa inkinga iphikelela, buyiselazama ukufaka esikhundlenii-BMC.
- 3.Kungani ibhethri ye-Turbo H1 ihlezi igxuma i-SOC noma ingashajwa kuphela ku-SOC ethile futhi ayikwazi ukushajwa ku-100%?
Isizathu esiyinhloko ukuthi uma umsebenzisi enqwabelanisa amabhethri, i-SOC yebhethri ngalinye ayifani, okubangela ukuthi isistimu ingene esimweni esinokulinganisela.
Isixazululo:
Xhuma ibhethri ngalinye ngokuhlukile ku-inverter, uyishaje ku-20% noma u-30%, bese uyikhipha ku-10%, bese ukala i-voltage yebhethri, ngokuvamile engu-97V, qinisekisa ukuthi wonke amandla ebhethri angu-97V, xhuma amabhethri ndawonye, uwashaje ku-20% noma 30% ngesiguquli, bese usetha i-inverter ngokuthi "self-user mode".
- 4.Iwarehouse iwaphatha kanjani lawa mabhethri e-Turbo H1?
Imojula yebhethri kufanele igcinwe ihlanzekile, yomile, futhi ingenisa umoya endlini ngebanga lokushisa eliphakathi kuka -10℃~+35℃, igweme ukuthintana nezinto ezonakalisayo, kude nemithombo yomlilo neyokushisa, futhi ishajwe njalo ngemva kwezinyanga eziyisithupha ngokungekho ngaphezu kuka-0.5C(C-rate isilinganiso sezinga lapho ibhethri liphuma khona ngokuhlobene nomthamo walo omkhulu wesikhathi eside esingu-40% we-SOC.)
- 5.Ingabe ngidinga ukufaka iswishi ye-DC yangaphandle phakathi kwe-Turbo H1 BMC ne-inverter?
Cha, sesivele sineswishi ye-DC ku-BMC futhi asikuphakamisi ukuthi wengeze iswishi ye-DC yangaphandle phakathi kwebhethri ne-inverter. Ngoba kungase kube nomthelela ekusebenzeni kokushajwa kwangaphambili kwebhethri futhi kubangele ukulimala kwehadiwe kukho kokubili ibhethri ne-inverter uma uvula iswishi ye-DC yangaphandle ngemva kwesikhathi kunebhethri nesiguquli. Uma usuvele uyifakile sicela uqiniseke ukuthi isinyathelo sokuqala sivula iswishi ye-DC yangaphandle, bese uvula ibhethri ne-inverter.
